MAX5861 Ealation Kit Ealates MAX5861

Evaluates: MAX5861MAX5861 Evaluation Kit

General DescriptionThe MAX5861 evaluation kit (EV kit) contains a MAX5861 high-density downstream cable SCQAM and OFDM modulator that integrates a digital up-converter (DUC) and a RF Digital to Analog Converter (RF-DAC). The MAX5861 DUC performs SCQAM and OFDM mapping, pulse shaping, and digital RF up-conversion with full agil-ity and then drives a 14-bit 5Gsps RF-DAC. The device digitally synthesizes RF signals with up to 160 DOCSIS®-compliant 6MHz QAM channels (or up to 120 8MHz QAM channels) on a single RF port at frequencies from 47MHz to 1218MHz. The MAX5861 device provides up to 6 channels of OFDM IFFT processing. Each of the OFDM channels provide up to 192MHz of bandwidth, for a com-bined potential 1152MHz of modulation bandwidth. The MAX5861 can support up to six blocks powered on at the same time, where a block is defined as an OFDM chan-nel or a 32-channel SCQAM block. The MAX5861 EV kit provides a complete system solution for high-density SCQAM and OFDM modulation targeting the DOCSIS 3.1 solution with very low power dissipation.The MAX5861 EV kit connects to the FMC connector on the Xilinx VC707 evaluation kit, allowing the VC707 to communicate with the MAX5861’s three input ports and various control signals.The EV kit includes Windows XP®-, Windows Vista®-, Windows® 7/8-compatible software that provides a simple graphical user interface (GUI) for configuration of all of the MAX5861 registers, control of SPI interface, control of the VC707 FPGA and temperature monitoring.

Benefits and Features ● Evaluates Up to 160 SCQAM Channels and/or 6

OFDM Channels ● Up to 6 Blocks Powered at Once, Where a Block

is Defined as an OFDM Channel or a 32-Channel SCQAM Block

● Single 5.0V Input Voltage Supply ● Maximum 4.9152Gsps Update Rate ● Direct Interface with Xilinx® VC707 Data Source

Board if Desired ● Windows XP-, Windows Vista-, and Windows

7/8-Compatible Software ● On-Board SPI Interface Control for the MAX5861 ● On-Board SMBus Interface Control for the MAX6654

Temperature Sensor ● GUI Controls for VC707 Operation ● Pseudo Random Bit Sequence (PRBS) Test Pattern

Files ● Proven 10-Layer PCB Design ● Fully Assembled and Tested

19-7677; Rev 0; 6/15

Ordering Information appears at end of data sheet.

DOCSIS is a registered trademark and registered service mark of Cable Television Laboratories, Inc.Windows, Windows Vista, and Windows XP are regis-tered trademarks and registered service marks of Microsoft Corporation.Xilinx is a registered trademark of Xilinx, Inc.

Maxim Integrated │ 2www.maximintegrated.com


Figure 1. MAX5861 EV Kit System with MAX5861 EV Kit and Xilinx VC707 Evaluation Board

VC707 EVALUATION BOARD MAX5861 EV KIT

CLKEV KIT DAC CLOCK INPUT

OUTEV KIT OUTPUT

USB23USB INTERFACE FOR EV KIT

5V / GND5V SUPPLY FOR EV KIT

FMC CONNECTOR TO CONNECT EV KIT TO VC707

VC707 POWER SWITCH

VC707 JTAG CONNECTOR

VC707 UART CONNECTOR



Quick StartRequired EquipmentBefore beginning, the following equipment is required:

● Windows XP, Windows Vista or Windows 7/8 PC with a spare HS USB port (3 USB ports if using VC707 with two of those being HS USB ports – if only 2 ports are available, the VC707 JTAG can be used first to program the BIT file into the FPGA and then it can be changed to the UART for communication)

● USB 2.0 cable for the MAX5861 EV kit, USB A male to USB Mini (supplied with kit)

● One 5.0V, minimum 3A DC power supply with banana jack cables to connect to 5V and GND to supply power to the MAX5861

● One signal generator with low-phase noise and low jitter for clock input signal to the RF-DAC at +19dBm (e.g., Rohde & Schwarz SMF100A) with SMA cable to connect to J1

● Bandpass filters for the RF-DAC clock input signal (Optional)

● One high-performance spectrum analyzer (e.g., Agilent PXA, Agilent PSA, Rohde & Schwarz FSU, or better) with SMA cable to connect to OUT

● One Xilinx Virtex 7 VC707 evaluation kit with sepa-rate USB micro and USB mini cables as well as a power cable to connect the VC707 to an outlet – for use as an external data source (Optional)

ProcedureThe MAX5861 EV kit is fully assembled and tested. Follow the steps below to verify board operation. Caution: Do not enable the outputs of the power supplies or signal sources until all connections are completed.Note: In the following section(s), software-related items are identified by bolding. Text in bold refers to items directly from the EV kit software. Text in bold and under-line refers to items from the Windows operating system.1) Verify that the MAX5861 EV kit shunts are config-

ured in their default state (the EV kit board indicates installation and position of jumper with a ● – see Table 1 for definitions of each of the jumpers).

2) Connect the USB cable from the PC HS-USB to the MAX5861 EV kit board USB23.

i) Install the driver for the FTDI device if it is not automatically detected and installed by the PC.

ii) The EVKIT USB ports can take a few minutes to fully enumerate. If the ports have not enumer-ated yet, the error window shown in Figure 5 will appear.

3) Set the DC power supply to 5.0V and disable the power-supply output.

4) Connect the 5.0V power-supply output to the MAX5861 EV kit 5V and GND banana jack

FILE DECRIPTIONMAX5861EVKITSoftwareController.exe Application program

ConfigurationLoadFiles Directory with sample register configuration files to load into the MAX5861 for evaluation

FPGAConfigurationFiles Directory with sample FPGA configurations files and memory patterns to load into the VC707

Screenshots Directory with sample spectrum analyzer screenshots for reference of expected performance on set of configurations

WindowsDriverFiles Directory with USB supporting files

MAX5861ConfigurationScripts Perl scripts and supporting files to generate new configuration files to load into the MAX5861 – see Readme.txt for details

MAX5861RegMap.txt Register definition file used by the MAX5861EVKITSoftwareController for register definition display

Miscellaneous DLLs to include ftd2xx.dll, DTD2XX_NET.dll, libMPSSE.dll and MaximStyle.dll Supporting DLL files for software operation

MAX5861 EV Kit Files



connectors.5) Set the clock signal generator to the desired clock

frequency (2457.6MHz) and power level at +19dBm and disable the output.

6) Connect the clock signal generator to the J1 SMA connector.

7) Connect the spectrum analyzer to the EV kit SMA connector labeled OUT.

8) <<If using optional VC707 board for SCQAM input data or OFDM data>>

i) Connect the VC707 evaluation board per the User’s Manual without turning the switch on.

ii) Connect power supply.iii) Connect a USB cable between the PC and

JTAG connection.iv) Connect a USB cable between the PC HS-

USB and the UART connection.b) Ensure Xilinx’s Impact Tools are installed on the

PC and note the location of impact.exe file if pro-gramming the FPGA through the MAX5861 EV kit software GUI.

c) Connect VC707 board to MAX5861 EV kit.9) Install the EV kit software on your computer by

running the setup.exe program. The recommended location for the installation software is C:\MaximIn-tegrated\MAX5861EVKIT to avoid file permission issues. The application files are copied and icons are created in the Windows Start | Programs menu.

10) Enable the MAX5861 EV kit DC power supply.11) Enable the clock generator output.

i) Approximate current draw on the 5V supply upon power-up should be 1.4A, depending on the CFG jumper settings.


i) Power on the VC707 board.13) Start the MAX5861 EV kit software by opening the

icon in the Start | Programs menu under Maxim Integrated. The EV kit software window will display a splash screen, as shown in Figure 2, while the soft-ware is loading. When the software load is complete, the software GUI will display as shown in Figure 3.

i) If the USB ports are not fully enumerated, you may receive a warning that it did not connect correctly. Cancel out of this startup and try again later. There are four ports on the USB interface of the MAX5861 EV kit – one for the SPI of the MAX5861 device, one for the I2C in-terface for the temperature sensor, one for bit toggling of the RST_N and MODE2 pins, and one spare. The ports can also be monitored in the device manager of the PC to determine when all four ports are ready for use (depend-ing on the operating system, they might show up under the Universal Serial Bus Control-lers as USB Serial Converter A, USB Serial Converter B, USB Serial Converter C and USB Serial Converter D).

ii) If the PC has USB 3.0 and it is not fully compli-ant (i.e. not backward compatible to USB 2.0) then the USB 3.0 mode may need to be dis-abled in the BIOS for proper communication.

14) Verify proper communication with the board in the Log Window of the GUI. The software reads the register 0x000 at software initialization and should read a 0x27 in the ID code, as shown in Figure 3 below.


i) On the VC707 Tab of the GUI, click the check-box for Xilinx Impact Tools Are Installed

ii) Click on the Load FPGA Bit File button, browse to the location of the Impact program (if needed – first-time programming only), and then browse to the location of the BIT file (download_lvds_xxxxx.bit) under the FPGA-ConfigurationFiles directory.—

16) Click on the Test tab of the GUI and select a Pseudo Random Bit Sequence (PRBS) file to load by clicking on the button labeled “1 Carrier, Annex B, 256-QAM, Centered @ 1GHz”. This button will load the filename 001SB256_5861_PRBS_4915p2M_1000M.txt into the MAX5861. The SCQAM load files are in the ABC_D_E_FM_GM.txt format and the OFDM load files are in the ABC_D_E_FM_GBW_Hk_JcKr_L.txt format, where the format is defined as follows.



1. Observe the output on the spectrum analyzer and adjust the signal generator and spectrum analyzer, if required.

Figure 2. MAX5861 EV Kit Software Controller Splash Screen

SYMBOL SCQAM DEFINITION OFDM DEFINITIONA Number of SCQAM channel, 3 digits Number of OFDM channel, 3 digits

B S for SCQAM O for OFDM

C QAM mapping - A16, A32, A64, A160, A256, B64, B256, C64 or C256

QAM mapping to include 16, 32, 64, 128, 256, 512, 1024, 2048 and 4096 QPSK for PRBS mode or xxx for input interface data

D Target of the configuration - 5861 for MAX5861 or VC707 Target of the configuration - 5861 for MAX5861 or VC707

E Source of the data - PRBS for internal PRBS generator or input for input interface

Source of the data - PRBS for internal PRBS generator or input for input interface

F DAC frequency in MHz DAC output data center frequency in MHz

G DAC output data center frequency in MHz OFDM Channel BW to include 24, 48, 96 and 192MHz

H NA 4 or 8 for 4k or 8k points IDFT

J NA NCP

K NA NRP

L NA NP or P for no pilot insertion or pilot insertion



Figure 3. MAX5861 Evaluation System Controller Software GUI Window



●Default position.

Table 1. Jumper Configuration for MAX5861 EV Kit OperationJUMPER POSITION EVKIT FUNCTION

JU2 1-2 Installed●2-3 Installed

3.3V LDO drives AVDD33_INExternal AVDD3ANALOG Supply drives AVDD33_IN


1.8V LDO drives AVCLK_INExternal ANALOG18 Supply drives AVCLK_IN

JU4 Installed●Not Installed

Connects SE signal to the DUTSE signal not connected to the DUT

JU5 1-2,4-5●,7-8●,10-11●2-3●,5-6,8-9,11-12 13-14

CFG1, CFG2, CFG3, CFG4 connected to GNDCFG1, CFG2, CFG3, CFG4 connected to VDD18

JU6 1-2 Installed2-3 Installed●

Connect REF to DUTConnect DAC REF to GND

JU7(1-2,4-5,7-8,10-11)●

2-3,5-6,8-9,11-1213-14

SCLK, SDI, SDO, CSA pins connected to USBSCLK, SDI, SDO, CSA pins connected to FPGAUnused connection

JU81-2 Installed●2-3 InstalledNot Installed

Selects LVDS TerminationSelects SSTL 1.5VSelects SSTL 1.2V


1.8V LDO drives AVDD18_INExternal ANALOG18 Supply drives AVDD18_IN


RST_N_FPGA Drives RST_NPushbutton RST drives RST_N

JU12 Installed●Not Installed

U11 LDO Drives REFIOExternal REFIOA drives REFIO


MODE_2_FPGA Drives MODE2Pushbutton MODE_2_LV drives MODE2

JU23(1-2,4-5,7-8,10-11) ●

2-3,5-6,8-9,11-1213-14

SA3, SA2, SA1, SA0 pins connected to GNDSA3, SA2, SA1, SA0 pins connected to VDD18Unused connection

JU24 InstalledNot Installed●

Normal Operation0.9V_VDDSense Monitoring

JU25 InstalledNot Installed●

Normal Operation0.9V_GND Sense Monitoring


1.8V LDO drives 1.8V_OUTExternal DIGITAL_18 drives 1.8V_OUT



Detailed Description of SoftwareThe MAX5861 EV kit Software Controller GUI is designed to control the MAX5861 EV kit and the VC707 board as shown in Figure 4. The MAX5861 Software Controller includes USB controls that provide SPI and SMBus com-munication to the MAX5861 and the MAX6654 interfaces. The software also controls the VC707 through the Silicon Labs COM port on the VC707 board (UART connection on the board panel). The software gives the user the capability of accessing the MAX5861 device’s 1492 inter-nal registers in each device, each 32 bits wide.The MAX5861 EV kit software features six window tabs for operation of the MAX5861 Software Controller and are defined below:

● Register• Single Access Read And Write Operations• File Read/Write Loads And Downloads• Reload Of Last Configuration Loaded• Register Definition Display• Rstn And Mode2 Toggle Control

● QAM Status• Display Of SCQAM Channel Configuration Summary• Display Of The SCQAM Channel Center Frequency

● OFDM Status• Display Of OFDM Channel Configuration Summary

● Device Status• Temperature Readings And Control Of The

MAX6654 Temperature Sensor IC• Display Of The FIFO Status, Parity Error Status

And DLL Lock Status• Display Of The Saturation Status With The Ability

To Clear The Status ● DPD

• Manipulation Of The DPD Register Set Through Easy-To-Use Slide Bars Or Text Boxes

● Test• Ability To Save Off Current Device Settings• Quick And Easy Buttons For Device Configuration

Or Generic DPD Settings For Static Linearity And fdac/2 - 2fout Corrections

• Display Of Sample Spectrum Analyzer Screen Capture Available for Comparison Of Expected Wideband Output

● VC707• Status Of COM Port Connection and Ability to

Connect• File Read/Write Loads and Downloads• Pattern File DDR3 Memory Loads for OFDM Data

Transfer• Start Of OFDM Memory Pattern• Enable SDCLK Output from FPGA• Ability to Load A Bit File Into the FPGA

Requires Xilinx Lab Tools for Impact Executable to Load Bit File

Figure 4. MAX5861 Evaluation System Block Diagram

VC707

MAX5861 EV Kit

DUT

POWERSUPPLY

HS PORTHS PORT

SIGNAL GENERATOR SUCH AS R&S

SMF100A

SPECTRUM ANALYZER SUCH AS

AGILENT PXA



MAX5861 EV Kit Software ControllerUSB communication to the FTDI microcontroller’s SPI is verified upon execution of the MAX5861 EV kit Software Controller. If the USB is not connected or communicat-ing to the interface correctly, a pop-up window appears (Figure 5).

When the MAX5861 EV kit is not found, a debug setup window will appear as shown in Figure 6. If the Number of MPSSE/FTDI Ports is clicked without any devices, it would show “No devices found” in the window.

Figure 5. Error in Allocating USB Ports and Failed to Connect to MAX5861 EV Kit Windows

Figure 6. MAX5861 EV Kit Software Controller Setup Window



If desired, the Demonstration Mode button can be clicked to enter the SW GUI. Of course, there is not a board to connect to and therefore no configuration can take place. If demonstration Mode is used, the following window

is displayed, with the appropriate “DEMONSTRATION MODE” titles and “Not Connected” and “Adapter: None” messages shown in Figure 7.

Figure 7. Demonstration Mode (Debug Mode Display)



When the MAX5861 EV kit is detected and the ports are connected, the screen shown in Figure 8 is displayed. The initialization of the SW will read the RevID from the ID register in the MAX5861 device at offset 0x000 to see if the communication is working between the SW and the MAX5861. The RevID should read ‘27’. If this is the case, then it assures that the communication is working between the SW and device. If the board is set up with

a board address set to something other than ‘0000’, then this communication will not work. However, this does not mean that it would not work once the board address was set correctly using the Select Device Board Address pulldown. The SW will also attempt to enable the DPD branches to allow for correction manipulation through the DPD page.

Figure 8. Initial Display with Proper Connections



When connecting to the MAX5861 EV kit correctly, the text in the Results Log will show text similar to the fol-lowing text:If Digilent devices show up in the Results Log text, then the VC707 board has the JTAG cable connected. The FT4232H devices are the MAX5861 EV kit board. There are four ports on the FTDI USB device where the MAX5861 EV kit uses port A for the SPI communication to the MAX5861, port B for the I2C communication to the temperature sensor, port C for GPIO expansion bus, and port D for bit-bang functions such as issuing a RST_N or MODE2 pulse to the MAX5861 device. The status bar at the bottom of the MAX5861 EV Kit Software Controller shows the status of the connection when the GUI was opened. It also displays the version of the software.

Notes about the MAX5861 EV Kit Software Controller GUI:Boxes that can have user entry are white in color, with the exception of the Results Log. Text boxes that are for displaying results of an action are grey. The Results Log will show grey if it has been disabled. Logging can be disabled, but this does not result in much of a savings on the processing timing and is therefore not recommended so that results feedback can be provided to the user. The entire content of the Results Log can be copied by click-ing on the Copy button and then pasted into a text editor for viewing if desired. The Results Log can be cleared by clicking on the Clear button.

Figure 9. Sample Text Output When Connected



MAX5861 Register TabFigure 10 displays the Register tab page. The board address can be selected from the pulldown (range of 0000 to 1111) in panel 1. Panel 2 contains the Select Command radio buttons. The radio buttons include the Register Description, File Register Load, Reload Last Configuration, Single Register Read, Single Register Write and Set Control Bit.

To see the register description, click on the Register Description radio button, enter the address in the Address text box located in panel 3 and click the Execute button in panel 4. The description of the register defined will display in the Results Log window.

Figure 10. Register Tab Register Description Results



To load a MAX5861 configuration file, click on the File Register Load radio button and click on the Execute but-ton in panel 4. This will bring up the file browse window for the configuration file selection. There are a few selections in panel 1 that affect a file load. These are Check to Verify All Register Writes, Apply Generic DPD Correction with Load and Apply Reset Prior to Configuration Load. The Check to Verify All Register Writes checkbox will read the register after the

write to verify that the contents were received. The reg-isters will have a mask so that it only verifies the appro-priate bits. The Apply Generic DPD Correction with Load checkbox will apply values to the fDAC/2 - 2fOUT correction (using DPD gain 9 and gain 10 offsets – 0x03E written with 0x004A00FA) and static linearity correction (using DPD gain 11 and gain 12 – 0x03F written with 0x008007F0). The Apply Reset Prior to Configuration Load checkbox will initiate a toggle of the RST_N pin before loading a configuration load file.

Figure 11. Register Tab File Register Load



To read an individual register within the MAX5861, click on the Single Register Read radio button, enter the address offset into the Address box in panel 3 and click on the Execute button in panel 4. The result will be dis-played in both the Results window in panel 5 as well as the Results Log.To write to an individual register within the MAX5861, click on the Single Register Write radio button, enter the address offset into the Address box and the data to

be written into the Data box in panel 3 and click on the Execute in panel 4. The write will be performed, verified and displayed in both the Results window in panel 5 as well as the Results Log.To set a control bit to the MAX5861, click on the Set Control Bit radio button, select the bit(s) to toggle in panel 3 and click on the Execute in panel 4. The RST_N and/or MODE2 bits connected to the device will be toggled.

Figure 12. Browse Window for Register File Load



Figure 13. Register Tab Single Register Read



Figure 14. Register Tab Single Register Write



Figure 15. Register Tab Set Control Bit



MAX5861 SCQAM Status TabThere are many status qualifiers of the MAX5861. The SCQAM Status page is designed to provide status about a specific SCQAM channel’s configuration. Enter the channel into the text box and click on the Display SCQAM

Channel Status for Channel # button and the information about that channel will be displayed. To determine the programmed center frequency of a channel, enter the channel number, enter the fDAC frequency for the system and click the Calculate fOUT button. The result will be displayed.

Figure 16. QAM Status Tab



MAX5861 OFDM Status TabThe OFDM Status tab is designed to provide status about a specific OFDM channel’s configuration. Enter the

channel into the text box and click on the Display OFDM Channel Status for Channel # button and the informa-tion about that channel will be displayed.

Figure 17. OFDM Status Tab



MAX5861 Device Status TabThe Device Status tab is designed to provide status about the overall health of the MAX5861. There are three status panels to include the Temperature, FIFO, LOCK, Parity Status and Saturation Status panels. The tem-perature of the MAX5861 can be read from the remote temperature sensor by clicking the Read Temperature button. The threshold that determines alerts (shown with the LED on the board) can be modified by setting a new temperature into the text box next to the Set Threshold button and then clicking on the button to set it. If the LED is on and the current temperature is below the current threshold, then the Clear Temperature Alert button can be clicked to clear the LED.

The FIFO, DLL lock status and parity error status can be seen by clicking the Get FIFO Status, Get DLL Lock Status, and Get Parity Error Status buttons under the FIFO, LOCK, Parity Status panels. Keep in mind that FIFO and Parity errors can be seen on startup depending on programming order. Clear these errors by clicking on the Get FIFO Status and Get Parity Error Status but-tons right after initial configuration. After the initialization errors have been cleared, click on the buttons to deter-mine the system’s true health during normal operation. The saturation status of the stages throughout the device can be verified by clicking on the Get Saturation Status button. This reads many registers and will take a minute. The status will be displayed but can be cleared by clicking the Clear Saturation Status button.

Figure 18. Device Status Tab



MAX5861 DPD TabThe DPD tab is designed to provide an interactive way for the user to set the DPD register values and see the results on the analyzer in real-time. When first accessing the DPD page, click the Set to Register Gain Values to synchronize the page up with the current register settings. After this point, either the text entry method or the slide bar method can be used. New values can be entered

into the text boxes followed by the Apply Text Box Gain Values button. This will load the values into the registers. Another option with the text boxes is to use the left and right arrow keys. Click on a box to place the cursor in the box and then use the left or right arrows to change the values by plus or minus 1. The results of these settings can be easily seen on the spectrum analyzer where the sweep time is set to less than a second. In addition to the

Figure 19. DPD Tab



text boxes, the slide bars can be moved. The software will write a new value to the register if the value has been moved from its previous location. This allows real-time monitoring of the output signal while changing the gain values with the slide bars. All of the writes to vary the DPD settings will be logged in the Results Log.

MAX5861 Test TabThe Test page is designed to allow capturing of the device’s current configuration as well as easy initial configuration of the device. The Save Settings panel will capture the current register settings of the device. They

can be captured in their entirety in numerical order or cap-turing only the active SCQAM channels and their settings. The Load Sample Configurations Using Internal PRBS Data panel allows a user to click a single button and load a pre-set PRBS configuration into the device. Under this panel, there is also an Apply Generic DPD Values – Static Lin & fDAC/2-2fOUT button. This writes generic DPD gain values to the Static Linearity and fDAC/2 - 2fOUT branches of the DPD processing. See the device data-sheet for further details. When loading the configurations under the SCQAM Configurations, SCQAM and OFDM Configurations and OFDM Configurations sections, the

Figure 20. Test Tab



expected sample screen captures can be displayed by clicking on the checkmark and making it an active green checkmark. This will open up another window to show the screenshots. These files can also be viewed, if larger images are needed, by accessing the Screenshots direc-tory of the installed software.

MAX5861 VC707 TabThe VC707 tab is designed to provide control of the VC707 FPGA through the MAX5861 EV kit GUI. The page allows the user to send single commands, load configuration files, load memory files, enable SDCLK, start memory data flow and stop memory data flow. The user can send individual commands to the VC707 with the use of the Single Command to Send button. To load a configuration into the VC707 for SCQAM setup, click the File – Load Configuration button. These configurations set up the time slots, PRBS information for the channels,

clocks, and align the RDY interface appropriately. As the signals come up, it will go through a training sequence on the ready signals so only the second through the eighth channels (in each 8-channel combiner) will show until the training is complete. These can take a couple of minutes to load. To run the OFDM from the FPGA, a pat-tern memory file must be loaded into the VC707 board. This file can be loaded via the File – Load Memory Pattern button. It will bring up a file browse window to search for the desired memory file. The memory files can take a little while to load into the VC707 memory (i.e. a 4k IFFT pattern with 128 symbols for demodulation can take approximately 10 minutes and an 8k IFFT pattern with 128 symbols can take approximately 20 minutes – shorter patterns of 14 symbols will only take a couple of minutes). There is a CRC verification on the data written into the memory to confirm expected data values. The SDCLK to the MAX5861 must also be transmitting. This

Figure 21. Test Tab Option for Displaying the Sample Wideband Spectrum Analyzer Capture



Figure 22. VC707 Tab



can be accomplished with the Enable SDCLK Output button. The final step for the OFDM pattern to drive the MAX5861 is to send the OFDM memory pattern from the VC707 to the DUC. To send the data, click the Start OFDM Memory Flow button and to stop the flow of data, click the Stop OFDM Memory Flow button.

MAX5861 Configuration Load OrderThe optimal order of operation for the system with the MAX5861 receiving data from the VC707 is the following:1) Configure the MAX5861 for the SCQAM and/or

OFDM channel2) Program the FPGA to send data to the MAX5861

channel3) With data flowing from the FPGA to the MAX5861,

clear the status registers of the MAX5861 of the startup condition triggers (FIFO, parity, saturation, etc)

4) Monitor the MAX5861 for health as neededFor the initial configuration of the device, the optimal order of operation for the registers within the MAX5861 is the following:1) Set the Gain5 and Gain6 to zero (GAIN56 register)2) Power up the blocks (GBL_CFG2)3) Program channel(s) to include all NCO load pulses4) Set Gain5 and Gain6 to desired valuesTo program another channel when the device is already configured, program in the order defined:1) Make sure the channel is muted (CHAN_x_x for

SCQAM and OFDM_CFG_x for OFDM)2) Power up the additional block (GBL_CFG2)3) Set the Gain1/Gain2 (G1G2_x) for SCQAM or Gain7/

Gain8 (GAIN_x) for OFDM to zero4) Unmute the additional channel(s)5) Program the channel(s) to include all NCO load

pulses (if using OFDM, this includes the GAIN_x register for the NCO3 load, while keeping Gain7/Gain 8 at zero)

6) Set Gain1/Gain2 or Gain7/Gain8 to the desired gain values

This procedure should ensure that the channels come up cleanly in the spectrum.

Detailed Description of HardwareThe MAX5861 EV kit contains a MAX5861 high-density downstream cable SCQAM and OFDM modulator that

integrates a DUC and RF-DAC. The MAX5861 DUC per-forms SCQAM and OFDM mapping, pulse shaping and digital RF up-conversion with full agility and then drives a 14-bit 4.6Gsps RF-DAC. The device digitally synthesizes RF signals with up to 160 DOCSIS-compliant 6MHz QAM channels (or up to 120 8MHz QAM channels) on a single RF port at frequencies from 47MHz to 1218MHz. The MAX5861 device provides up to 6 channels of OFDM IFFT processing. Each of the OFDM channels provide up to 192MHz of bandwidth. The MAX5861 can support up to 6 blocks powered on at one time, where a block is defined as an OFDM channel or a 32-channel SCQAM block. The MAX5861 EV kit provides a complete system solution for high-density QAM modulation with very low power dis-sipation. The EV kit operates from a single 5.0V/3A input power supply.The MAX5861 EV kit provides a Samtec FMC connec-tor J1 to drive the IC input ports. The MAX5861 output is available for viewing at the OUT SMA connector (see Figure 4).The EV kit incorporates a MAX6654 device for monitor-ing the die temperature. The LED D1 turns on when the MAX5861 die temperature rises above the programmed high temperature threshold within the MAX6654. See the MAX5861 Device Status Tab section for configuring the high temperature threshold. Also refer to the MAX6654 IC data sheet for additional register information. The EV kit provides on-board SPI and SMBus interfaces and is connected to the computer through the USB con-nector, USB23. The EV kit Windows XP- , Vista- and Windows 7/8- compatible software provides a GUI for control of the MAX5861, MAX6654, and VC707 program-mable features. Logic-level translators provide proper interface translation from the MAX5861 digital signals to the USB and VC707 circuitry.The EV kit includes a hardware kit that allows the board to be lifted off of a lab bench as well as mate to the VC707 board. The hardware kit includes standoffs, screws, metal washers, and nylon washers. The order from the top of the board to the bottom should be as follows: pan screw, metal washer, MAX5861 EV kit board mounting through-hole, nylon washer, and standoff. The hardware kit components should be placed on the outer 3 corners of the EV kit as well as the mounting hole inside the FMC connector holes.

Power SuppliesThe EV kit operates from a single 5.0V/3A power supply applied at the 5.0V_IN and GND PCB pads. The MAX15023 dual synchronous step-down controller,



MAX1793 LDO regulator, and MAX8902A low-noise LDO regulator provide power to the EV kit’s power rails. The MAX15023 devices are configured to 0.9V and are used for on-board regulation of the MAX5861 core supply input, VDD09. The MAX1793 LDO regulators are configured to 1.8V and 3.3V and are used for on-board regulation of the MAX5861 VDD18, AVCLK, and AVDD3 supply inputs. The MAX8902A LDO regulators are configured to 1.8V and are used for on-board regulation of the AVDD18 sup-ply inputs. The EV kit also provides the option of using external power supplies. When using an external sup-ply for the VDD09 supply rail, remove resistor R17 and apply a 0.9V/5A power supply at the DIGITAL09 relative to GND PCB pads. See Table 1 for proper shunt settings for all of the other EV kit power-supply inputs. A 1.8V/3A power supply will then be applied on the DIGITAL18, ANALOG18, ANALOGCLK, and ANALOG33 pads. Test points are available at VDD09, AVDD18, AVCLK, AVDD3, VDD18_IN, and GND for monitoring the EV kit power-supply voltages. Jumpers JU24 and JU25 are provided for sensing the MAX5861 VDD09 voltage. Remove the shunts at jumper JU1 and JU8 and connect the voltmeter positive and negative terminals at JU24 pin 1 and JU25 pin 2 respec-tively to monitor VDD09 voltage as monitored inside the MAX5861 IC.

SPI and SMBus Interface ControlThe EV kit communicates to the MAX5861 SPI interface using the on-board USB circuitry. Place shunts across pins 1-2, 4-5, 7-8, 10-11 and 13-14 of jumper JU7 to con-trol the SPI interface using the USB circuitry. The EV kit communicates to the MAX6654 SMBus interface using the on-board USB circuitry. Place shunts across pins 1-2 and 4-5 of jumper JU23 to control the SMBus interface using the USB circuitry.

Global ResetMomentary pushbutton switch RSTN is used as a global reset to clear all MAX5861 configuration registers. A global reset is required when uploading a new test con-

figuration on the MAX5861 Register tab. Press the RSTN switch to clear the registers before uploading a new test configuration file. Test configuration files are available for loading into the MAX5861, via the SPI interface. The MAX5861 output is available for viewing at the external OUT SMA connector.

MODE2 Pushbutton Switch Momentary pushbutton switch MODE2 is available for providing a low-to-high pulse at the MAX5861 port MODE2 input when pressed.The pushbutton switch is used to perform various func-tions within the MAX5861. Refer to the MAX5861 IC data sheet for additional information.

Using the VC707 Virtex FPGA Board with the MAX5861 EV KitThe MAX5861 device has the ability to produce PRBS data for both the SCQAM and OFDM ports. This PRBS is inserted in place of the input interface data if programmed. The MAX5861 device can be fully evaluated without the need for the VC707. But if input data is desired, the FPGA platform (VC707) can be used as a data source for the MAX5861 EV kit. The VC707 drives the MAX5861 multi-plexed input ports, control signals and monitors the ready logic outputs. The EV kit software provides the VC707 tab for controlling the VC707. The VC707 and MAX5861 EV kit boards can be con-nected using the available FMC interface connector. See Figure 4 for details in connecting the boards together. Alternatively, the VC707 and MAX5861 EV kit can be connected with coaxial ribbon cables (Part No.: Samtec HDR-169468-01). Note that it is necessary to use recom-mended hardware and/or cables to get a reliable electrical connection between the boards.



Note: Indicate that you are using the MAX5861s when contacting these component suppliers.

SUPPLIER PHONE WEBSITEFairchild Semiconductor 888-522-5372 www.fairchildsemi.comHong Kong X’tals Ltd. 852-35112388 www.hongkongcrystal.comMurata Electronics North America, Inc. 770-436-1300 www.murata-northamerica.comPanasonic Corp. 800-344-2112 www.panasonic.comTaiyo Yuden 800-348-24120 www.t-yuden.comTDK Corp. 847-803-6100 www.component.tdk.com

PART TYPE TYPEMAX5861EVKIT# EV Kit 160-Channel SCQAM and 6-Channel OFDM Cable Modulator

EK-V7-VC707-G FPGA Board Xilinx Virtex 7 FPGA Board – Ordered through a qualified Xilinx Vendor

Component List, Schematics, and PCB Layout DiagramsRefer to the following files attached to this data sheet for component information, schematics, PCB layout diagrams:

● BOM_MAX5861EVKIT_REVA.xlsx ● Schematic_MAX5861_evkit_reva.PDF ● PCB_MAX5861_evkit_reva.PDF

Component Suppliers

Ordering Information

http://www.fairchildsemi.com/

http://www.hongkongcrystal.com/

http://www.panasonic.com/

http://www.t-yuden.com/

http://www.component.tdk.com/

Maxim Integrated cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim Integrated product. No circuit patent licenses are implied. Maxim Integrated reserves the right to change the circuitry and specifications without notice at any time.

Maxim Integrated and the Maxim Integrated logo are trademarks of Maxim Integrated Products, Inc. © 2015 Maxim Integrated Products, Inc. │ 29


REVISIONNUMBER

REVISIONDATE DESCRIPTION PAGES

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0 6/15 Initial release —

Revision History

For pricing, delivery, and ordering information, please contact Maxim Direct at 1-888-629-4642, or visit Maxim Integrated’s website at www.maximintegrated.com.

Configuration Load Sequence Output Example The following is a Results Log capture of a configuration load sequence. To make the configuration easier to follow, repeated functions and/or writes (i.e. same or similar register values to channels 1 through 128, etc) will be condensed and noted as such with ellipses between the initial write and the final write within the configuration load file. The sequence uses the Test tab and configures the device for a single-carrier SCQAM. It then checks the SCQAM Status tab for the current settings. This is followed by a reset and reconfiguration using the Register tab with a (128) SCQAM plus (2) 192MHz bandwidth OFDM configuration from the input interface. The FPGA is then configured for a (128) channel configuration, the memory is loaded with a pattern, the SDCLK is enabled and the memory is started. The next step was to check the OFDM Status tab for the current settings. The final step is to look at the Device Status tab. Especially given the order of operation, the FIFOs and parity might have startup errors. The reading of these registers clears these errors and subsequent reads will be valid for operating status. Test Tab – Load Single SCQAM:

//Test: Display Sample Pictures for Configurations // File Configuration Load, Board Address 0x0 Write Reg: 0x026 0x000A000A //--> USB/FTDI Write Good/Verified Write Reg: 0x008 0x000007BF //--> USB/FTDI Write Good/Verified Write Reg: 0x081 0x000FFFFE //--> USB/FTDI Write Good/Verified Write Reg: 0x080 0x0000105E //--> USB/FTDI Write Good/Verified Write Reg: 0x088 0x00000401 //--> USB/FTDI Write Good/Verified Write Reg: 0x109 0x000001A0 //--> USB/FTDI Write Good/Verified Write Reg: 0x10A 0x000002E9 //--> USB/FTDI Write Good/Verified Write Reg: 0x10B 0x00023000 //--> USB/FTDI Write Good/Verified Write Reg: 0x10C 0x00FE028A //--> USB/FTDI Write Good/Verified Write Reg: 0x101 0x00078000 //--> USB/FTDI Write Good/Verified Write Reg: 0x061 0x0003C000 //--> USB/FTDI Write Good/Verified Write Reg: 0x041 0x00080F55 //--> USB/FTDI Write Good/Verified Write Reg: 0x108 0x00D00616 //--> USB/FTDI Write Good/Verified Write Reg: 0x100 0x00000001 //--> USB/FTDI Write Good/Verified Write Reg: 0x060 0x00000001

//--> USB/FTDI Write Good/Verified Write Reg: 0x040 0x00000000 //--> USB/FTDI Write Good/Verified Write Reg: 0x0D8 0x80000000 //--> USB/FTDI Write Write Reg: 0x042 0x010000FE //--> USB/FTDI Write Good/Verified Write Reg: 0x047 0x00008000 //--> USB/FTDI Write Good/Verified Write Reg: 0x040 0x00000003 //--> USB/FTDI Write Good/Verified Write Reg: 0x001 0x87800000 //--> USB/FTDI Write Good/Verified //Register: Read Modify Write Reg: 0x0D8 data 0x00000000 mask 0x00000020 Read Reg: 0x0D8 0x80001010 //--> USB/FTDI Read Good Write Reg: 0x0D8 0x80001010 //--> USB/FTDI Write // File Loaded: C:\Test\MAX5861EVKIT/ConfigurationLoadFiles/SCQAM/001SB256_5861_PRBS_4915p2M_1000M.txt Loaded file from ConfigurationLoadFiles : C:\Test\MAX5861EVKIT/ConfigurationLoadFiles/SCQAM/001SB256_5861_PRBS_4915p2M_1000M.txt

QAM Status Tab: //QAM Status: Get QAM Channel Status for Channel Number 1 Read Reg: 0x088 0x00000001 //--> USB/FTDI Read Good Read Reg: 0x080 0x0000105E //--> USB/FTDI Read Good // 32 chan mute bit 0 with result of 0 Read Reg: 0x081 0x000FFFFE //--> USB/FTDI Read Good // 8 chan mute bit 0 with result of 0 Read Reg: 0x009 0x00000040 //--> USB/FTDI Read Good // 32 chan powerdown 6 with result of 1 // SYM_INTF 0x00000040 Read Reg: 0x108 0x00100616 //--> USB/FTDI Read Good // SYMIF 0x00100616 Read Reg: 0x10A 0x000002E9 //--> USB/FTDI Read Good // LF 0x000002E9 Read Reg: 0x109 0x000001A0 //--> USB/FTDI Read Good // KF 0x000001A0 Read Reg: 0x10C 0x00FE028A //--> USB/FTDI Read Good // G1G2 0x00FE028A Read Reg: 0x042 0x010000FE //--> USB/FTDI Read Good // G5G6 0x010000FE

Read Reg: 0x10B 0x00023000 //--> USB/FTDI Read Good // NCOA 0x00023000 Read Reg: 0x101 0x00078000 //--> USB/FTDI Read Good // NCO2 0x00078000 Read Reg: 0x061 0x0003C000 //--> USB/FTDI Read Good // NCO3 0x0003C000 Read Reg: 0x041 0x00080F55 //--> USB/FTDI Read Good // NCO4 0x00080F55 //QAM Status: Get Channel fOUT for Channel Number 1 Read Reg: 0x10B 0x00023000 //--> USB/FTDI Read Good // NCOA 0x00023000 Read Reg: 0x101 0x00078000 //--> USB/FTDI Read Good // NCO2 0x00078000 Read Reg: 0x061 0x0003C000 //--> USB/FTDI Read Good // NCO3 0x0003C000 Read Reg: 0x041 0x00080F55 //--> USB/FTDI Read Good // NCO4 0x00080F55 // Value Signed Mag (1) 143360.000 (2) 491520.000 (3) 245760.000 (4) 528213.000 // NCO Freq Offset in Hz (1) 21000000.000 (2) 72000000.000 (3) 288000000.000 (4) 618999609.375 // Calculated Channel Offset ==> 999.999609375 MHz

Register Tab – Toggle RSTN: //Register: Toggle Bit RSTN // Reset also Resets The DAC DLL - Clear Lock Status //Register: Read Modify Write Reg: 0x0D8 data 0x00000000 mask 0x00000020 Read Reg: 0x0D8 0x83FF10B4 //--> USB/FTDI Read Good Write Reg: 0x0D8 0x83FF1094 //--> USB/FTDI Write //Register: Toggle Bit RSTN

Register Tab: Load File Configuration (128 SCQAM plus 2 OFDM): //Register: File IO Browse, Board Address 0x0 Write Reg: 0x026 0x000A000A //--> USB/FTDI Write Good/Verified Write Reg: 0x008 0x0000043C //--> USB/FTDI Write Good/Verified Write Reg: 0x081 0x000F0000 //--> USB/FTDI Write Good/Verified Write Reg: 0x080 0x00008050 //--> USB/FTDI Write Good/Verified Write Reg: 0x0B1 0x04540453 //--> USB/FTDI Write Good/Verified Write Reg: 0x74F 0x00000F00

//--> USB/FTDI Write Good/Verified Write Reg: 0x0B2 0x04560455 //--> USB/FTDI Write Good/Verified … Write Reg: 0x093 0x04180417 //--> USB/FTDI Write Good/Verified Write Reg: 0x7BC 0x00040008 //--> USB/FTDI Write Good/Verified Write Reg: 0x7B0 0x00040008 //--> USB/FTDI Write Good/Verified Write Reg: 0x0A2 0x04360435 //--> USB/FTDI Write Good/Verified … Write Reg: 0x0B5 0x045C045B //--> USB/FTDI Write Good/Verified Write Reg: 0x109 0x000001A0 //--> USB/FTDI Write Good/Verified Write Reg: 0x10A 0x000002E9 //--> USB/FTDI Write Good/Verified … Write Reg: 0x5F1 0x000001A0 //--> USB/FTDI Write Good/Verified Write Reg: 0x5F2 0x000002E9 //--> USB/FTDI Write Good/Verified Write Reg: 0x10B 0x00063000 //--> USB/FTDI Write Good/Verified Write Reg: 0x113 0x00059000 //--> USB/FTDI Write Good/Verified … Write Reg: 0x5F3 0x00023000 //--> USB/FTDI Write Good/Verified Write Reg: 0x10C 0x000A028A //--> USB/FTDI Write Good/Verified … Write Reg: 0x4DC 0x000A028A //--> USB/FTDI Write Good/Verified Write Reg: 0x744 0x065C074E //--> USB/FTDI Write Good/Verified … Write Reg: 0x758 0x0000079C //--> USB/FTDI Write Good/Verified Write Reg: 0x101 0x00178000 //--> USB/FTDI Write Good/Verified

… Write Reg: 0x381 0x00178000 //--> USB/FTDI Write Good/Verified Write Reg: 0x061 0x0013C000 //--> USB/FTDI Write Good/Verified Write Reg: 0x065 0x00114000 //--> USB/FTDI Write Good/Verified Write Reg: 0x069 0x00014000 //--> USB/FTDI Write Good/Verified Write Reg: 0x06D 0x0003C000 //--> USB/FTDI Write Good/Verified Write Reg: 0x7B1 0x00064000 //--> USB/FTDI Write Good/Verified Write Reg: 0x7BD 0x0008C000 //--> USB/FTDI Write Good/Verified Write Reg: 0x041 0x0005B400 //--> USB/FTDI Write Good/Verified Write Reg: 0x108 0x00C00000 //--> USB/FTDI Write Good/Verified … Write Reg: 0x5F0 0x00C00000 //--> USB/FTDI Write Good/Verified Write Reg: 0x100 0x00000001 //--> USB/FTDI Write Good/Verified … Write Reg: 0x5B0 0x00000001 //--> USB/FTDI Write Good/Verified Write Reg: 0x060 0x00000001 //--> USB/FTDI Write Good/Verified … Write Reg: 0x06C 0x00000001 //--> USB/FTDI Write Good/Verified Write Reg: 0x7B2 0x00013823 //--> USB/FTDI Write Good/Verified Write Reg: 0x7BE 0x00013823 //--> USB/FTDI Write Good/Verified Write Reg: 0x040 0x00000000 //--> USB/FTDI Write Good/Verified Write Reg: 0x0D8 0x80000000 //--> USB/FTDI Write Write Reg: 0x042 0x010000FE //--> USB/FTDI Write Good/Verified Write Reg: 0x047 0x00008000

//--> USB/FTDI Write Good/Verified Write Reg: 0x040 0x00000003 //--> USB/FTDI Write Good/Verified Write Reg: 0x001 0x87800000 //--> USB/FTDI Write Good/Verified //Register: Read Modify Write Reg: 0x0D8 data 0x00000000 mask 0x00000020 Read Reg: 0x0D8 0x80001010 //--> USB/FTDI Read Good Write Reg: 0x0D8 0x80001010 //--> USB/FTDI Write // File Loaded: C:\Test\MAX5861EVKIT\ConfigurationLoadFiles\Mix\128SB256and002OB1024_5861_input_630M_192BW_50k_1024c256r_P.txt //VC707: File I/O

VC707 Tab – Load Configuration for 128 Channels: // Loading File Into FPGA : C:\Test\MAX5861EVKIT\FPGAConfigurationFiles\128Sxxx_VC707_SPinput_TS128_PRBS_PCLK633M.txt //VC707: Send Command leds 00000000 //VC707: Return leds 00000000 ACK # //VC707: Send Command si570 set 633.0 //VC707: Return si570 set 633.0 00 42 C4 F6 63 11 ACK # //VC707: Send Command leds 0000000b //VC707: Return leds 0000000b ACK # //VC707: Send Command type set all prbs //VC707: Return type set all prbs ACK # //VC707: Send Command prbs set 1 0 1558 1 off 0 even //VC707: Return prbs set 1 0 1558 1 off 0 even ACK # … //VC707: Send Command prbs set 128 0 2356 1 off 0 even //VC707: Return prbs set 128 0 2356 1 off 0 even ACK # //VC707: Send Command leds 000000b1 //VC707: Return leds 000000b1 ACK # //VC707: Send Command prbs reset all off //VC707: Return prbs reset all off ACK # //VC707: Send Command prbs enable all on //VC707: Return prbs enable all on ACK # //VC707: Send Command leds 00000111 //VC707: Return leds 00000111 ACK # //VC707: Send Command pll reset qam on //VC707: Return pll reset qam on ACK # //VC707: Send Command pll clksel qam clkin1 //VC707: Return pll clksel qam clkin1 ACK # //VC707: Send Command pll reset qam off //VC707: Return pll reset qam off ACK #

//VC707: Send Command pll qam info //VC707: Return pll qam info inclk - ok | fbclk - ok | outclk - locked ACK # //VC707: Send Command oserdes reset adat on //VC707: Return oserdes reset adat on ACK # //VC707: Send Command oserdes reset adat off //VC707: Return oserdes reset adat off ACK # //VC707: Send Command leds 00001111 //VC707: Return leds 00001111 ACK # //VC707: Send Command bank set adat 16 //VC707: Return bank set adat 16 ACK # //VC707: Send Command ready reset on //VC707: Return ready reset on ACK # //VC707: Send Command ready channel 1 //VC707: Return ready channel 1 ACK # //VC707: Send Command delay reset pulse //VC707: Return delay reset pulse ACK # //VC707: Send Command oserdes enable pclk on //VC707: Return oserdes enable pclk on ACK # //VC707: Send Command delay set pclk 7 //VC707: Return delay set pclk 7 ACK # //VC707: Send Command oserdes enable psync on //VC707: Return oserdes enable psync on ACK # //VC707: Send Command leds 00011111 //VC707: Return leds 00011111 ACK # //VC707: Send Command ready bypass on //VC707: Return ready bypass on ACK # //VC707: Send Command ready bypass set 0 FEFEFEFE //VC707: Return ready bypass set 0 FEFEFEFE ACK # //VC707: Send Command ready bypass set 1 FEFEFEFE //VC707: Return ready bypass set 1 FEFEFEFE ACK # //VC707: Send Command ready bypass set 2 FEFEFEFE //VC707: Return ready bypass set 2 FEFEFEFE ACK # //VC707: Send Command ready bypass set 3 FEFEFEFE //VC707: Return ready bypass set 3 FEFEFEFE ACK # //VC707: Send Command ready bypass set 4 FEFEFEFE //VC707: Return ready bypass set 4 FEFEFEFE ACK # //VC707: Send Command ready bypass set 5 00000000 //VC707: Return ready bypass set 5 00000000 ACK # //VC707: Send Command leds 00011111 //VC707: Return leds 00011111 ACK # … //VC707: Send Command leds 00111111 //VC707: Return leds 00111111 ACK #

//VC707: Send Command bank enable adat on //VC707: Return bank enable adat on ACK # //VC707: Send Command oserdes enable adat on //VC707: Return oserdes enable adat on ACK # //VC707: Send Command leds 00011111 //VC707: Return leds 00011111 ACK # … //VC707: Send Command leds 00111111 //VC707: Return leds 00111111 ACK # //VC707: Send Command ready reset off //VC707: Return ready reset off ACK # //VC707: Send Command leds 00111111 //VC707: Return leds 00111111 ACK # … //VC707: Send Command leds 01111111 //VC707: Return leds 01111111 ACK # //VC707: Send Command ready bypass off //VC707: Return ready bypass off ACK # //VC707: Send Command ready bypass set 0 FFFFFFFF //VC707: Return ready bypass set 0 FFFFFFFF ACK # //VC707: Send Command ready bypass set 1 FFFFFFFF //VC707: Return ready bypass set 1 FFFFFFFF ACK # //VC707: Send Command ready bypass set 2 FFFFFFFF //VC707: Return ready bypass set 2 FFFFFFFF ACK # //VC707: Send Command ready bypass set 3 FFFFFFFF //VC707: Return ready bypass set 3 FFFFFFFF ACK # //VC707: Send Command ready bypass set 4 00000000 //VC707: Return ready bypass set 4 00000000 ACK # //VC707: Send Command ready bypass set 5 00000000 //VC707: Return ready bypass set 5 00000000 ACK # //VC707: Send Command leds 11111111 //VC707: Return leds 11111111 ACK # //VC707: Loaded FPGA Configuration File C:\Test\MAX5861EVKIT\FPGAConfigurationFiles\128Sxxx_VC707_SPinput_TS128_PRBS_PCLK633M.txt into the FPGA Successfully

VC707 Tab – Load Memory File for OFDM: //VC707: Load Memory File Into VC707 //VC707: Send Command delay set sdclk 5 //VC707: Return delay set sdclk 5 ACK # // DDR3 Memory File Load Update: Lines Written is -->2048 // DDR3 Memory File Load Update: Lines Written is -->4096 … // DDR3 Memory File Load Update: Lines Written is -->71680

//VC707: Send Command to Read Memory ddr3 read 0 1 //VC707: Read 1 Blocks of DDR3 Memory //VC707: Reading Block #0 of 1 //VC707: Reading Complete - Now Formatting Data //VC707: Bytes From Block 2 : Read 1 Blocks of DDR3 Memory //VC707: 11111100 11111100 11111100 11111100 11111100 11111100 11111100 11111100 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 //VC707: Read From DDR3 Memory: Read 1 Blocks of DDR3 Memory //VC707: DDR3 Read Results Written to File ‘VC707DDR3ReadMemoryResults.txt’ // CRC Verfied Good and All FPGA Communications Returned ACKs //VC707: Loaded DDR3 Memory File C:\Test\MAX5861EVKIT\FPGAConfigurationFiles\VC707Memfile_Fill_50kSpace4kIFFT_BW192M_1024QAM_CP1024RP256_14symb.txt into Memory Successfully //VC707: Send Command ofdm memory 1 0 17920 //VC707: Return ofdm memory 1 0 17920 ACK #

VC707 Tab – Enable SDCLK: //VC707: Send Command leds tt0000tt //VC707: Return leds tt0000tt ACK # //VC707: Enable the SDCLK Output //VC707: Send Command leds 00111111 //VC707: Return leds 00111111 ACK # //VC707: Send Command delay reset pulse //VC707: Return delay reset pulse ACK # //VC707: Send Command oserdes enable pclk on //VC707: Return oserdes enable pclk on ACK # //VC707: Send Command leds 01111111 //VC707: Return leds 01111111 ACK # //VC707: Send Command pll reset ofdm on //VC707: Return pll reset ofdm on ACK # //VC707: Send Command pll clksel ofdm clkin1 //VC707: Return pll clksel ofdm clkin1 ACK # //VC707: Send Command pll reset ofdm off //VC707: Return pll reset ofdm off ACK # //VC707: Send Command pll ofdm info //VC707: Return pll ofdm info inclk - ok | fbclk - ok | outclk - locked ACK # //VC707: Send Command oserdes reset sdclk on //VC707: Return oserdes reset sdclk on ACK # //VC707: Send Command oserdes reset sdclk off //VC707: Return oserdes reset sdclk off ACK #

//VC707: Send Command oserdes enable sdclk on //VC707: Return oserdes enable sdclk on ACK # //VC707: Send Command leds 00000111 //VC707: Return leds 00000111 ACK # //VC707: Send Command leds 00000001 //VC707: Return leds 00000001 ACK # //VC707: Send Command oserdes enable bcsync on //VC707: Return oserdes enable bcsync on ACK # //VC707: Send Command oserdes enable bdat on //VC707: Return oserdes enable bdat on ACK # //VC707: Send Command oserdes enable cdat on //VC707: Return oserdes enable cdat on ACK # //VC707: Send Command leds tt1111tt //VC707: Return leds tt1111tt ACK #

VC707 Tab – Start Memory Flow for OFDM: //VC707: Start OFDM Data Flow from Memory //VC707: Start Memory from Stream 1 //VC707: Send Command ofdm disable //VC707: Return ofdm disable ACK # //VC707: Send Command ofdm enable 1 on //VC707: Return ofdm enable 1 on enable stream: 1 length: 17920 mempos: 0 ACK # //VC707: Send Command leds tbhqqhbt //VC707: Return leds tbhqqhbt ACK #

OFDM Status Tab: //OFDM Status: Get OFDM Channel Status for Channel Number 1 Read Reg: 0x741 0x0000FF00 //--> USB/FTDI Read Good Read Reg: 0x009 0x000003C3 //--> USB/FTDI Read Good // OFDM chan powerdown 0 with result of 1 // OFDM_CFG 0x000003C3 Read Reg: 0x74B 0x00000006 //--> USB/FTDI Read Good Read Reg: 0x74C 0x01EFE080 //--> USB/FTDI Read Good Read Reg: 0x740 0x00029FFE //--> USB/FTDI Read Good Read Reg: 0x7B0 0x00040008 //--> USB/FTDI Read Good Read Reg: 0x7B1 0x00064000 //--> USB/FTDI Read Good Read Reg: 0x041 0x0005B400 //--> USB/FTDI Read Good // Value Signed Mag (3) 409600.000 (4) 373760.000 // NCO Freq Offset in Hz (3) 480000000.000 (4) 438000000.000 Read Reg: 0x7B5 0x1100006F //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x741 data 0x00004000 mask 0x00004000 Read Reg: 0x741 0x0000FF00 //--> USB/FTDI Read Good Write Reg: 0x741 0x0000FF00 //--> USB/FTDI Write Good/Verified Read Reg: 0x7B2 0x00003823 //--> USB/FTDI Read Good

Read Reg: 0x744 0x065C074E //--> USB/FTDI Read Good Read Reg: 0x745 0x0550034E //--> USB/FTDI Read Good Read Reg: 0x746 0x044E0472 //--> USB/FTDI Read Good Read Reg: 0x747 0x00800370 //--> USB/FTDI Read Good Read Reg: 0x748 0x024E0270 //--> USB/FTDI Read Good Read Reg: 0x749 0x014E0170 //--> USB/FTDI Read Good Read Reg: 0x74A 0x0000079C //--> USB/FTDI Read Good

Device Status Tab: //Device Status: I2C Temperature Read Write I2C Address: 78 Command 9 Data 32 //--> USB/FTDI Write Good Write I2C Address: 78 Command 1 Read I2C Data: 93 //--> USB/FTDI Read Good //Device Status: FIFO Status Read Reg: 0x0D9 0x00086F0F //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x0DA data 0x00000000 mask 0xFFFFFFFF Read Reg: 0x0DA 0xFFFFFFFF //--> USB/FTDI Read Good Write Reg: 0x0DA 0x00000000 //--> USB/FTDI Write Good/Verified … //Register: Read Modify Write Reg: 0x0E3 data 0x00000000 mask 0xFFFFFFFF Read Reg: 0x0E3 0x00000000 //--> USB/FTDI Read Good Write Reg: 0x0E3 0x00000000 //--> USB/FTDI Write Good/Verified Read Reg: 0x741 0x0000FF00 //--> USB/FTDI Read Good Read Reg: 0x74F 0x0000FF00 //--> USB/FTDI Read Good Read Reg: 0x75D 0x00020F01 //--> USB/FTDI Read Good Read Reg: 0x76C 0x00020F01 //--> USB/FTDI Read Good Read Reg: 0x77A 0x00020F01 //--> USB/FTDI Read Good Read Reg: 0x788 0x00020F01 //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x741 data 0x00000000 mask 0x00003000 Read Reg: 0x741 0x0000FF00 //--> USB/FTDI Read Good Write Reg: 0x741 0x0000CF00 //--> USB/FTDI Write Good/Verified … //--> USB/FTDI Write Good/Verified //Register: Read Modify Write Reg: 0x788 data 0x00000000 mask 0x00003000 Read Reg: 0x788 0x00020F01 //--> USB/FTDI Read Good Write Reg: 0x788 0x00020F01 //--> USB/FTDI Write Good/Verified //Device Status: Parity Status Read Reg: 0x0D8 0x80001098 //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x0D8 data 0x00000000 mask 0x00000058 Read Reg: 0x0D8 0x80001098 //--> USB/FTDI Read Good Write Reg: 0x0D8 0x80001080

//--> USB/FTDI Write //Device Status: Lock Status Read Reg: 0x0D8 0x80001080 //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x0D8 data 0x00000000 mask 0x00000020 Read Reg: 0x0D8 0x80001080 //--> USB/FTDI Read Good Write Reg: 0x0D8 0x80001080 //--> USB/FTDI Write //Device Status: FIFO Status Read Reg: 0x0D9 0x00086000 //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x0DA data 0x00000000 mask 0xFFFFFFFF Read Reg: 0x0DA 0x00000000 //--> USB/FTDI Read Good Write Reg: 0x0DA 0x00000000 //--> USB/FTDI Write Good/Verified … //--> USB/FTDI Write Good/Verified //Register: Read Modify Write Reg: 0x0E3 data 0x00000000 mask 0xFFFFFFFF Read Reg: 0x0E3 0x00000000 //--> USB/FTDI Read Good Write Reg: 0x0E3 0x00000000 //--> USB/FTDI Write Good/Verified Read Reg: 0x741 0x0000CF00 //--> USB/FTDI Read Good Read Reg: 0x74F 0x0000CF00 //--> USB/FTDI Read Good Read Reg: 0x75D 0x00020F01 //--> USB/FTDI Read Good Read Reg: 0x76C 0x00020F01 //--> USB/FTDI Read Good Read Reg: 0x77A 0x00020F01 //--> USB/FTDI Read Good Read Reg: 0x788 0x00020F01 //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x741 data 0x00000000 mask 0x00003000 Read Reg: 0x741 0x0000CF00 //--> USB/FTDI Read Good Write Reg: 0x741 0x0000CF00 //--> USB/FTDI Write Good/Verified … //Register: Read Modify Write Reg: 0x788 data 0x00000000 mask 0x00003000 Read Reg: 0x788 0x00020F01 //--> USB/FTDI Read Good Write Reg: 0x788 0x00020F01 //--> USB/FTDI Write Good/Verified //Device Status: Parity Status Read Reg: 0x0D8 0x80001080 //--> USB/FTDI Read Good //Register: Read Modify Write Reg: 0x0D8 data 0x00000000 mask 0x00000058 Read Reg: 0x0D8 0x80001080 //--> USB/FTDI Read Good Write Reg: 0x0D8 0x80001080

//--> USB/FTDI Write

<Drawn By>

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MAX5861 EVKIT

03/09/2015

A

1

REVISION RECORD

APPROVED:

ECO NO:

LTR

REV:

DATE:

1

TITLE:

2

3

4

5

6

D

C

B

A

C

D

B

A

PCB PART NUMBER:

DATED:

DRAWN:

<REVISED BY:>

REVISED BY:

DUT CONNECTIONS

L9

390nH

C103

0.1uF

C105

1uF

C106

1uF

C104

0.1uF

L10

390nH

1

3

4

6

T5

L17

1.3nH

C466

6.8pF

C107

1uF

R214

499

1%

R213

2.0k

1%

JU24

JU25

P5

RDYAN

N5

RDYAP

M5

BN2

M6

BN3

L5

BP2

L6

BP3

N7

SA3

M7

BN4

P3

RDYCLKN

P4

RDYSYNCN

N3

RDYCLKP

N4

RDYSYNCP

M3

BN0

M4

BN1

L3

BP0

L4

BP1

K6

BN5

H4

BN6

D5

AN3

D6

AN4

C5

AP3

C6

AP4

B5

AN7

B6

AN8

A5

AP7

A6

AP8

B7

AN9

A7

AP9

E3

PSYNCP

E4

AP0

D3

AN1

D4

AN2

C3

AP1

C4

AP2

B3

AN5

B4

AN6

A3

AP5

A4

AP6

K4

BN7

J6

BP5

G3

PCLKP

G4

BP6

J4

BP7

H3

PCLKN

F4

AN0

F3

PSYNCN

P11

RSETIO

N11

GNDS

G21

ON

G22

ON

H21

OP

H22

OP

A18

CLKP

A19

CLKN

P15

DATACLKP

P14

DATACLKN

E5

VALIDAP

E6

PARAP

F5

VALIDAN

F6

PARAN

F8

VDD18I

E1

PARBP

G8

VDD18BI

F1

PARBN

H8

VDD18I

J5

BP8

K5

BN8

K11

RSETII

K12

VDD09S

L7

BP4

N14

TESTCLKN

N15

TESTCLKP

N19

REFIO

P20

CREF

P19

DACREF

N20

FSADJ

N22

REFRES

M18

SE

N18

TEST

M19

PERR

P13

GND

N21

GND

N16

GND

N13

GND

N12

GND

M22

GND

M21

GND

M17

GND

M16

GND

M15

GND

M13

GND

M12

GND

M11

GND

M10

GND

M9

GND

M8

GND

L15

GND

L13

GND

L12

GND

L11

GND

L10

GND

L9

GND

L8

GND

K22

GND

K21

GND

K20

GND

K19

GND

K18

GND

K17

GND

K16

GND

K15

GND

K13

GND

J19

GND

J18

GND

J17

GND

J16

GND

J15

GND

J7

GND

G12

VDD18BO

H13

VDD18O

G13

VDD18O

F13

VDD18O

H7

VDD18

G7

VDD18

F7

VDD18

M14

VDD09

L14

VDD09

K14

VDD09

K10

VDD09

K9

VDD09

K8

VDD09

J14

VDD09

J13

VDD09

J12

VDD09

J11

VDD09

J10

VDD09

J9

VDD09

J8

VDD09

H14

VDD09

G15

VDD09

G14

VDD09

F14

VDD09

E14

VDD09

E13

VDD09

E12

VDD09

E11

VDD09

E10

VDD09

E9

VDD09

E8

VDD09

D14

VDD09

D13

VDD09

D12

VDD09

D11

VDD09

C14

VDD09

C13

VDD09

B14

VDD09

B13

VDD09

A14

VDD09

A13

VDD09

P22

AVDD3

J22

AVDD3

J21

AVDD3

J20

AVDD3

H20

AVDD3

G20

AVDD3

F22

AVDD3

F21

AVDD3

F20

AVDD3

L22

AVDD18

L21

AVDD18

L20

AVDD18

L19

AVDD18

L18

AVDD18

L17

AVDD18

D22

AVDD18

D21

AVDD18

D20

AVDD18

D19

AVDD18

B20

AVCLK

B19

AVCLK

B18

AVCLK

B17

AVCLK

A20

AVCLK

A17

AVCLK

H19

GND

H18

GND

H17

GND

H16

GND

H15

GND

H12

GND

H11

GND

H10

GND

H9

GND

G19

GND

G18

GND

G17

GND

G16

GND

G11

GND

G10

GND

G9

GND

F19

GND

F18

GND

F17

GND

F16

GND

F15

GND

F12

GND

F11

GND

F10

GND

F9

GND

E22

GND

E21

GND

E20

GND

E19

GND

E18

GND

E17

GND

E16

GND

E15

GND

D18

GND

D17

GND

D16

GND

D15

GND

D10

GND

C22

GND

C21

GND

C20

GND

C19

GND

C18

GND

C17

GND

C16

GND

C15

GND

C12

GND

C11

GND

C10

GND

B22

GND

B21

GND

B16

GND

B15

GND

B12

GND

B11

GND

B10

GND

A22

GND

A21

GND

A16

GND

A15

GND

A12

GND

A11

GND

A10

GND

E7

TEST_N

C8

RST_N

B9

MODE2

A8

OTP

C7

MODE

C9

DTOP

B8

TDA

D8

INTR_N

A9

TDC

N9

SA2

P10

SA1

D9

DTON

P9

SA0

N8

SDO

P8

SS_N

N10

SDI

P7

SCLK

P16

GND

P18

GND

P21

GND

L16

GND

B2

CN0

E2

CP3

H1

CN4

F2

CN3

D2

CN2

D1

CN1

C2

CP2

C1

CP1

A2

CP0

G1

CP4

H2

CN5

G2

CP5

K2

CN6

J2

CP6

N2

SYNC1P

P2

SYNC1N

L2

CP8

M2

CN8

L1

CP7

M1

CN7

P6

SYNC2N

N6

SYNC2P

G5

SYNC3P

H5

SYNC3N

K1

SYNC5N

J1

SYNC5P

G6

SYNC4P

H6

SYNC4N

N1

SYNC6P

P1

SYNC6N

K7

CFG1

P12

CFG2

P17

CFG3

M20

CFG4

B1

REFCLKN

A1

REFCLKP

J3

SDCLKP

K3

SDCLKN

N17

LOCK

D7

PERRI

U23

MAX5861

1

2

JU4

VDD09

VDD18

AVCLK

AVDD18

AVDD3

C108

1uF

C111

OPEN

C112

0.1uF

1

2

JU12

C110

OPEN

C109

OPEN

REFIOA

1

N.C.

2

IN

3

N.C.

4

GND

5

N.C.

7

N.C.

6

OUT

8

N.C.

U11

MAX6161

GND

C113

0.1uF

1

2

3

JU6

1

3

4

6

T6

2

1

OUT

AVDD3

AVDD3

AVDD3

AVDD3

DATACLKP

DATACLKN

AVDD3

DACREF

CREF

FSADJ

0.9V_GNDSENSE

0.9V_VDDSENSE

AVCLK

AVDD18

AVDD3

VDD09

VDD18

SA3

SA2

SA1

SA0

DATACLKP

DATACLKN

CREF

DACREF

FSADJ

SCLK

SDI

SDO

TDA

VDD18

CLKP_I

CLKN_I

CSA

DTON

DTOP

INTR_N

MODE2

RST_N

AN0

AP0

AN1

AP1

AN2

AP2

AN3

AP3

AN4

AP4

AN5

AP5

AN6

AP6

AN7

AP7

AN8

AP8

AN9

AP9

BN0

BP0

BN1

BP1

BN2

BP2

BN3

BP3

BN4

BP4

BN5

BP5

BN6

BP6

BN7

BP7

BN8

BP8

CN0

CP0

CN1

CP1

CN2

CP2

CN3

CP3

CN4

CP4

CN5

CP5

CN6

CP6

CN7

CP7

CN8

CP8

SYNC1N

SYNC1P

SYNC2N

SYNC2P

SYNC3N

SYNC3P

SYNC4N

SYNC4P

SYNC5N

SYNC5P

SYNC6N

SYNC6P

VALIDAN

VALIDAP

PSYNCN

PSYNCP

PCLKN

PCLKP

RDYAN

RDYAP

RDYSYNCN

RDYSYNCP

RDYCLKN

RDYCLKP

PARAN

PARAP

PARBN

PARBP

PERR

REFCLKN

SDCLKP

SDCLKN

PERRI

LOCK

CFG1

CFG2

CFG3

CFG4

SE

REFCLKP

VDD09

VDD18

AVCLK

AVDD18

AVDD3

AVDD3

U11-6

REFIO

REFIO

DACREF

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D

C

A

B

C

D

6

5

4

3

2

TITLE:

1

DATE:

REV:

LTR

ECO NO:

APPROVED:

REVISION RECORD

EP

EP

POWER CIRCUIT

<REVISED BY:>

REVISED BY:

C85

0.22uF

L6

4.7uH

C84

0.1uF

C80

0.22uF

L5

10uH

C82

0.1uF

C14

10uF

C79

10uF

R157

1%

33.2k

R161

1%

10k

C75

3300pF

C77

33pF

C76

2200pF

R160

1%

3.01k

R159

1%

9.53k

R158

1%

143

R156

1%

8.06k

C74

1uF

R154

1%

10k

R155

1%

33.2k

C73

2200pF

C72

33pF

C71

2200pF

R10

1%

16.9k

R9

1%

8.45k

R8

1%

143

R165

OPEN

C86

OPEN

C81

OPEN

R162

OPEN

4

2

7

6

5

8

1

3

N2

2

1

8

7

N3-A

4

3

6

5

N3-B

4

2

7

6

5

8

1

3

N1

2

EN1

15

PGOOD2

3

EN2

4

PGOOD1

9

DH1

8

BST1

7

LX1

5

DL1

6

PGND1

14

DL2

12

LX2

11

BST2

10

DH2

13

PGND2

16

VCC

17

FB2

18

COMP2

19

RT

20

SGND

21

IN

22

LIM2

23

LIM1

24

COMP1

1

FB1

U8

MAX15023

C88

10uF

+

C87

470uF

6.3V

C78

4.7uF

R167

10

R166

10

5.0V_IN

GND

+

C24

150uF

10V

2

IN

3

IN

4

IN

5

IN

7

SHDN

6

RST

10

GND

15

OUT

14

OUT

13

OUT

12

OUT

11

SET

16

N.C.

9

N.C.

8

N.C.

1

N.C.

U9

MAX1793

C91

4.7uF

R163

OPEN

R164

0

C90

6.8uF

R1

0

+

C83

470uF

6.3V

R2

0

U8_PG2

U8_PG1

1

2

3

JU26

DIGITAL18

GND

R4

10

R5

10

R21

0

R22

0

FB7

0.001

VIN

0.9V_OUT

VIN

2.5V_OUT

VIN

2.5V_OUT

0.9V_OUT

VCC

VCC

VIN

2.5V_OUT

1.8V_OUT

DIGITAL_18

0.9V_VDDSENSE

0.9V_GNDSENSE

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DATE:

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TITLE:

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3

4

5

6

D

C

B

A

C

D

B

A

PCB PART NUMBER:

A

DATED:

DRAWN:

EP

EP

EP

DAC POWER CIRCUIT

<REVISED BY:>

REVISED BY:

FOR EACH SUPPLY:

Place a 0201 cap between each power and ground via under U23

The remaining decoupling caps in this section should be placed near U23

AVCLK 1.85V

1

IN

3

EN

4

SELA

2

GND

5

SELB

6

OUTS

7

BYP

8

OUT

U15

MAX8902A

C162

10uF

R215

OPEN

R11

0

R216

OPEN

R212

0

C163

0.01uF

C164

10uF

2

IN

3

IN

4

IN

5

IN

7

SHDN

6

RST

10

GND

15

OUT

14

OUT

13

OUT

12

OUT

11

SET

16

N.C.

9

N.C.

8

N.C.

1

N.C.

U13

MAX1793

C165

4.7uF

R218

1%

133k

R219

1%

80.6k

C167

6.8uF

2

IN

3

IN

4

IN

5

IN

7

SHDN

6

RST

10

GND

15

OUT

14

OUT

13

OUT

12

OUT

11

SET

16

N.C.

9

N.C.

8

N.C.

1

N.C.

U14

MAX1793

C166

4.7uF

R217

1%

4.7k

R220

1%

10k

C168

6.8uF

1

2

3

JU2

1

2

3

JU3

1

2

3

JU10

ANALOG18

+

C114

47uF

16V

C117

10uF

C124

1uF

C135

0.1uF

C132

0.1uF

C133

0.1uF

C134

0.1uF

C118

10uF

C121

10uF

C128

1uF

C138

0.1uF

C137

0.1uF

C136

0.1uF

C120

10uF

C129

1uF

C144

0.1uF

C143

0.1uF

C142

0.1uF

C141

0.1uF

C125

1uF

C119

10uF

+

C115

47uF

16V

C145

0.1uF

GND

+

C116

47uF

16V

C122

10uF

C126

1uF

C146

0.1uF

C140

0.1uF

C139

0.1uF

C147

0.1uF

C131

1uF

C123

10uF

C130

1uF

L11

L12

L13

C157

0.1uF

C156

0.1uF

C155

0.1uF

C160

0.1uF

C159

0.1uF

C158

0.1uF

C153

0.1uF

C154

0.1uF

C178

0.1uF

C179

0.1uF

ANALOG33

ANALOGCLK

AVDD18_IN

VIN

VIN

AVDD33_IN

VIN

AVCLK_IN

AVDD3

AVDD18

AVDD18

AVCLK

AVDD33_IN

AVDD18_IN

AVCLK_IN

SHEET: OF 10

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03/09/2015

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PCB PART NUMBER:

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B

D

C

A

B

C

D

6

5

4

3

2

TITLE:

1

DATE:

REV:

LTR

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APPROVED:

REVISION RECORD

RESET/TEMP SENSE

GND

GND

GND

GND

GND

GND

GND

GND

11 = address 1001 110

<REVISED BY:>

REVISED BY:

JU23

FOR EACH SUPPLY:

Place a 0201 cap between each power and ground via under U23

The remaining decoupling caps in this section should be placed near U23

JU5

JU23-1

JU23-2

JU23-3

JU23-4

JU23-5

JU23-6

JU23-7

JU23-8

JU23-9

JU23-10

JU23-11

JU23-12

JU23-13

JU23-14

JU23-15

3

MR

2

RST

4

VCC

1

GND

U5

MAX811

3

MR

2

RST

4

VCC

1

GND

U6

MAX812

1

3

RSTN

1

3

MODE2

C5

0.1uF

C6

0.1uF

R7

47

C66

0.1uF

C67

2200pF

TDA

TDC

R24

499

1%

R141

10k

R142

10k

D1

3

DXP

7

GND

8

GND

11

ALERT

14

SMBCLK

12

SMBDATA

2

VCC

4

DXN

15

STBY

10

ADD0

6

ADD1

1

N.C.

5

N.C.

9

N.C.

13

N.C.

16

N.C.

U4

MAX6654

+

C19

47uF

16V

C25

10uF

C35

1uF

C59

0.22uF

C60

0.22uF

C61

0.22uF

C62

0.22uF

C36

1uF

C26

10uF

C58

0.22uF

C57

0.22uF

C56

0.22uF

C29

10uF

C40

1uF

C51

0.1uF

C50

0.1uF

C49

0.1uF

C39

1uF

C28

10uF

+

C20

47uF

16V

C55

0.22uF

+

C21

47uF

16V

C30

10uF

C41

1uF

C47

0.1uF

C48

0.1uF

C42

1uF

C31

10uF

L1

L2

C43

1uF

C32

10uF

+

C22

47uF

16V

C65

0.22uF

C64

0.22uF

C63

0.22uF

C52

0.22uF

C53

0.22uF

C54

0.22uF

C46

0.1uF

DIGITAL09

GND

R17

0

L8

C92

0.47uF

C93

0.47uF

C176

0.1uF

C175

0.1uF

C177

0.1uF

C7

0.22uF

C12

0.22uF

C13

0.22uF

C15

0.22uF

C16

0.22uF

C17

0.22uF

C18

0.22uF

C23

0.22uF

C27

0.22uF

C33

0.22uF

C34

0.22uF

C37

0.22uF

C38

0.22uF

C44

0.22uF

C45

0.22uF

C68

0.22uF

C69

0.22uF

C70

0.22uF

C101

0.22uF

C102

0.1uF

JU5-1

JU5-2

JU5-3

JU5-4

JU5-5

JU5-6

JU5-7

JU5-8

JU5-9

JU5-10

JU5-11

JU5-12

JU5-13

JU5-14

JU5-15

R6

1k

R41

1k

3

MR

2

RST

4

VCC

1

GND

U16

MAX812

1

3

SE

C96

0.1uF

R42

1k

VDD18

SA3

SA2

SA1

SA0

+3.3V

+3.3V

+3.3V

+3.3V

USB_SCL

USB_SDA

U4_VCC

U4_VCC

TDA

RST

MODE_2_LV

VDD09

0.9V_OUT

1.8V_OUT

VDD18

VDD18

VDD18

VDD09

VDD09

VDD18

CFG1

CFG2

CFG3

CFG4

USB_MODE2

USB_RSTN

+3.3V

SE_33

USB_SE

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A

DATED:

03/09/2015

DRAWN:

5

LEVEL TRANSLATION

<REVISED BY:>

REVISED BY:

JU7

2-3 POPULATED 0 ohm RESISTOR

C1

0.1uF

C2

0.1uF

1

DIR1

2

DIR2

3

A1

4

A2

5

A3

6

A4

7

DIR3

8

DIR4

9

OE

10

GND

11

B4

12

B3

13

B2

14

B1

15

VCCB

16

VCCA

U3

SN74AVC4T774

R145

10k

R144

10k

R147

10k

R143

10k

R75

10k

R76

10k

JU7-1

JU7-2

JU7-3

JU7-4

JU7-5

JU7-6

JU7-7

JU7-8

JU7-9

JU7-10

JU7-11

JU7-12

JU7-13

JU7-14

JU7-15

R77

10k

1

DIR1

2

DIR2

3

A1

4

A2

5

A3

6

A4

7

DIR3

8

DIR4

9

OE

10

GND

11

B4

12

B3

13

B2

14

B1

15

VCCB

16

VCCA

U12

SN74AVC4T774

1

DIR1

2

DIR2

3

A1

4

A2

5

A3

6

A4

7

DIR3

8

DIR4

9

OE

10

GND

11

B4

12

B3

13

B2

14

B1

15

VCCB

16

VCCA

U21

SN74AVC4T774

PERR

LOCK

R28

10k

R25

10k

R26

10k

PERRI

C3

0.1uF

1

DIR1

2

DIR2

3

A1

4

A2

5

A3

6

A4

7

DIR3

8

DIR4

9

OE

10

GND

11

B4

12

B3

13

B2

14

B1

15

VCCB

16

VCCA

U2

SN74AVC4T774

C4

0.1uF

1

2

3

JU11

1

2

3

JU22

R13

10k

R14

10k

1

DIR1

2

DIR2

3

A1

4

A2

5

A3

6

A4

7

DIR3

8

DIR4

9

OE

10

GND

11

B4

12

B3

13

B2

14

B1

15

VCCB

16

VCCA

U17

SN74AVC4T774

R43

10k

R44

10k

R45

10k

R27

10k

R46

10k

1

3

2

R209

0

INTR_N

OPEN

RST_N

VADJ_FORCE_S

OPEN

USB_SCLK

USB_SDI

USB_CSA

SCLK_IN

SDI_IN

SDO_IN

SS_NNA

USB_SDO

VDD18

VDD18

+3.3V

+3.3V

+3.3V

VDD18

SCLK_IN

SDI_IN

SDO_IN

SS_NNA

SCLK

SDI

SDO

SCLK_FPGA

SDI_FPGA

SDO_FPGA

CSA_FPGA

VDD18

VDD18

INTR_N_FMC

MODE2_FPGA_FMC

LEV_TRANS_V

RST_N_FPGA_FMC

RST_N_FPGA

INTR_N

MODE_2_FPGA

VDD18

LOCK_FPGA_FMC

LEV_TRANS_V

PERR_FPGA_FMC

PERR

LOCK

VDD18

VDD18

LEV_TRANS_V

LEV_TRANS_V

LEV_TRANS_V

VDD18

CSA

PERRI_FPGA_FMC

PERRI

VDD18

MODE_2_LV

RST

+3.3V

RST_N_FPGA

MODE_2_FPGA

VDD18

SE_33

SE

MODE2

RST_N

VDD18

SDO_FPGA_FMC

CSA_FPGA_FMC

LEV_TRANS_V

SDI_FPGA_FMC

SDI_FPGA

SDO_FPGA

CSA_FPGA

LEV_TRANS_V

LEV_TRANS_V

LEV_TRANS_V

SCLK_FPGA_FMC

SCLK_FPGA

VDD18

VDD18

VDD18

VDD18

VADJ_FORCE_SENSE

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TITLE:

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PCB PART NUMBER:

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DATED:

DRAWN:

USB INTERFACE CIRCUIT

<REVISED BY:>

REVISED BY:

EP

EP

J2

J3

OPEN

OPEN

C213

10uF

1

IN

3

SHDN

2

GND

5

OUT

4

N.C.

U205

MAX8511EXK25-T

C214

1uF

TP5V

TP25V

50

VREGIN

49

VREGOUT

7

DM

8

DP

6

REF

14

RESET#

63

EECS

62

EECLK

61

EEDATA

2

OSCI

3

OSCO

13

TEST

16

ADBUS0

17

ADBUS1

18

ADBUS2

19

ADBUS3

21

ADBUS4

22

ADBUS5

23

ADBUS6

24

ADBUS7

60

PWREN#

56

VCCIO

42

VCCIO

31

VCCIO

20

VCCIO

64

VCORE

37

VCORE

12

VCORE

9

VPLL

4

VPHY

51

GND

47

GND

35

GND

25

GND

15

GND

11

GND

5

GND

1

GND

10

AGND

34

BDBUS7

33

BDBUS6

32

BDBUS5

30

BDBUS4

29

BDBUS3

28

BDBUS2

27

BDBUS1

26

BDBUS0

46

CDBUS7

45

CDBUS6

44

CDBUS5

43

CDBUS4

41

CDBUS3

40

CDBUS2

39

CDBUS1

38

CDBUS0

48

DDBUS0

52

DDBUS1

53

DDBUS2

54

DDBUS3

55

DDBUS4

57

DDBUS5

58

DDBUS6

59

DDBUS7

36

SUSPENDED#

U7

FT4232H

R3

12k

R12

1k

4

VCC

3

OUT

1

DN

2

GND

Y1

12MHz

C9

8pF

C10

8pF

1

VBUS

2

D-

3

D+

4

GND

8

SHIELD

9

SHIELD

7

SHIELD

5

GND

6

SHIELD

USB23

C11

3.3uF

5

GND

1

CS

3

D

2

SCL

8

VCC

6

ORG

4

Q

7

DU

U27

IC93LC56BT-E_OT

R23

2.2k

C89

100nF

C95

4.7uF

L16

R15

0

R16

0

R18

0

R19

0

R20

0

R29

0

R30

0

R32

0

R31

0

R33

0

R34

0

R35

0

R36

0

R37

0

R38

0

R39

0

R40

0

R48

OPEN

R49

0

R47

10k

2

IN

3

IN

4

IN

5

IN

7

SHDN

6

RST

10

GND

15

OUT

14

OUT

13

OUT

12

OUT

11

SET

16

N.C.

9

N.C.

8

N.C.

1

N.C.

U204

MAX1793

C97

4.7uF

R62

1%

133k

R63

1%

80.6k

C98

6.8uF

TP33V

R202

0

R203

0

R204

0

C204

100nF

C203

4.7uF

L3

C202

10uF

1

IN

3

SHDN

2

GND

5

OUT

4

N.C.

U206

MAX8511EXK33+

C201

1uF

TPUSB3V

C208

0.1uF

C205

0.1uF

C206

0.1uF

C207

0.1uF

C209

0.1uF

C210

0.1uF

C211

0.1uF

J2-1

J2-2

J2-3

J2-4

J2-5

J2-6

J2-7

J2-8

J2-9

J2-10

J2-11

J2-12

J2-13

J2-14

J2-15

J2-16

J2-17

J2-18

J2-19

J2-20

J2-21

J2-22

J2-23

J2-24

J2-25

J2-26

J3-1

J3-2

J3-3

J3-4

J3-5

J3-6

J3-7

J3-8

J3-9

J3-10

J3-11

J3-12

J3-13

J3-14

J3-15

J3-16

J3-17

J3-18

J3-19

J3-20

J3-21

J3-22

J3-23

J3-24

J3-25

J3-26

R205

0

R206

OPEN

R207

0

R208

OPEN

R200

10k

R201

10k

USB1V8

OPEN

+2.5V

VIN

USB1V8

USB3V

USB3V

USB1V8

USB3V

USB3V

USB_SCLK

USB_SDI

USB_SDO

USB_CSA

USB_CSB

USB_CSC

USB_CSD

USB_SDA

USB_SCL

GPIO0

GPIO1

GPIO2

GPIO3

GPIO4

GPIO5

GPIO6

GPIO7

USB_SE

USB_RSTN

USB_MODE2

USB3V

VIN

+3.3V

USB5V

USB3V

USB3V

USB3V

USB3V

USB5V

USB3V

USB1V8

USB_SDI

USB_SCLK

USB_SDO

USB_CSA

USB_CSB

USB_CSD

USB_SCL

USB_SDA

+3.3V

USB_CSC

USB_SDA

USB_MODE2

USB_SE

GPIO6

GPIO4

GPIO3

GPIO1

VIN

USB_RSTN

GPIO7

GPIO5

GPIO2

GPIO0

SHEET: OF 10

MAX5861 EVKIT

7

DRAWN:

03/09/2015

DATED:

A

PCB PART NUMBER:

A

B

D

C

A

B

C

D

6

5

4

3

2

TITLE:

1

DATE:

REV:

LTR

ECO NO:

APPROVED:

REVISION RECORD

<Drawn By>

<REVISED BY:>

REVISED BY:

FMC

J1-A

J1-B

J1-C

J1-D

J1-E

J1-F

J1-A1

J1-A2

J1-A3

J1-A4

J1-A5

J1-A6

J1-A7

J1-A8

J1-A9

J1-A10

J1-A11

J1-A12

J1-A13

J1-A14

J1-A15

J1-A16

J1-A17

J1-A18

J1-A19

J1-A20

J1-A21

J1-A22

J1-A23

J1-A24

J1-A25

J1-A26

J1-A27

J1-A28

J1-A29

J1-A30

J1-A31

J1-A32

J1-A33

J1-A34

J1-A35

J1-A36

J1-A37

J1-A38

J1-A39

J1-A40

J1-B1

J1-B2

J1-B3

J1-B4

J1-B5

J1-B6

J1-B7

J1-B8

J1-B9

J1-B10

J1-B11

J1-B12

J1-B13

J1-B14

J1-B15

J1-B16

J1-B17

J1-B18

J1-B19

J1-B20

J1-B21

J1-B22

J1-B23

J1-B24

J1-B25

J1-B26

J1-B27

J1-B28

J1-B29

J1-B30

J1-B31

J1-B32

J1-B33

J1-B34

J1-B35

J1-B36

J1-B37

J1-B38

J1-B39

J1-B40

J1-C1

J1-C2

J1-C3

J1-C4

J1-C5

J1-C6

J1-C7

J1-C8

J1-C9

J1-C10

J1-C11

J1-C12

J1-C13

J1-C14

J1-C15

J1-C16

J1-C17

J1-C18

J1-C19

J1-C20

J1-C21

J1-C22

J1-C23

J1-C24

J1-C25

J1-C26

J1-C27

J1-C28

J1-C29

J1-C30

J1-C31

J1-C32

J1-C33

J1-C34

J1-C35

J1-C36

J1-C37

J1-C38

J1-C39

J1-C40

J1-D1

J1-D2

J1-D3

J1-D4

J1-D5

J1-D6

J1-D7

J1-D8

J1-D9

J1-D10

J1-D11

J1-D12

J1-D13

J1-D14

J1-D15

J1-D16

J1-D17

J1-D18

J1-D19

J1-D20

J1-D21

J1-D22

J1-D23

J1-D24

J1-D25

J1-D26

J1-D27

J1-D28

J1-D29

J1-D30

J1-D31

J1-D32

J1-D33

J1-D34

J1-D35

J1-D36

J1-D37

J1-D38

J1-D39

J1-D40

J1-E1

J1-E2

J1-E3

J1-E4

J1-E5

J1-E6

J1-E7

J1-E8

J1-E9

J1-E10

J1-E11

J1-E12

J1-E13

J1-E14

J1-E15

J1-E16

J1-E17

J1-E18

J1-E19

J1-E20

J1-E21

J1-E22

J1-E23

J1-E24

J1-E25

J1-E26

J1-E27

J1-E28

J1-E29

J1-E30

J1-E31

J1-E32

J1-E33

J1-E34

J1-E35

J1-E36

J1-E37

J1-E38

J1-E39

J1-E40

J1-F1

J1-F2

J1-F3

J1-F4

J1-F5

J1-F6

J1-F7

J1-F8

J1-F9

J1-F10

J1-F11

J1-F12

J1-F13

J1-F14

J1-F15

J1-F16

J1-F17

J1-F18

J1-F19

J1-F20

J1-F21

J1-F22

J1-F23

J1-F24

J1-F25

J1-F26

J1-F27

J1-F28

J1-F29

J1-F30

J1-F31

J1-F32

J1-F33

J1-F34

J1-F35

J1-F36

J1-F37

J1-F38

J1-F39

J1-F40

AP3

AN3

AP6

AN6

AP2

AN2

BP2

BN2

BP1

BN1

BP7

BN7

BP6

BN6

SYNC3P

SYNC3N

CLKP_FPGA

CLKN_FPGA

CP5

CN5

CP7

CN7

SYNC5P

SYNC5N

SYNC4P

SYNC4N

CP8

CN8

CP6

CN6

CP3

CN3

INTR_N_FMC

PERR_FPGA_FMC

PERRI_FPGA_FMC

LOCK_FPGA_FMC

VADJ_FORCE_SENSE

BP4

BN4

SYNC6P

SYNC6N

DTOP

DTON

RST_N_FPGA_FMC

MODE2_FPGA_FMC

SDI_FPGA_FMC

SDO_FPGA_FMC

CSA_FPGA_FMC

SCLK_FPGA_FMC

SHEET: OF 10

MAX5861 EVKIT

<Drawn By>

REVISION RECORD

APPROVED:

ECO NO:

LTR

REV:

DATE:

1

TITLE:

2

3

4

5

6

D

C

B

A

C

D

B

A

PCB PART NUMBER:

A

DATED:

03/09/2015

DRAWN:

8

<REVISED BY:>

REVISED BY:

FMC

J1-G

J1-H

J1-J

J1-K

J1-G1

J1-G2

J1-G3

J1-G4

J1-G5

J1-G6

J1-G7

J1-G8

J1-G9

J1-G10

J1-G11

J1-G12

J1-G13

J1-G14

J1-G15

J1-G16

J1-G17

J1-G18

J1-G19

J1-G20

J1-G21

J1-G22

J1-G23

J1-G24

J1-G25

J1-G26

J1-G27

J1-G28

J1-G29

J1-G30

J1-G31

J1-G32

J1-G33

J1-G34

J1-G35

J1-G36

J1-G37

J1-G38

J1-G39

J1-G40

J1-H1

J1-H2

J1-H3

J1-H4

J1-H5

J1-H6

J1-H7

J1-H8

J1-H9

J1-H10

J1-H11

J1-H12

J1-H13

J1-H14

J1-H15

J1-H16

J1-H17

J1-H18

J1-H19

J1-H20

J1-H21

J1-H22

J1-H23

J1-H24

J1-H25

J1-H26

J1-H27

J1-H28

J1-H29

J1-H30

J1-H31

J1-H32

J1-H33

J1-H34

J1-H35

J1-H36

J1-H37

J1-H38

J1-H39

J1-H40

J1-J1

J1-J2

J1-J3

J1-J4

J1-J5

J1-J6

J1-J7

J1-J8

J1-J9

J1-J10

J1-J11

J1-J12

J1-J13

J1-J14

J1-J15

J1-J16

J1-J17

J1-J18

J1-J19

J1-J20

J1-J21

J1-J22

J1-J23

J1-J24

J1-J25

J1-J26

J1-J27

J1-J28

J1-J29

J1-J30

J1-J31

J1-J32

J1-J33

J1-J34

J1-J35

J1-J36

J1-J37

J1-J38

J1-J39

J1-J40

J1-K1

J1-K2

J1-K3

J1-K4

J1-K5

J1-K6

J1-K7

J1-K8

J1-K9

J1-K10

J1-K11

J1-K12

J1-K13

J1-K14

J1-K15

J1-K16

J1-K17

J1-K18

J1-K19

J1-K20

J1-K21

J1-K22

J1-K23

J1-K24

J1-K25

J1-K26

J1-K27

J1-K28

J1-K29

J1-K30

J1-K31

J1-K32

J1-K33

J1-K34

J1-K35

J1-K36

J1-K37

J1-K38

J1-K39

J1-K40

AP0

AN0

AP5

AN5

AP4

AN4

AP7

AN7

PCLKP

PCLKN

AP8

AN8

VALIDAP

VALIDAN

AP1

AN1

PARAP

PARAN

PSYNCP

PSYNCN

RDYAP_BUFF

RDYAN_BUFF

RDYSYNCP_BUFF

RDYSYNCN_BUFF

RDYCLKP_BUFF

RDYCLKN_BUFF

BP3

BN3

BP8

BN8

BP0

BN0

SYNC1P

SYNC1N

PARBP

PARBN

REFCLKP

REFCLKN

SDCLKP

SDCLKN

CP0

CN0

CP4

CN4

CP1

CN1

CP2

CN2

VADJ_FORCE_SENSE

AP9

AN9

SYNC2P

SYNC2N

BP5

BN5

SHEET: OF 10

MAX5861 EVKIT

<Drawn By>

REVISION RECORD

APPROVED:

ECO NO:

LTR

REV:

DATE:

1

TITLE:

2

3

4

5

6

D

C

B

A

C

D

B

A

PCB PART NUMBER:

A

DATED:

03/09/2015

DRAWN:

9

<REVISED BY:>

REVISED BY:

FMC

ALL BYPASS RESISTORS ARE LOCATED UNDER THE BUFFER FOOTPRINT

AND SHARE COMMON PINS FROM INPUT TO OUTPUT





A

B

Jumper position

open --- > SSTL1.2V 600mV

A --- > SSTL1.5V 750mV

B --- > LVDS 1.25V

1

N.C.

2

A

3

B

4

N.C.

8

VCC

7

Y

6

Z

5

GND

U28

ICSN65LVDT100DGK

1

N.C.

2

A

3

B

4

N.C.

8

VCC

7

Y

6

Z

5

GND

U1

ICSN65LVDT100DGK

1

N.C.

2

A

3

B

4

N.C.

8

VCC

7

Y

6

Z

5

GND

U10

ICSN65LVDT100DGK

R50

0

R51

0

R52

0

R53

0

R54

0

R55

0

R56

0

R57

0

R58

0

R59

0

R60

0

R61

0

1

3

4

6

T4

OPEN

REF_CLKOUT

OPEN

R64

10k

R65

10k

1

2

3

JU8

R66

5.23k

R67

1%

866

C99

0.1uF

R68

1%

1.87k

R69

1%

590

C148

0.1uF

C149

0.1uF

C150

0.1uF

+3.3V

+3.3V

+3.3V

RDYCLKP

RDYCLKN

RDYSYNCP

RDYSYNCN

RDYAP

RDYAN

RDYCLKP_BUFF

RDYCLKN_BUFF

RDYSYNCP_BUFF

RDYSYNCN_BUFF

RDYAP_BUFF

RDYAN_BUFF

CLKN_REF

CLKP_REF

CLKP_FPGA

CLKN_FPGA

+2.5V

+2.5V

+2.5V

SHEET: OF 10

MAX5861 EVKIT

10

DRAWN:

DATED:

A

PCB PART NUMBER:

A

B

D

C

A

B

C

D

6

5

4

3

2

TITLE:

1

DATE:

REV:

LTR

ECO NO:

APPROVED:

REVISION RECORD

<Drawn By>

03/09/2015

CLOCK MODULE

<REVISED BY:>

REVISED BY:

CLK MODULE INTERCONNECT

C8

100pF

C94

100pF

CLKN

CLKP

GND

GND

GND

GND

GND

GND

GND

GND

GND

V+

+3.3V

USB_CSD

USB_SDI

USB_SDO

USB_SCLK

USB_SDA

USB_SCL

P1.6

P1.5

P1.4

P1.3

P1.2

P1.1

P1.7

P1.0

GND

GND

+3.3V

1

2

X67

MTH_32K243-40ML5

1

2

X68

MTH_32K243-40ML5

GND

GND

GND

GND

P1.6

P1.5

P1.4

P1.3

P1.2

P1.1

P1.7

P1.0

V+

+3.3V

USB_CSC

USB_CSD

USB_SDI

USB_SDO

USB_SCLK

USB_SDA

USB_SCL

GND

GND

GND

GND

GND

+3.3V

USB_CSC

CLKP_MOD

CLKN_MOD

CLKN_REF

CLKP_REF

CLKN3

CLKP3

C100

0.1uF

C127

0.1uF

CLKN_I

CLKP_I

VIN

+3.3V

USB_CSD

USB_SDI

USB_SDO

USB_SCLK

USB_SCL

GPIO0

GPIO1

GPIO2

GPIO3

GPIO4

GPIO5

GPIO6

GPIO7

GPIO0

GPIO1

GPIO2

GPIO3

GPIO4

GPIO5

GPIO6

GPIO7

VIN

+3.3V

USB_CSC

USB_CSD

USB_SDI

USB_SDO

USB_SCLK

USB_SCL

USB_SDA

USB_SDA

USB_CSC

CLKP_FPGA

CLKN_FPGA

CLKN_REF

CLKP_REF

GPIO0

GPIO1

GPIO2

GPIO3

GPIO4

GPIO5

GPIO6

GPIO7

GND

GND

GND

GND

GND

GND

GND

GND

GNDGND

CLOCK MODULE

SILKSCREEN TOP

V+

GND

5V

5V

GND

GND

GND

GND

1

2

25

26

1 1 1 1

GND

1

1

1

GNDSA

VDD18

GNDCFG

VDD18

USBSPI

FPGA

1 1

GND

A1

USB

_SC

L

USB

_SD

O

USB

_SD

I

GND

GND

USB

_CSC

+3.3

V

GND

AVDD

3

GND

GND

+3.3

V

GNDGND

GND

GND

GND

MAX5861 EVKIT888-MAXIM-ICwww.maximintegrated.com

REV-A03/15 KT

1

+

+

+

+ + ++

+ +

+

1

1

1

1

1

1

1

GND

R E R E R E R E

DG

F R

SW F

S S

S15 L

3 2 1 0 1 2 3 4

2

126

25

USB3V

VDD09NomMinMax

AVDD18, VDD180.99V0.85V0.90V

Max 1.9VMin 1.7VNom 1.8V

AVDD3

Max 3.5VMin 3.1VNom 3.3V

SCLK

SDI

SDO

CSA

1.0"

DATE:

P/N:MAX5861 EVKIT

REV

ALL UNITS ARE IN 0.001"

LAYER

A

AVCLKNom 1.85VMinMax 1.9V

1.8V

SE

R76

R77R75

JU10

C20

8

T6

J3

R203R204

R202

C21

4

C207

C20

5

U7

C20

6

C210

R49

C209

R201

U27

R20

0

C10

R47

C204

R23

C89C95

R29R20

R30

R32R31

R16R18

R144

R20

8R

207

J2

C11

R40

R39R36

R35

T4

JU22

R142

R20

6

R20

5

C211

L16C203L3

R3R48

R15

R12

C127

C100

U28R50

C99R69R68

T5

C150

R54

C148C149

C103

C113

JU6

C117

CLK

N_R

EF

R43

R44R26R25

PERRI

U8_PG2

C88

L2

R147

TP25V

CLKN

_MOD

L10

R65R64

R66

CLK

P_M

OD

R67

JU8

U23

R51

U10 U1

U204

R63

C98

R62

C213

R34

R33

L9

C105

JU25

JU7

C32

R61

U4C67

C112

R141C66

D1

TDA R7

R24TDC

C8C94

U8_PG1

CLK

P_RE

F

R57

C109C111

C110

C108

R14

C106

C104

C107R213

C466L17

R143C4

C1

R27

U12

R145

TP5V

MODE2

C9

R55 R53R52R58

R59R60R56

JU5

C91

C81

RSTN

C79 R162

U14

R219

R218

U2

C2R46

U3

N3

C78

R157

C74

C14N1

U8

C118 C31C30

AN

ALO

G33JU2

C163

R38

R19

USB23

JU23

JU11

C3

R13R45

R28 U17U21

C123C122

C116

C120C119

C115 C114

C162

C164

R11

R212

R215

R216

U15

L12

ANAL

OG18

L13

C168

U13

R22

0

JU3

L11

C167

R217

C165

C166 SE

C90

U9

R163

C29C28

C20C22C21

LOCK

PERRC

82

C19

TP33V

U205

Y1

R37

JU26

CLKP

CLKN

JU24

C121

C86

GNDC83

N2

DIG

ITA

L09

DIGI

TAL1

8

C25C26

C87

C24

R17

L5

L1

L6

L8

REF_

CLK

OU

T

JU4

R164

R165

USB

_CSD

USB

_SCL

K

USB

_SD

A

AVCL

K

AVDD

18

VD

D09

VDD1

8

CLKN

3CL

KP3

JU12

U11

REFI

OA

C97

R214

C201

C20

2

OUT

U206

R209

ANAL

OGCL

K

FB7

INTR

_N

USB1V8

RST_N

VADJ_FORCE_S

R76 R77R75

JU10

C208

J3

R203R204

R202

C214

C207

C205U7C206

C210

R49

C209

R201 U27R200

C10

R47

C204

R23

C89C95

R29R20

R30

R32R31

R16R18

R144

R208 R207

J2

C11

R40R39R36R35

JU22

R142

R206 R205

C211

L16C203L3

R3R48

R15R12

C127C100

R50

C99R69R68

C150

R54

C148C149

C103

C113JU6C117

R43R44

R26R25

C88

L2

R147

L10

R65R64

R66 R67JU8

U23R51

U204R63

C98R62

C213

R34R33

L9C105

JU25

JU7

C32

R61

U4C67

C112

R141C66

D1

R7

R24

C8C94

R57

C109C111

C110

C108

R14

C106

C104

C107

R213C466L17

R143

C4C1

R27U12 R145

C9

R55 R53R52R58

R59R60R56

JU5

C91

C81C79R162

U14R219R218

U2C2

R46 U3

N3

C78R157C74

C14

N1

C118 C31C30

JU2

C163

R38

R19

JU23

JU11

C3

R13R45

R28 U17U21

C123C122

C116C120C119

C115 C114

C162C164R11R212 R215R216

L12 L13

C168 U13R220

JU3

L11

C167R217C165C166

C90 U9R163

C29C28

C20C22C21

C82

C19

U205

R37

JU26

JU24

C121

C86

N2

C25C26

C24

R17

L1

L6

L8

JU4

R164R165

JU12U11

C97

R214

C201 C202U206

R209

FB7

R76 R77R75

JU10JU10x1

JU10x2

JU10x3

C208

J3

R203R204

R202

C214

C207

C205U7C206

C210

R49

C209

R201 U27R200

C10

R47

C204

R23

C89C95

R29R20

R30

R32R31

R16R18

R144

R208 R207

J2

C11

R40R39R36R35

JU22JU22x1

JU22x2

JU22x3

R142

R206 R205

C211

L16C203L3

R3R48

R15R12

C127C100

R50

C99R69R68

C150

R54

C148C149

C103

C113JU6JU6x1JU6x2JU6

x3

C117

R43R44

R26R25

C88

L2

R147

L10

R65R64

R66 R67JU8JU8

x1JU8

x2JU8

x3

U23R51

U204R63

C98R62

C213

R34R33

L9C105

JU25JU25x1

JU25x2

JU7

C32

R61

U4C67

C112

R141C66

D1

R7

R24

C8C94

R57

C109C111

C110

C108

R14

C106

C104

C107

R213C466L17

R143

C4C1

R27U12 R145

C9

R55 R53R52R58

R59R60R56

JU5

C91

C81C79R162

U14R219R218

U2C2

R46 U3

N3

C78R157C74

C14

N1

C118 C31C30

JU2JU2x1

JU2x2

JU2x3

C163

R38

R19

JU23

JU11JU11x1

JU11x2

JU11x3

C3

R13R45

R28 U17U21

C123C122

C116C120C119

C115 C114

C162C164R11R212 R215R216

L12 L13

C168 U13R220

JU3JU3x1

JU3x2

JU3x3

L11

C167R217C165C166

C90 U9R163

C29C28

C20C22C21

C82

C19

U205

R37

JU26JU26x1

JU26x2

JU26x3

JU24JU24x1

JU24x2

C121

C86

N2

C25C26

C24

R17

L1

L6

L8

JU4JU4x1

JU4x2

R164R165

X2

JU12JU12x1

JU12x2U11

C97

R214

C201 C202U206

R209

R76R76x1R76x2 R77R77x1

R77x2R75R75x1R7

5x2

JU10JU10x1

JU10x2

JU10x3

C208C208x1

C208x2

T6T6x1T6x2

T6x3T6x4T6x6

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

R203R203x1R203x2

R204R204x1R204x2

R202R202x1R202x2

C214C214x1

C214x2

C207C207x1

C207x2

C205C205x1

C205x2

U7

U7x1

U7x2

U7x3

U7x4

U7x5

U7x6

U7x7

U7x8

U7x9

U7x1

0

U7x1

1

U7x1

2

U7x1

3

U7x1

4

U7x1

5

U7x1

6

U7x17U7x18U7x19U7x20U7x21U7x22U7x23U7x24U7x25U7x26U7x27U7x28U7x29U7x30U7x31U7x32U

7x3

3

U7x3

4

U7x3

5

U7x3

6

U7x3

7

U7x3

8

U7x3

9

U7x4

0

U7x4

1

U7x4

2

U7x4

3

U7x4

4

U7x4

5

U7x4

6

U7x4

7

U7x4

8

U7x49U7x50U7

x51U7x52U7x5

3U7x54U7x55U

7x56U7x57U7x

58U7x59U7x60

U7x61U7x62U7

x63U7x64

U7x65

C206C206x1

C206x2

C210C210x1C210x2

R49R49x1

R49x2

C209C209x1C209x2

R201R201x1

R201x2 U27U27x1U27x2U27x3U27x4 U27x5U

27x6U27x7U27x8R200R200

x1R200

x2

C10C10x1

C10x2

R47R47x1R47x2

C204C204x1C204x2

R23R23x1

R23x2

C89C89x1

C89x2

C95C95x1

C95x2

R29R29x1

R29x2

R20R20x1

R20x2

R30R30x1

R30x2

R32R32x1

R32x2

R31R31x1

R31x2

R16R16x1

R16x2

R18R18x1

R18x2

R144R144x1

R144x2

R208R208x1

R208x2

R207R207x1

R207x2

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

C11C11x1

C11x2

R40R40x1R40x2

R39R39x1R39x2

R36R36x1R36x2

R35R35x1R35x2

T4T4x1T4x2

T4x3T4x4T4x6

JU22JU22x1

JU22x2

JU22x3

R142R142x1

R142x2

TPUSB3VTPUSB3Vx1

R206R206x1

R206x2

R205R205x1

R205x2

C211C211x1

C211x2

L16L16x1

L16x2

C203C203x1C203x2

L3L3x1

L3x2

R3R3x1R3x2

R48R48x1

R48x2

R15R15x1

R15x2 R12R12x1R1

2x2

C127C127x1

C127x2

C100C100x1

C100x2

U28U28x1U28x2U28x3

U28x4U28x5U28x6U28x7U28x8 R50R50x1

R50x2

C99C99x1

C99x2

R69R69x1

R69x2

R68R68x1

R68x2

T5T5x1 T5x

3T5x

4T5x

6

C150C150x1

C150x2

R54R54x1

R54x2

C148C148x1

C148x2C149C149x1

C149x2

C103C103x1

C103x2

C113C113x1

C113x2

JU6JU6x1JU6x2JU6

x3

C117C117x1

C117x2

CLKN_REFCLKN_REFx1

R43R43x1

R43x2

R44R44x1

R44x2

R26R26x1

R26x2

R25R25x1

R25x2PERRIPERR

Ix1

U8_PG2U8_PG2x1

C88C88x1

C88x2

L2L2x1L2x2

R147R147x1

R147x2

TP25VTP25Vx1

CLKN_MODCLKN_MODx

1

L10L10x1

L10x2

R65R65x1

R65x2

R64R64x1

R64x2

R66R66x1

R66x2

CLKP_MODCLKP_MODx

1

R67R67x1

R67x2

JU8JU8x1

JU8x2

JU8x3

U23

U23xA1

U23xA2

U23xA3

U23xA4

U23xA5

U23xA6

U23xA7

U23xA8

U23xA9

U23xA10

U23xA11

U23xA12

U23xA13

U23xA14

U23xA15

U23xA16

U23xA17

U23xA18

U23xA19

U23xA20

U23xA21

U23xA22

U23xB1

U23xB2

U23xB3

U23xB4

U23xB5

U23xB6

U23xB7

U23xB8

U23xB9

U23xB10

U23xB11

U23xB12

U23xB13

U23xB14

U23xB15

U23xB16

U23xB17

U23xB18

U23xB19

U23xB20

U23xB21

U23xB22

U23xC1

U23xC2

U23xC3

U23xC4

U23xC5

U23xC6

U23xC7

U23xC8

U23xC9

U23xC10

U23xC11

U23xC12

U23xC13

U23xC14

U23xC15

U23xC16

U23xC17

U23xC18

U23xC19

U23xC20

U23xC21

U23xC22

U23xD1

U23xD2

U23xD3

U23xD4

U23xD5

U23xD6

U23xD7

U23xD8

U23xD9

U23xD10

U23xD11

U23xD12

U23xD13

U23xD14

U23xD15

U23xD16

U23xD17

U23xD18

U23xD19

U23xD20

U23xD21

U23xD22

U23xE1

U23xE2

U23xE3

U23xE4

U23xE5

U23xE6

U23xE7

U23xE8

U23xE9

U23xE10

U23xE11

U23xE12

U23xE13

U23xE14

U23xE15

U23xE16

U23xE17

U23xE18

U23xE19

U23xE20

U23xE21

U23xE22

U23xF1

U23xF2

U23xF3

U23xF4

U23xF5

U23xF6

U23xF7

U23xF8

U23xF9

U23xF10

U23xF11

U23xF12

U23xF13

U23xF14

U23xF15

U23xF16

U23xF17

U23xF18

U23xF19

U23xF20

U23xF21

U23xF22

U23xG1

U23xG2

U23xG3

U23xG4

U23xG5

U23xG6

U23xG7

U23xG8

U23xG9

U23xG10

U23xG11

U23xG12

U23xG13

U23xG14

U23xG15

U23xG16

U23xG17

U23xG18

U23xG19

U23xG20

U23xG21

U23xG22

U23xH1

U23xH2

U23xH3

U23xH4

U23xH5

U23xH6

U23xH7

U23xH8

U23xH9

U23xH10

U23xH11

U23xH12

U23xH13

U23xH14

U23xH15

U23xH16

U23xH17

U23xH18

U23xH19

U23xH20

U23xH21

U23xH22

U23xJ1

U23xJ2

U23xJ3

U23xJ4

U23xJ5

U23xJ6

U23xJ7

U23xJ8

U23xJ9

U23xJ10

U23xJ11

U23xJ12

U23xJ13

U23xJ14

U23xJ15

U23xJ16

U23xJ17

U23xJ18

U23xJ19

U23xJ20

U23xJ21

U23xJ22

U23xK1

U23xK2

U23xK3

U23xK4

U23xK5

U23xK6

U23xK7

U23xK8

U23xK9

U23xK10

U23xK11

U23xK12

U23xK13

U23xK14

U23xK15

U23xK16

U23xK17

U23xK18

U23xK19

U23xK20

U23xK21

U23xK22

U23xL1

U23xL2

U23xL3

U23xL4

U23xL5

U23xL6

U23xL7

U23xL8

U23xL9

U23xL10

U23xL11

U23xL12

U23xL13

U23xL14

U23xL15

U23xL16

U23xL17

U23xL18

U23xL19

U23xL20

U23xL21

U23xL22

U23xM1

U23xM2

U23xM3

U23xM4

U23xM5

U23xM6

U23xM7

U23xM8

U23xM9

U23xM10

U23xM11

U23xM12

U23xM13

U23xM14

U23xM15

U23xM16

U23xM17

U23xM18

U23xM19

U23xM20

U23xM21

U23xM22

U23xN1

U23xN2

U23xN3

U23xN4

U23xN5

U23xN6

U23xN7

U23xN8

U23xN9

U23xN10

U23xN11

U23xN12

U23xN13

U23xN14

U23xN15

U23xN16

U23xN17

U23xN18

U23xN19

U23xN20

U23xN21

U23xN22

U23xP1

U23xP2

U23xP3

U23xP4

U23xP5

U23xP6

U23xP7

U23xP8

U23xP9

U23xP10

U23xP11

U23xP12

U23xP13

U23xP14

U23xP15

U23xP16

U23xP17

U23xP18

U23xP19

U23xP20

U23xP21

U23xP22

R51R51x1

R51x2 U10U10x1U1

0x2U10x3U10x4U10x5U10x6U10x7U10x8 U1U1x1U1

x2U1x3U1x4U1x5U1x6U1x7U1x8

U204

U204x1U204x2U204x3U204x4U204x5U204x6U204x7U204x8 U204x9U204x10U204x11

U204x12U204x13U204x14

U204x15U204x16

U204x17U204

x18

U204x19

U204x20

U204x21

R63R63x1R63x2 C98C98x1C

98x2

R62R62x1

R62x2

C213C213x1

C213x2

R34R34x1R34x2

R33R33x1R33x2

L9L9x1L9x2

C105C105x1

C105x2

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

C32C32x1

C32x2

R61R61x1

R61x2

U4

U4x1U4x2U4x3U4x4U4x5U4x6U4x7U4x8 U4x9U4x10U4x11U4x12

U4x13U4x14U4x15U4x16C67C67x1C67x2

C112C112x1

C112x2

R141R141x1

R141x2

C66C66x1

C66x2

D1D1x1

D1x2

TDATDAx1 R7R7x1

R7x2

R24R24x1

R24x2

TDCTDCx1

C8C8x1

C8x2C94C9

4x1C94

x2

U8_PG1U8_PG1x1

CLKP_REFCLKP_REFx1

R57R57x1

R57x2

C109C109x1

C109x2

C111C111x1

C111x2

C110C110x1

C110x2

C108C108x1

C108x2

R14R14x1

R14x2

C106C106x1

C106x2

C104C104x1

C104x2

C107C107x1

C107x2

R213R213x1

R213x2

C466C466x1

C466x2

L17L17x1

L17x2

R143R143x1

R143x2

C4C4x1

C4x2

C1C1x1

C1x2

R27R27x1

R27x2U12U12x1U12

x2U12x3U12x4U12

x5U12x6U12x7U12

x8U12x9U12x10U12x11U12x12U12x13U12x14U12x15U12x16

R145R145x1

R145x2

TP5VTP5Vx1

MODE2MODE2x1

MODE2x2

MODE2x3

MODE2x4

C9C9x1

C9x2

X70X70x1

R55R55x1

R55x2 R53R53

x1

R53x2

R52R52x1

R52x2R58R58x1

R58x2

R59R59x1

R59x2

R60R60x1

R60x2R56R56x1

R56x2

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

C91C91x1C91x2

C81C81x1C81x2

RSTNRSTNx1

RSTNx2

RSTNx3

RSTNx4

C79C79x1

C79x2

R162R162x1

R162x2

U14U14x1U14x2U14x3

U14x4U14x5U14x6

U14x7U14x8U14x9U14x10U14x11U14x12U14x13U14x14U14x15U14x16

U14x17

U14x18

U14x19

U14x20

U14x21

R219R219x1

R219x2

R218R218x1

R218x2

U2U2x1U2x2U2x3

U2x4U2x5U2x6


C2C2x1

C2x2

R46R46x1

R46x2 U3U3x1U3x

2U3x3U3x4U3x

5U3x6U3x7U3x

8U3x9U3x10U3x11U3x12U3x13U3x14U3x15U3x16

N3

N3x

1

N3x

2

N3x

3

N3x

4N

3x5

N3x

6

N3x

7

N3x

8

C78C78x1C78x2

R157R157x1

R157x2

C74C74x1

C74x2

C14C14x1

C14x2

N1

N1

x1

N1

x2

N1

x3

N1

x4

N1

x5

N1

x6

N1

x7

N1

x8

N1x9 N1x10

U8

U8x1U8x2

U8x3U8x4

U8x5U8x6

U8

x7

U8

x8

U8

x9

U8x1

0

U8x1

1

U8x1

2

U8x13U8x14

U8x15U8x16

U8x17U8x18

U8x1

9

U8x2

0

U8x2

1

U8x2

2

U8x2

3

U8x2

4

U8x25U8x

42

U8x43

U8x44

U8x45

C118C118x1

C118x2 C31C31x1

C31x2

C30C30x1

C30x2

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

C163C163x1

C163x2

R38R38x1R38x2

R19R19x1

R19x2

USB23

US

B2

3x1

US

B2

3x2

US

B2

3x3

US

B2

3x4

US

B2

3x5

USB23x6

USB23x7

USB23x8

USB23x9

USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

C3C3x1

C3x2

R13R13x1

R13x2

R45R45x1

R45x2

R28R28x1

R28x2 U17U17x1U17

x2U17x3U17x4U17

x5U17x6U17x7U17

x8U17x9U17x10U17x11U17x12U17x13U17x14U17x15U17x16U21U21x1U21x2U21x3

U21x4U21x5U21x6


C123C123x1

C123x2

C122C122x1

C122x2

C116C116x1

C116x2

C120C120x1

C120x2

C119C119x1

C119x2

C115C115x1

C115x2 C114C114x1

C114x2

C162C162x1

C162x2C164C164

x1C164

x2 R11R11x1R11x2

R212R212x1

R212x2

R215R215x1

R215x2

R216R216x1

R216x2

U15U15x1U15x2

U15x3U15x4U15x5

U15x6U15x7

U15x8 U15x

9

L12L12x1

L12x2

ANALOG18ANALOG18x

1ANA

LOG18x

2

L13L13x1

L13x2

C168C168x1

C168x2 U13U13x1U13

x2U13x3U13x4U13

x5U13x6U13x7U13


U13x17

U13x18

U13x19

U13x20

U13x21

R220R220x1

R220x2

JU3JU3x1

JU3x2

JU3x3

L11L11x1

L11x2

C167C167x1

C167x2R217R217x

1R217x

2C165C165x

1C165x

2

C166C166x1

C166x2 SESEx1

SEx2

SEx3

SEx4

C90C90x1

C90x2 U9U9x1U9x

2U9x3U9x4U9x

5U9x6U9x7U9x


U9x17

U9x18

U9x19

U9x20

U9x21R163R163x

1R163x

2

C29C29x1

C29x2

C28C28x1

C28x2

C20C20x1

C20x2C22C22x1

C22x2C21C21x1

C21x2

LOCKLOCKx1

PERRPERRx1

C82C82x1C82x2

C19C19x1

C19x2

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

U205U205x1U205x2

U205x3 U205x4U205x5

TP18TP18x1

TP15TP15x1

Y1Y1x1

Y1x2

Y1x3

Y1x4

R37R37x1R37x2

JU26JU26x1

JU26x2

JU26x3

X72X72x1 X71X71x1X30X30x1

X29X29x1

X20X20x1

X21X21x1

X19X19x1

X22X22x1

X23X23x1

X24X24x1

X37X37x1X28X28x1

X69X69x1

X67X67x1

X67x2 X68X68x1

X68x2

X26X26x1

X27X27x1

X181X181x1

USB_SDIUSB_SDIx1 USB_SDOUSB_SDOx1

X107X107x1

X108X108x1

X109X109x1

X110X110x1

X38X38x1

X76X76x1

X77X77x1

X124X124x1

X125X125x1 X126X126x1

CLKPCLKPx1 CLKNCLKNx1

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

C121C121x1

C121x2

C86C86x1C86x2

GNDGNDx1 X11X11x1

C83C83

x1C

83x2N2N2x1

N2x2N2x3

N2x4N2x5N2x6

N2x7N2x8

N2

x9

N2x

10

DIGITAL09DIGITAL09x1

DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

C25C25x1

C25x2

C26C26x1

C26x2

C87C87x1C87x2C24C

24x1

C24x2

R17R17x1R17x

2L5L5

x1

L5x2

L1L1x1L1x2

L6L6x1

L6x2

L8L8x1L8x2

REF_CLKOUTREF_CLKOUTx1REF_CLK

OUTx2REF_CLK

OUTx3REF_CLK

OUTx4REF_CLK

OUTx5REF_CLK

OUTx6REF_CLK

OUTx7REF_CLK

OUTx8REF_CLK

OUTx9REF_CLKO

UTx10REF_CLKO

UTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

R164R164x1

R164x2

R165R165x1

R165x2

USB_CSDUSB_CSDx1USB_SCLKUSB_SC

LKx1 USB_SDAUSB_SDAx1X4X4x1

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1CLKN3CLKN

3x1 CLKP3CLKP3x1

JU12JU12x1

JU12x2U11

U11x1U11x2

U11x3U11x4 U11x5

U11x6U11x7

U11x8

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

C97C97x1C97x2

R214R214x1

R214x2

C201C201x1

C201x2

C202C202x1

C202x2

OUTOUTx1OUT

x2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19

U206U206x1U206x2

U206x3 U206x4U206x5

R209R209x1

R209x2

R209x3

ANALOGCLKANALOGCLKx1

ANALOG

CLKx2

FB7FB

7x1

FB7x

2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1

VADJ_FORCE_SVADJ_FORCE_Sx1

1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYERCOMPONENT SIDE

A

R76R76x1R76x2 R77R77x1

R77x2R75R75x1R7

5x2

JU10JU10x1

JU10x2

JU10x3

C208C208x1

C208x2

T6T6x1T6x2

T6x3T6x4T6x6

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

R203R203x1R203x2

R204R204x1R204x2

R202R202x1R202x2

C214C214x1

C214x2

C207C207x1

C207x2

C205C205x1

C205x2

U7

U7x1

U7x2

U7x3

U7x4

U7x5

U7x6

U7x7

U7x8

U7x9

U7x1

0

U7x1

1

U7x1

2

U7x1

3

U7x1

4

U7x1

5

U7x1

6

U7x17U7x18U7x19U7x20U7x21U7x22U7x23U7x24U7x25U7x26U7x27U7x28U7x29U7x30U7x31U7x32U

7x3

3

U7x3

4

U7x3

5

U7x3

6

U7x3

7

U7x3

8

U7x3

9

U7x4

0

U7x4

1

U7x4

2

U7x4

3

U7x4

4

U7x4

5

U7x4

6

U7x4

7

U7x4

8

U7x49U7x50U7

x51U7x52U7x5

3U7x54U7x55U

7x56U7x57U7x

58U7x59U7x60

U7x61U7x62U7

x63U7x64

U7x65

C206C206x1

C206x2

C210C210x1C210x2

R49R49x1

R49x2

C209C209x1C209x2

R201R201x1

R201x2 U27U27x1U27x2U27x3U27x4 U27x5U

27x6U27x7U27x8R200R200

x1R200

x2

C10C10x1

C10x2

R47R47x1R47x2

C204C204x1C204x2

R23R23x1

R23x2

C89C89x1

C89x2

C95C95x1

C95x2

R29R29x1

R29x2

R20R20x1

R20x2

R30R30x1

R30x2

R32R32x1

R32x2

R31R31x1

R31x2

R16R16x1

R16x2

R18R18x1

R18x2

R144R144x1

R144x2

R208R208x1

R208x2

R207R207x1

R207x2

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

C11C11x1

C11x2

R40R40x1R40x2

R39R39x1R39x2

R36R36x1R36x2

R35R35x1R35x2

T4T4x1T4x2

T4x3T4x4T4x6

JU22JU22x1

JU22x2

JU22x3

R142R142x1

R142x2

TPUSB3VTPUSB3Vx1

R206R206x1

R206x2

R205R205x1

R205x2

C211C211x1

C211x2

L16L16x1

L16x2

C203C203x1C203x2

L3L3x1

L3x2

R3R3x1R3x2

R48R48x1

R48x2

R15R15x1

R15x2 R12R12x1R1

2x2

C127C127x1

C127x2

C100C100x1

C100x2

U28U28x1U28x2U28x3

U28x4U28x5U28x6U28x7U28x8 R50R50x1

R50x2

C99C99x1

C99x2

R69R69x1

R69x2

R68R68x1

R68x2

T5T5x1 T5x

3T5x

4T5x

6

C150C150x1

C150x2

R54R54x1

R54x2

C148C148x1

C148x2C149C149x1

C149x2

C103C103x1

C103x2

C113C113x1

C113x2

JU6JU6x1JU6x2JU6

x3

C117C117x1

C117x2

CLKN_REFCLKN_REFx1

R43R43x1

R43x2

R44R44x1

R44x2

R26R26x1

R26x2

R25R25x1

R25x2PERRIPERR

Ix1

U8_PG2U8_PG2x1

C88C88x1

C88x2

L2L2x1L2x2

R147R147x1

R147x2

TP25VTP25Vx1

CLKN_MODCLKN_MODx

1

L10L10x1

L10x2

R65R65x1

R65x2

R64R64x1

R64x2

R66R66x1

R66x2

CLKP_MODCLKP_MODx

1

R67R67x1

R67x2

JU8JU8x1

JU8x2

JU8x3

U23

U23xA1

U23xA2

U23xA3

U23xA4

U23xA5

U23xA6

U23xA7

U23xA8

U23xA9

U23xA10

U23xA11

U23xA12

U23xA13

U23xA14

U23xA15

U23xA16

U23xA17

U23xA18

U23xA19

U23xA20

U23xA21

U23xA22

U23xB1

U23xB2

U23xB3

U23xB4

U23xB5

U23xB6

U23xB7

U23xB8

U23xB9

U23xB10

U23xB11

U23xB12

U23xB13

U23xB14

U23xB15

U23xB16

U23xB17

U23xB18

U23xB19

U23xB20

U23xB21

U23xB22

U23xC1

U23xC2

U23xC3

U23xC4

U23xC5

U23xC6

U23xC7

U23xC8

U23xC9

U23xC10

U23xC11

U23xC12

U23xC13

U23xC14

U23xC15

U23xC16

U23xC17

U23xC18

U23xC19

U23xC20

U23xC21

U23xC22

U23xD1

U23xD2

U23xD3

U23xD4

U23xD5

U23xD6

U23xD7

U23xD8

U23xD9

U23xD10

U23xD11

U23xD12

U23xD13

U23xD14

U23xD15

U23xD16

U23xD17

U23xD18

U23xD19

U23xD20

U23xD21

U23xD22

U23xE1

U23xE2

U23xE3

U23xE4

U23xE5

U23xE6

U23xE7

U23xE8

U23xE9

U23xE10

U23xE11

U23xE12

U23xE13

U23xE14

U23xE15

U23xE16

U23xE17

U23xE18

U23xE19

U23xE20

U23xE21

U23xE22

U23xF1

U23xF2

U23xF3

U23xF4

U23xF5

U23xF6

U23xF7

U23xF8

U23xF9

U23xF10

U23xF11

U23xF12

U23xF13

U23xF14

U23xF15

U23xF16

U23xF17

U23xF18

U23xF19

U23xF20

U23xF21

U23xF22

U23xG1

U23xG2

U23xG3

U23xG4

U23xG5

U23xG6

U23xG7

U23xG8

U23xG9

U23xG10

U23xG11

U23xG12

U23xG13

U23xG14

U23xG15

U23xG16

U23xG17

U23xG18

U23xG19

U23xG20

U23xG21

U23xG22

U23xH1

U23xH2

U23xH3

U23xH4

U23xH5

U23xH6

U23xH7

U23xH8

U23xH9

U23xH10

U23xH11

U23xH12

U23xH13

U23xH14

U23xH15

U23xH16

U23xH17

U23xH18

U23xH19

U23xH20

U23xH21

U23xH22

U23xJ1

U23xJ2

U23xJ3

U23xJ4

U23xJ5

U23xJ6

U23xJ7

U23xJ8

U23xJ9

U23xJ10

U23xJ11

U23xJ12

U23xJ13

U23xJ14

U23xJ15

U23xJ16

U23xJ17

U23xJ18

U23xJ19

U23xJ20

U23xJ21

U23xJ22

U23xK1

U23xK2

U23xK3

U23xK4

U23xK5

U23xK6

U23xK7

U23xK8

U23xK9

U23xK10

U23xK11

U23xK12

U23xK13

U23xK14

U23xK15

U23xK16

U23xK17

U23xK18

U23xK19

U23xK20

U23xK21

U23xK22

U23xL1

U23xL2

U23xL3

U23xL4

U23xL5

U23xL6

U23xL7

U23xL8

U23xL9

U23xL10

U23xL11

U23xL12

U23xL13

U23xL14

U23xL15

U23xL16

U23xL17

U23xL18

U23xL19

U23xL20

U23xL21

U23xL22

U23xM1

U23xM2

U23xM3

U23xM4

U23xM5

U23xM6

U23xM7

U23xM8

U23xM9

U23xM10

U23xM11

U23xM12

U23xM13

U23xM14

U23xM15

U23xM16

U23xM17

U23xM18

U23xM19

U23xM20

U23xM21

U23xM22

U23xN1

U23xN2

U23xN3

U23xN4

U23xN5

U23xN6

U23xN7

U23xN8

U23xN9

U23xN10

U23xN11

U23xN12

U23xN13

U23xN14

U23xN15

U23xN16

U23xN17

U23xN18

U23xN19

U23xN20

U23xN21

U23xN22

U23xP1

U23xP2

U23xP3

U23xP4

U23xP5

U23xP6

U23xP7

U23xP8

U23xP9

U23xP10

U23xP11

U23xP12

U23xP13

U23xP14

U23xP15

U23xP16

U23xP17

U23xP18

U23xP19

U23xP20

U23xP21

U23xP22

R51R51x1

R51x2 U10U10x1U1

0x2U10x3U10x4U10x5U10x6U10x7U10x8 U1U1x1U1

x2U1x3U1x4U1x5U1x6U1x7U1x8

U204

U204x1U204x2U204x3U204x4U204x5U204x6U204x7U204x8 U204x9U204x10U204x11

U204x12U204x13U204x14

U204x15U204x16

U204x17U204

x18

U204x19

U204x20

U204x21

R63R63x1R63x2 C98C98x1C

98x2

R62R62x1

R62x2

C213C213x1

C213x2

R34R34x1R34x2

R33R33x1R33x2

L9L9x1L9x2

C105C105x1

C105x2

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

C32C32x1

C32x2

R61R61x1

R61x2

U4

U4x1U4x2U4x3U4x4U4x5U4x6U4x7U4x8 U4x9U4x10U4x11U4x12

U4x13U4x14U4x15U4x16C67C67x1C67x2

C112C112x1

C112x2

R141R141x1

R141x2

C66C66x1

C66x2

D1D1x1

D1x2

TDATDAx1 R7R7x1

R7x2

R24R24x1

R24x2

TDCTDCx1

C8C8x1

C8x2C94C9

4x1C94

x2

U8_PG1U8_PG1x1

CLKP_REFCLKP_REFx1

R57R57x1

R57x2

C109C109x1

C109x2

C111C111x1

C111x2

C110C110x1

C110x2

C108C108x1

C108x2

R14R14x1

R14x2

C106C106x1

C106x2

C104C104x1

C104x2

C107C107x1

C107x2

R213R213x1

R213x2

C466C466x1

C466x2

L17L17x1

L17x2

R143R143x1

R143x2

C4C4x1

C4x2

C1C1x1

C1x2

R27R27x1

R27x2U12U12x1U12

x2U12x3U12x4U12

x5U12x6U12x7U12


R145R145x1

R145x2

TP5VTP5Vx1

MODE2MODE2x1

MODE2x2

MODE2x3

MODE2x4

C9C9x1

C9x2

X70X70x1

R55R55x1

R55x2 R53R53

x1

R53x2

R52R52x1

R52x2R58R58x1

R58x2

R59R59x1

R59x2

R60R60x1

R60x2R56R56x1

R56x2

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

C91C91x1C91x2

C81C81x1C81x2

RSTNRSTNx1

RSTNx2

RSTNx3

RSTNx4

C79C79x1

C79x2

R162R162x1

R162x2

U14U14x1U14x2U14x3

U14x4U14x5U14x6


U14x17

U14x18

U14x19

U14x20

U14x21

R219R219x1

R219x2

R218R218x1

R218x2

U2U2x1U2x2U2x3

U2x4U2x5U2x6


C2C2x1

C2x2

R46R46x1

R46x2 U3U3x1U3x

2U3x3U3x4U3x

5U3x6U3x7U3x


N3

N3x

1

N3x

2

N3x

3

N3x

4N

3x5

N3x

6

N3x

7

N3x

8

C78C78x1C78x2

R157R157x1

R157x2

C74C74x1

C74x2

C14C14x1

C14x2

N1

N1

x1

N1

x2

N1

x3

N1

x4

N1

x5

N1

x6

N1

x7

N1

x8

N1x9 N1x10

U8

U8x1U8x2

U8x3U8x4

U8x5U8x6

U8

x7

U8

x8

U8

x9

U8x1

0

U8x1

1

U8x1

2

U8x13U8x14

U8x15U8x16

U8x17U8x18

U8x1

9

U8x2

0

U8x2

1

U8x2

2

U8x2

3

U8x2

4

U8x25U8x

42

U8x43

U8x44

U8x45

C118C118x1

C118x2 C31C31x1

C31x2

C30C30x1

C30x2

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

C163C163x1

C163x2

R38R38x1R38x2

R19R19x1

R19x2

USB23

US

B2

3x1

US

B2

3x2

US

B2

3x3

US

B2

3x4

US

B2

3x5

USB23x6

USB23x7

USB23x8

USB23x9

USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

C3C3x1

C3x2

R13R13x1

R13x2

R45R45x1

R45x2

R28R28x1

R28x2 U17U17x1U17

x2U17x3U17x4U17

x5U17x6U17x7U17

x8U17x9U17x10U17x11U17x12U17x13U17x14U17x15U17x16U21U21x1U21x2U21x3

U21x4U21x5U21x6


C123C123x1

C123x2

C122C122x1

C122x2

C116C116x1

C116x2

C120C120x1

C120x2

C119C119x1

C119x2

C115C115x1

C115x2 C114C114x1

C114x2

C162C162x1

C162x2C164C164

x1C164

x2 R11R11x1R11x2

R212R212x1

R212x2

R215R215x1

R215x2

R216R216x1

R216x2

U15U15x1U15x2

U15x3U15x4U15x5

U15x6U15x7

U15x8 U15x

9

L12L12x1

L12x2

ANALOG18ANALOG18x

1ANA

LOG18x

2

L13L13x1

L13x2

C168C168x1

C168x2 U13U13x1U13

x2U13x3U13x4U13

x5U13x6U13x7U13


U13x17

U13x18

U13x19

U13x20

U13x21

R220R220x1

R220x2

JU3JU3x1

JU3x2

JU3x3

L11L11x1

L11x2

C167C167x1

C167x2R217R217x

1R217x

2C165C165x

1C165x

2

C166C166x1

C166x2 SESEx1

SEx2

SEx3

SEx4

C90C90x1

C90x2 U9U9x1U9x

2U9x3U9x4U9x

5U9x6U9x7U9x


U9x17

U9x18

U9x19

U9x20

U9x21R163R163x

1R163x

2

C29C29x1

C29x2

C28C28x1

C28x2

C20C20x1

C20x2C22C22x1

C22x2C21C21x1

C21x2

LOCKLOCKx1

PERRPERRx1

C82C82x1C82x2

C19C19x1

C19x2

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

U205U205x1U205x2

U205x3 U205x4U205x5

TP18TP18x1

TP15TP15x1

Y1Y1x1

Y1x2

Y1x3

Y1x4

R37R37x1R37x2

JU26JU26x1

JU26x2

JU26x3

X72X72x1 X71X71x1X30X30x1

X29X29x1

X20X20x1

X21X21x1

X19X19x1

X22X22x1

X23X23x1

X24X24x1

X37X37x1X28X28x1

X69X69x1

X67X67x1

X67x2 X68X68x1

X68x2

X26X26x1

X27X27x1

X181X181x1

USB_SDIUSB_SDIx1 USB_SDOUSB_SDOx1

X107X107x1

X108X108x1

X109X109x1

X110X110x1

X38X38x1

X76X76x1

X77X77x1

X124X124x1

X125X125x1 X126X126x1

CLKPCLKPx1 CLKNCLKNx1

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

C121C121x1

C121x2

C86C86x1C86x2

GNDGNDx1 X11X11x1

C83C83

x1C

83x2N2N2x1

N2x2N2x3

N2x4N2x5N2x6

N2x7N2x8

N2

x9

N2x

10


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

C25C25x1

C25x2

C26C26x1

C26x2

C87C87x1C87x2C24C

24x1

C24x2

R17R17x1R17x

2L5L5

x1

L5x2

L1L1x1L1x2

L6L6x1

L6x2

L8L8x1L8x2

REF_CLKOUTREF_CLKOUTx1REF_CLK

OUTx2REF_CLK

OUTx3REF_CLK

OUTx4REF_CLK

OUTx5REF_CLK

OUTx6REF_CLK

OUTx7REF_CLK

OUTx8REF_CLK

OUTx9REF_CLKO

UTx10REF_CLKO

UTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

R164R164x1

R164x2

R165R165x1

R165x2

USB_CSDUSB_CSDx1USB_SCLKUSB_SC

LKx1 USB_SDAUSB_SDAx1X4X4x1

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1CLKN3CLKN

3x1 CLKP3CLKP3x1

JU12JU12x1

JU12x2U11

U11x1U11x2

U11x3U11x4 U11x5

U11x6U11x7

U11x8

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

C97C97x1C97x2

R214R214x1

R214x2

C201C201x1

C201x2

C202C202x1

C202x2

OUTOUTx1OUT

x2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19

U206U206x1U206x2

U206x3 U206x4U206x5

R209R209x1

R209x2

R209x3


ANALOG

CLKx2

FB7FB

7x1

FB7x

2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYER

A

LAYER 2 GND

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYER

A

LAYER 3 SIGNAL

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYERLAYER 4 GND / VDD

A

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


1.0"

DATE:

P/N:

LAYER 5 POWER

MAX5861 EVKITREV


LAYER

A

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


1.0"

DATE:

P/N:

LAYER 6 GND

MAX5861 EVKITREV


LAYER

A

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


1.0"

DATE:

LAYER 7 SIGNAL / AVDD2 /V+

P/N:MAX5861 EVKIT

REV


LAYER

A

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


LAYER 8 GND

1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYER

A

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


LAYER 9 SIGNAL

1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYER

A

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

J1

J1x401

J1x402

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

JU6JU6x1JU6x2JU6

x3

PERRIPERRIx1

U8_PG2U8_PG2x1

TP25VTP25Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

TDATDAx1

TDCTDCx1

U8_PG1U8_PG1x1

TP5VTP5Vx1

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

U14U14x17 U14x18

U14x19

U14x20

U14x21

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

LOCKLOCKx1

PERRPERRx1

X43X43x1

X43x

2

X1X1x1

X1x2

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

JU26JU26x1

JU26x2

JU26x3

X67X67x1

X67x2 X68X68x1

X68x2

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


SOLDER SIDE

1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYER

A

C125J1 C157

R6

C134

C155

C13

C53C135

C179

C132

C60C65C18

C16

C80

C43C39

C37

C58

C131

C47C48

C102

R10R166

C160C136C141

C61

C126

C36C35

C128

C42C41

C54C59

C45C44C101

C51

C38

C40

C64

C49

C63C176C50

C175C177

C15

C178C156

C133

R42

C46

C34C55

C6

C75C77

C52C17

R167R155

R1C85

C124

C139

R21

R22

R5R4R8R9

C71 C72 R156C73 R154 R161

R159R158C76R160

C84

R2

C5U6

U16

R41U5

C130C129

C92C93

C147C140 C153

C142C159C154

C144C143

C68C33

C27

C56C7C62C23

C70C12C69

C57C137C138 C145

C146

C158

C96

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

C125C125x1

C125x2J1

J1x401

J1x402

J1xA1

J1xA2

J1xA3

J1xA4

J1xA5

J1xA6

J1xA7

J1xA8

J1xA9

J1xA10

J1xA11

J1xA12

J1xA13

J1xA14

J1xA15

J1xA16

J1xA17

J1xA18

J1xA19

J1xA20

J1xA21

J1xA22

J1xA23

J1xA24

J1xA25

J1xA26

J1xA27

J1xA28

J1xA29

J1xA30

J1xA31

J1xA32

J1xA33

J1xA34

J1xA35

J1xA36

J1xA37

J1xA38

J1xA39

J1xA40

J1xB1

J1xB2

J1xB3

J1xB4

J1xB5

J1xB6

J1xB7

J1xB8

J1xB9

J1xB10

J1xB11

J1xB12

J1xB13

J1xB14

J1xB15

J1xB16

J1xB17

J1xB18

J1xB19

J1xB20

J1xB21

J1xB22

J1xB23

J1xB24

J1xB25

J1xB26

J1xB27

J1xB28

J1xB29

J1xB30

J1xB31

J1xB32

J1xB33

J1xB34

J1xB35

J1xB36

J1xB37

J1xB38

J1xB39

J1xB40

J1xC1

J1xC2

J1xC3

J1xC4

J1xC5

J1xC6

J1xC7

J1xC8

J1xC9

J1xC10

J1xC11

J1xC12

J1xC13

J1xC14

J1xC15

J1xC16

J1xC17

J1xC18

J1xC19

J1xC20

J1xC21

J1xC22

J1xC23

J1xC24

J1xC25

J1xC26

J1xC27

J1xC28

J1xC29

J1xC30

J1xC31

J1xC32

J1xC33

J1xC34

J1xC35

J1xC36

J1xC37

J1xC38

J1xC39

J1xC40

J1xD1

J1xD2

J1xD3

J1xD4

J1xD5

J1xD6

J1xD7

J1xD8

J1xD9

J1xD10

J1xD11

J1xD12

J1xD13

J1xD14

J1xD15

J1xD16

J1xD17

J1xD18

J1xD19

J1xD20

J1xD21

J1xD22

J1xD23

J1xD24

J1xD25

J1xD26

J1xD27

J1xD28

J1xD29

J1xD30

J1xD31

J1xD32

J1xD33

J1xD34

J1xD35

J1xD36

J1xD37

J1xD38

J1xD39

J1xD40

J1xE1

J1xE2

J1xE3

J1xE4

J1xE5

J1xE6

J1xE7

J1xE8

J1xE9

J1xE10

J1xE11

J1xE12

J1xE13

J1xE14

J1xE15

J1xE16

J1xE17

J1xE18

J1xE19

J1xE20

J1xE21

J1xE22

J1xE23

J1xE24

J1xE25

J1xE26

J1xE27

J1xE28

J1xE29

J1xE30

J1xE31

J1xE32

J1xE33

J1xE34

J1xE35

J1xE36

J1xE37

J1xE38

J1xE39

J1xE40

J1xF1

J1xF2

J1xF3

J1xF4

J1xF5

J1xF6

J1xF7

J1xF8

J1xF9

J1xF10

J1xF11

J1xF12

J1xF13

J1xF14

J1xF15

J1xF16

J1xF17

J1xF18

J1xF19

J1xF20

J1xF21

J1xF22

J1xF23

J1xF24

J1xF25

J1xF26

J1xF27

J1xF28

J1xF29

J1xF30

J1xF31

J1xF32

J1xF33

J1xF34

J1xF35

J1xF36

J1xF37

J1xF38

J1xF39

J1xF40

J1xG1

J1xG2

J1xG3

J1xG4

J1xG5

J1xG6

J1xG7

J1xG8

J1xG9

J1xG10

J1xG11

J1xG12

J1xG13

J1xG14

J1xG15

J1xG16

J1xG17

J1xG18

J1xG19

J1xG20

J1xG21

J1xG22

J1xG23

J1xG24

J1xG25

J1xG26

J1xG27

J1xG28

J1xG29

J1xG30

J1xG31

J1xG32

J1xG33

J1xG34

J1xG35

J1xG36

J1xG37

J1xG38

J1xG39

J1xG40

J1xH1

J1xH2

J1xH3

J1xH4

J1xH5

J1xH6

J1xH7

J1xH8

J1xH9

J1xH10

J1xH11

J1xH12

J1xH13

J1xH14

J1xH15

J1xH16

J1xH17

J1xH18

J1xH19

J1xH20

J1xH21

J1xH22

J1xH23

J1xH24

J1xH25

J1xH26

J1xH27

J1xH28

J1xH29

J1xH30

J1xH31

J1xH32

J1xH33

J1xH34

J1xH35

J1xH36

J1xH37

J1xH38

J1xH39

J1xH40

J1xJ1

J1xJ2

J1xJ3

J1xJ4

J1xJ5

J1xJ6

J1xJ7

J1xJ8

J1xJ9

J1xJ10

J1xJ11

J1xJ12

J1xJ13

J1xJ14

J1xJ15

J1xJ16

J1xJ17

J1xJ18

J1xJ19

J1xJ20

J1xJ21

J1xJ22

J1xJ23

J1xJ24

J1xJ25

J1xJ26

J1xJ27

J1xJ28

J1xJ29

J1xJ30

J1xJ31

J1xJ32

J1xJ33

J1xJ34

J1xJ35

J1xJ36

J1xJ37

J1xJ38

J1xJ39

J1xJ40

J1xK1

J1xK2

J1xK3

J1xK4

J1xK5

J1xK6

J1xK7

J1xK8

J1xK9

J1xK10

J1xK11

J1xK12

J1xK13

J1xK14

J1xK15

J1xK16

J1xK17

J1xK18

J1xK19

J1xK20

J1xK21

J1xK22

J1xK23

J1xK24

J1xK25

J1xK26

J1xK27

J1xK28

J1xK29

J1xK30

J1xK31

J1xK32

J1xK33

J1xK34

J1xK35

J1xK36

J1xK37

J1xK38

J1xK39

J1xK40

C157C157x1

C157x2

R6R6x1R6x2

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

C134C134x1C134x2

C155C155x1C155x2

C13C13x1C13x2

C53C53x1

C53x2

JU6JU6x1JU6x2JU6

x3

C135C135x1C135x2

C179C179x1

C179x2

C132C132x1

C132x2

C60C60x1C60x2

C65C65x1

C65x2C18C18x

1C18

x2

C16C16x1C16x2

PERRIPERRIx1

U8_PG2U8_PG2x1

C80C80x1

C80x2 TP25VTP25

Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

C43C43x1

C43x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

C39C39x1

C39x2

TDATDAx1

TDCTDCx1

C37C37x1C37x2

C58C58x1C58x2

C131C131x1

C131x2

C47C47x1

C47x2

C48C48x1

C48x2

C102C102x1

C102x2

U8_PG1U8_PG1x1

R10R10x1

R10x2

R166R166x1R166x2

C160C160x1

C160x2

C136C136x1

C136x2

C141C141x1

C141x2

C61C61x1

C61x2

C126C126x1

C126x2

C36C36x1

C36x2

C35C35x1

C35x2

C128C128x1

C128x2

C42C42x1

C42x2

C41C41x1

C41x2

C54C54x1C54x2 C59C59x1C59

x2

C45C45x1

C45x2

C44C44x1C44x2

C101C101x1

C101x2

C51C51x1

C51x2

C38C38x1C38x2

C40C40x1

C40x2

C64C64x1C64x2

C49C49x1

C49x2

C63C63x1

C63x2

C176C176x1C176x2C50C50

x1

C50x2

C175C175x1

C175x2

C177C177x1

C177x2

C15C15x1

C15x2

C178C178x1

C178x2 C156C156

x1C156

x2

C133C133x1C133x2

R42R42x1R42x2

TP5VTP5Vx1

C46C46x1C46x2

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

C34C34x1C34x2

C55C55x1C55x2

C6C6x1C6x2

U14U14x17 U14x18

U14x19

U14x20

U14x21

C75C75x1

C75x2C77C7

7x1C77x

2

C52C52x1C52x2

C17C17x1C17x2

R167R167x1R167x2

R155R155x1

R155x2

R1R1x1R1x2

C85C85x1

C85x2

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

C124C124x1

C124x2

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

X117X117x1X115X115x1

C139C139x1

C139x2

LOCKLOCKx1

PERRPERRx1

R21R21x1

R21x2

R22R22x1

R22x2

R5R5x1

R5x2

R4R4x1

R4x2

R8R8x1R8x2

R9R9x1

R9x2

C71C71x1

C71x2 C72C7

2x1C72x

2 R156R156x1

R156x2

C73C73x1

C73x2 R154R154x

1R154x

2

R161R161x1R161x2

R159R159x1R159x2

R158R158x1R158x2

C76C76x1C76x2

R160R160x1

R160x2

C84C84x1C84x2

R2R2x1R2x2

X43X43x1

X43x

2

X1X1x1

X1x2

C5C5x1C5x2U6U6

x1

U6x2

U6x3

U6x4

U16U16x1

U16x

2U1

6x3

U16x

4

R41R41x1R41x2

U5U5x1

U5x2

U5x3

U5x4

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

C130C130x1

C130x2

JU26JU26x1

JU26x2

JU26x3

C129C129x1

C129x2

C92C9

2x1

C9

2x2

C93C9

3x1

C9

3x2

C147C147x1

C147x2

C140C140x1

C140x2 C153C153

x1C153

x2

C142C142x1

C142x2C159C159

x1C159

x2

C154C154x1

C154x2

C144C144x1

C144x2C143C143

x1C143

x2

C68C68x1C68x2

C33C33x1C33x2

C27C27x1C27x2

C56C56x1C56x2

C7C7x1

C7x2

C62C62x1C62x2

C23C23x1C23x2

C70C70x1

C70x2

C12C12x1

C12x2

C69C69x1

C69x2

C57C57x1

C57x2

X113X113x1 X111X111x1 X67X67

x1

X67x2 X68X68x1

X68x2

X58X58x1

X59X59x1 X60X60x1

X120X120x1

X112X112x1X114X114x1X116X116x1 X118X118x1X119X119x1

X39X39x1

X51X51x1

X52X52x1

X53X53x1

X54X54x1

X55X55x1

X56X56x1

X57X57x1

X122X122x1

X123X123x1

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

C137C137x1

C137x2

C138C138x1

C138x2

C145C145x1

C145x2

C146C146x1C146x2

C158C158x1

C158x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

C96C96x1C96x2

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


GPIO0

GPIO1

GPIO2

GPIO3

GPIO4

GPIO5

GPIO6

GPIO7

V+

SILKSCREEN BOTTOM

A1 +3.3V

GND

GND

USB_CSC

USB_CSD

USB_SDI

USB_SDO

USB_SCLK

USB_SDA

USB_SCL

GND

GND

GND

+3.3V

1.0"

DATE:

P/N:MAX5861 EVKIT

REV


LAYER

A

C125

J1

C157

R6

C134

C155

C13

C53

C135

C179

C132

C60C65C1

8

C16

C80

C43C39C37

C58

C131

C47C48

C102

R10R166

C160

C136

C141

C61

C126

C36C35

C128

C42C41

C54 C59

C45

C44C1

01

C51

C38

C40

C64

C49

C63

C176C50

C175C177

C15

C178 C156

C133

R42

C46

C34

C55

C6

C75

C77

C52C17

R167

R155

R1

C85

C124

C139

R21

R22

R5

R4R8

R9C71 C

72 R156

C73

R154

R161

R159R158

C76R1

60

C84

R2

C5

U6

U16

R41

U5

C130

C129

C92C93

C147

C140

C153

C142

C159

C154

C144

C143

C68C33

C27

C56C7C62C23

C70C12C69

C57

C137

C138

C145

C146

C158

C96

C125J1 C157

R6

C134

C155

C13

C53C135

C179

C132

C60C65C18

C16

C80

C43C39

C37

C58

C131

C47C48

C102

R10R166

C160C136C141

C61

C126

C36C35

C128

C42C41

C54C59

C45C44C101

C51

C38

C40

C64

C49

C63C176C50

C175C177

C15

C178C156

C133

R42

C46

C34C55

C6

C75C77

C52C17

R167R155

R1C85

C124

C139

R21

R22

R5R4R8R9

C71 C72 R156C73 R154 R161

R159R158C76R160

C84

R2

C5U6

U16

R41U5

C130C129

C92C93

C147C140 C153

C142C159C154

C144C143

C68C33

C27

C56C7C62C23

C70C12C69

C57C137C138 C145

C146

C158

C96

C125J1 C157

R6

C134

C155

C13

C53C135

C179

C132

C60C65C18

C16

C80

C43C39

C37

C58

C131

C47C48

C102

R10R166

C160C136C141

C61

C126

C36C35

C128

C42C41

C54C59

C45C44C101

C51

C38

C40

C64

C49

C63C176C50

C175C177

C15

C178C156

C133

R42

C46

C34C55

C6

C75C77

C52C17

R167R155

R1C85

C124

C139

R21

R22

R5R4R8R9

C71 C72 R156C73 R154 R161

R159R158C76R160

C84

R2

C5U6

U16

R41U5

C130C129

C92C93

C147C140 C153

C142C159C154

C144C143

C68C33

C27

C56C7C62C23

C70C12C69

C57C137C138 C145

C146

C158

C96

JU10JU10x1

JU10x2

JU10x3

J3J3x1

J3x2

J3x3

J3x4

J3x5

J3x6

J3x7

J3x8

J3x9

J3x10

J3x11

J3x12

J3x13

J3x14

J3x15

J3x16

J3x17

J3x18

J3x19

J3x20

J3x21

J3x22

J3x23

J3x24

J3x25

J3x26

C125C125x1

C125x2J1

J1x401

J1x402

J1xA1

J1xA2

J1xA3

J1xA4

J1xA5

J1xA6

J1xA7

J1xA8

J1xA9

J1xA10

J1xA11

J1xA12

J1xA13

J1xA14

J1xA15

J1xA16

J1xA17

J1xA18

J1xA19

J1xA20

J1xA21

J1xA22

J1xA23

J1xA24

J1xA25

J1xA26

J1xA27

J1xA28

J1xA29

J1xA30

J1xA31

J1xA32

J1xA33

J1xA34

J1xA35

J1xA36

J1xA37

J1xA38

J1xA39

J1xA40

J1xB1

J1xB2

J1xB3

J1xB4

J1xB5

J1xB6

J1xB7

J1xB8

J1xB9

J1xB10

J1xB11

J1xB12

J1xB13

J1xB14

J1xB15

J1xB16

J1xB17

J1xB18

J1xB19

J1xB20

J1xB21

J1xB22

J1xB23

J1xB24

J1xB25

J1xB26

J1xB27

J1xB28

J1xB29

J1xB30

J1xB31

J1xB32

J1xB33

J1xB34

J1xB35

J1xB36

J1xB37

J1xB38

J1xB39

J1xB40

J1xC1

J1xC2

J1xC3

J1xC4

J1xC5

J1xC6

J1xC7

J1xC8

J1xC9

J1xC10

J1xC11

J1xC12

J1xC13

J1xC14

J1xC15

J1xC16

J1xC17

J1xC18

J1xC19

J1xC20

J1xC21

J1xC22

J1xC23

J1xC24

J1xC25

J1xC26

J1xC27

J1xC28

J1xC29

J1xC30

J1xC31

J1xC32

J1xC33

J1xC34

J1xC35

J1xC36

J1xC37

J1xC38

J1xC39

J1xC40

J1xD1

J1xD2

J1xD3

J1xD4

J1xD5

J1xD6

J1xD7

J1xD8

J1xD9

J1xD10

J1xD11

J1xD12

J1xD13

J1xD14

J1xD15

J1xD16

J1xD17

J1xD18

J1xD19

J1xD20

J1xD21

J1xD22

J1xD23

J1xD24

J1xD25

J1xD26

J1xD27

J1xD28

J1xD29

J1xD30

J1xD31

J1xD32

J1xD33

J1xD34

J1xD35

J1xD36

J1xD37

J1xD38

J1xD39

J1xD40

J1xE1

J1xE2

J1xE3

J1xE4

J1xE5

J1xE6

J1xE7

J1xE8

J1xE9

J1xE10

J1xE11

J1xE12

J1xE13

J1xE14

J1xE15

J1xE16

J1xE17

J1xE18

J1xE19

J1xE20

J1xE21

J1xE22

J1xE23

J1xE24

J1xE25

J1xE26

J1xE27

J1xE28

J1xE29

J1xE30

J1xE31

J1xE32

J1xE33

J1xE34

J1xE35

J1xE36

J1xE37

J1xE38

J1xE39

J1xE40

J1xF1

J1xF2

J1xF3

J1xF4

J1xF5

J1xF6

J1xF7

J1xF8

J1xF9

J1xF10

J1xF11

J1xF12

J1xF13

J1xF14

J1xF15

J1xF16

J1xF17

J1xF18

J1xF19

J1xF20

J1xF21

J1xF22

J1xF23

J1xF24

J1xF25

J1xF26

J1xF27

J1xF28

J1xF29

J1xF30

J1xF31

J1xF32

J1xF33

J1xF34

J1xF35

J1xF36

J1xF37

J1xF38

J1xF39

J1xF40

J1xG1

J1xG2

J1xG3

J1xG4

J1xG5

J1xG6

J1xG7

J1xG8

J1xG9

J1xG10

J1xG11

J1xG12

J1xG13

J1xG14

J1xG15

J1xG16

J1xG17

J1xG18

J1xG19

J1xG20

J1xG21

J1xG22

J1xG23

J1xG24

J1xG25

J1xG26

J1xG27

J1xG28

J1xG29

J1xG30

J1xG31

J1xG32

J1xG33

J1xG34

J1xG35

J1xG36

J1xG37

J1xG38

J1xG39

J1xG40

J1xH1

J1xH2

J1xH3

J1xH4

J1xH5

J1xH6

J1xH7

J1xH8

J1xH9

J1xH10

J1xH11

J1xH12

J1xH13

J1xH14

J1xH15

J1xH16

J1xH17

J1xH18

J1xH19

J1xH20

J1xH21

J1xH22

J1xH23

J1xH24

J1xH25

J1xH26

J1xH27

J1xH28

J1xH29

J1xH30

J1xH31

J1xH32

J1xH33

J1xH34

J1xH35

J1xH36

J1xH37

J1xH38

J1xH39

J1xH40

J1xJ1

J1xJ2

J1xJ3

J1xJ4

J1xJ5

J1xJ6

J1xJ7

J1xJ8

J1xJ9

J1xJ10

J1xJ11

J1xJ12

J1xJ13

J1xJ14

J1xJ15

J1xJ16

J1xJ17

J1xJ18

J1xJ19

J1xJ20

J1xJ21

J1xJ22

J1xJ23

J1xJ24

J1xJ25

J1xJ26

J1xJ27

J1xJ28

J1xJ29

J1xJ30

J1xJ31

J1xJ32

J1xJ33

J1xJ34

J1xJ35

J1xJ36

J1xJ37

J1xJ38

J1xJ39

J1xJ40

J1xK1

J1xK2

J1xK3

J1xK4

J1xK5

J1xK6

J1xK7

J1xK8

J1xK9

J1xK10

J1xK11

J1xK12

J1xK13

J1xK14

J1xK15

J1xK16

J1xK17

J1xK18

J1xK19

J1xK20

J1xK21

J1xK22

J1xK23

J1xK24

J1xK25

J1xK26

J1xK27

J1xK28

J1xK29

J1xK30

J1xK31

J1xK32

J1xK33

J1xK34

J1xK35

J1xK36

J1xK37

J1xK38

J1xK39

J1xK40

C157C157x1

C157x2

R6R6x1R6x2

U7U7x65

J2J2x1

J2x2

J2x3

J2x4

J2x5

J2x6

J2x7

J2x8

J2x9

J2x10

J2x11

J2x12

J2x13

J2x14

J2x15

J2x16

J2x17

J2x18

J2x19

J2x20

J2x21

J2x22

J2x23

J2x24

J2x25

J2x26

JU22JU22x1

JU22x2

JU22x3

TPUSB3VTPUSB3Vx1

C134C134x1C134x2

C155C155x1C155x2

C13C13x1C13x2

C53C53x1

C53x2

JU6JU6x1JU6x2JU6

x3

C135C135x1C135x2

C179C179x1

C179x2

C132C132x1

C132x2

C60C60x1C60x2

C65C65x1

C65x2C18C18x

1C18

x2

C16C16x1C16x2

PERRIPERRIx1

U8_PG2U8_PG2x1

C80C80x1

C80x2 TP25VTP25

Vx1

JU8JU8x1

JU8x2

JU8x3

U204U204x17U204

x18

U204x19

U204x20

U204x21

JU25JU25x1

JU25x2

C43C43x1

C43x2

JU7JU7x1

JU7x2

JU7x3

JU7x4

JU7x5

JU7x6

JU7x7

JU7x8

JU7x9

JU7x10

JU7x11

JU7x12

JU7x13

JU7x14

JU7x15

C39C39x1

C39x2

TDATDAx1

TDCTDCx1

C37C37x1C37x2

C58C58x1C58x2

C131C131x1

C131x2

C47C47x1

C47x2

C48C48x1

C48x2

C102C102x1

C102x2

U8_PG1U8_PG1x1

R10R10x1

R10x2

R166R166x1R166x2

C160C160x1

C160x2

C136C136x1

C136x2

C141C141x1

C141x2

C61C61x1

C61x2

C126C126x1

C126x2

C36C36x1

C36x2

C35C35x1

C35x2

C128C128x1

C128x2

C42C42x1

C42x2

C41C41x1

C41x2

C54C54x1C54x2 C59C59x1C59

x2

C45C45x1

C45x2

C44C44x1C44x2

C101C101x1

C101x2

C51C51x1

C51x2

C38C38x1C38x2

C40C40x1

C40x2

C64C64x1C64x2

C49C49x1

C49x2

C63C63x1

C63x2

C176C176x1C176x2C50C50

x1

C50x2

C175C175x1

C175x2

C177C177x1

C177x2

C15C15x1

C15x2

C178C178x1

C178x2 C156C156

x1C156

x2

C133C133x1C133x2

R42R42x1R42x2

TP5VTP5Vx1

C46C46x1C46x2

JU5JU5x1

JU5x2

JU5x3

JU5x4

JU5x5

JU5x6

JU5x7

JU5x8

JU5x9

JU5x10

JU5x11

JU5x12

JU5x13

JU5x14

JU5x15

C34C34x1C34x2

C55C55x1C55x2

C6C6x1C6x2

U14U14x17 U14x18

U14x19

U14x20

U14x21

C75C75x1

C75x2C77C7

7x1C77x

2

C52C52x1C52x2

C17C17x1C17x2

R167R167x1R167x2

R155R155x1

R155x2

R1R1x1R1x2

C85C85x1

C85x2

U8U8x25U8x

42

U8x43

U8x44

U8x45

ANALOG33ANALOG33x

1ANA

LOG33x

2

JU2JU2x1

JU2x2

JU2x3

USB23USB23x10

USB23x11

TP4TP4x1 JU23JU23x1

JU23x2

JU23x3

JU23x4

JU23x5

JU23x6

JU23x7

JU23x8

JU23x9

JU23x10

JU23x11

JU23x12

JU23x13

JU23x14

JU23x15

JU11JU11x1

JU11x2

JU11x3

C124C124x1

C124x2

ANALOG18ANALOG18x

1ANA

LOG18x

2U13U13x17 U13x

18

U13x19

U13x20

U13x21

JU3JU3x1

JU3x2

JU3x3

U9U9x17 U9x18

U9x19

U9x20

U9x21

X117X117x1X115X115x1

C139C139x1

C139x2

LOCKLOCKx1

PERRPERRx1

R21R21x1

R21x2

R22R22x1

R22x2

R5R5x1

R5x2

R4R4x1

R4x2

R8R8x1R8x2

R9R9x1

R9x2

C71C71x1

C71x2 C72C7

2x1C72x

2 R156R156x1

R156x2

C73C73x1

C73x2 R154R154x

1R154x

2

R161R161x1R161x2

R159R159x1R159x2

R158R158x1R158x2

C76C76x1C76x2

R160R160x1

R160x2

C84C84x1C84x2

R2R2x1R2x2

X43X43x1

X43x

2

X1X1x1

X1x2

C5C5x1C5x2U6U6

x1

U6x2

U6x3

U6x4

U16U16x1

U16x

2U1

6x3

U16x

4

R41R41x1R41x2

U5U5x1

U5x2

U5x3

U5x4

TP13TP13x1

TP33VTP33Vx1

TP17TP17x1

TP6TP6x1

TP18TP18x1

TP15TP15x1

C130C130x1

C130x2

JU26JU26x1

JU26x2

JU26x3

C129C129x1

C129x2

C92C9

2x1

C9

2x2

C93C9

3x1

C9

3x2

C147C147x1

C147x2

C140C140x1

C140x2 C153C153

x1C153

x2

C142C142x1

C142x2C159C159

x1C159

x2

C154C154x1

C154x2

C144C144x1

C144x2C143C143

x1C143

x2

C68C68x1C68x2

C33C33x1C33x2

C27C27x1C27x2

C56C56x1C56x2

C7C7x1

C7x2

C62C62x1C62x2

C23C23x1C23x2

C70C70x1

C70x2

C12C12x1

C12x2

C69C69x1

C69x2

C57C57x1

C57x2

X113X113x1 X111X111x1 X67X67

x1

X67x2 X68X68x1

X68x2

X58X58x1

X59X59x1 X60X60x1

X120X120x1

X112X112x1X114X114x1X116X116x1 X118X118x1X119X119x1

X39X39x1

X51X51x1

X52X52x1

X53X53x1

X54X54x1

X55X55x1

X56X56x1

X57X57x1

X122X122x1

X123X123x1

X15X15x1

X15x

2X12X12x

1X1

2x2

JU24JU24x1

JU24x2

C137C137x1

C137x2

C138C138x1

C138x2

C145C145x1

C145x2

C146C146x1C146x2

C158C158x1

C158x2

GNDGNDx1 X11X11x1


DIGITA

L09x2

X17X17x1

X17x

2

X182X182x1

X182

x2


DIGITA

L18x2

TP14TP14x1

TP16TP16x1

C96C96x1C96x2

REF_CLKOUT

REF_CLKOUTx2

REF_CLKOUTx3

REF_CLKOUTx4

REF_CLKOUTx5

REF_CLKOUTx6

REF_CLKOUTx7

REF_CLKOUTx8

REF_CLKOUTx9

REF_CLKOUTx10

REF_CLKOUTx11

REF_CLKOUTx12

REF_CLKOUTx13

REF_CLKOUTx14

REF_CLKOUTx15

REF_CLKOUTx16

REF_CLKOUTx17

REF_CLKOUTx18

REF_CLKOUTx19

JU4JU4x1

JU4x2

AVCLKAVCLKx1

AVCL

Kx2

AVDD18AVDD18x1

AVDD

18x2

VDD09VDD09x1

VDD0

9x2

VDD18VDD18x1

VDD1

8x2

X5X5x1

X6X6x1

X7X7x1X8X8x

1

JU12JU12x1

JU12x2

REFIOAREFIOAx1

REFIO

Ax2

X16X16x1

X16x

2

X9X9x1

X10X10x1

OUTOUTx2OUT

x3OUT

x4OUT

x5OUT

x6OUT

x7OUT

x8OUT

x9OUTx

10OUTx

11

OUTx12

OUTx13

OUTx14

OUTx15

OUTx16

OUTx17

OUTx18

OUTx19


ANALOG

CLKx2

INTR_NINTR_Nx1

USB1V8USB1V8x1

RST_NRST_Nx1


Bill of Materials (BOM) (Rev 0, 6/15)

Item

1 Uninsulated Banana Jacks 2 5.0V_IN, GND JOHNSON 108-0740-001

2

PC Test point, red 11 TP25V, TP33V, LOCK, PERR, PERRI, INTR_N, USB1V8, TPUSB3V, TP5V, RST_N, TDA

Keystone Electronics 5000

3 0.1uF ±10% 16V X7R ceramic capacitors (0603) 14C1, C2, C3, C4, C5, C6, C66, C82, C84, C96, C99, C148, C149, C150 TDK C1608X7R1C104K

4 10uF ±20% 10V X5R ceramic capacitors (1210) 3 C14, C79, C88 TDK C3225X5R1A106M

5 47uF ±20% 16V tantalum capacitors (C-Case) 7 C19, C20, C21, C22, C114, C115, C116 AVX TPSC476M016R0350

6 150uF ±20% 10V celectrolytic capacitor (6.6mmx 6.6mm) 1 C24 Panasonic EEEFK1A151AP

7 10uF ±20% 6.3V X5R ceramic capacitors (0805) 18

C25, C26, C28, C29, C30, C31, C32, C117, C118, C119, C120, C121, C122, C123, C162, C164, C202, C213 TDK C2012X5R0J106M

8 100pF ±5% 50V C0G ceramic capacitors (0402) 2 C8, C94 TDK C1005C0G1H101J

9 1.0uF ±20% 6.3V X5R ceramic capacitors (0402) 18

C35, C36, C39, C40, C41, C42, C43, C105, C106, C107, C108, C124, C125, C126, C128, C129, C130, C131 TDK C1005X5R0J105M


C46, C47, C48, C49, C50, C51, C100, C102, C127, C132, C133, C134, C135, C136, C137, C138, C139, C140, C141, C142, C143, C144, C145, C146, C147, C153, C154, C155, C156, C157, C158, C159, C160, C175, C176, C177, C178, C179, C205, C206, C207, C208, C209, C210, C211 TDK C0603X5R0J104M


C7, C12, C13, C15, C16, C17, C18, C23, C27, C33, C34, C37, C38, C44, C45, C52, C53, C54, C55, C56, C57, C58, C59, C60, C61, C62, C63, C64, C65, C68, C69, C70, C101 Taiyo Yuden JMK063BJ224MP-F

12 2200pF ±10% 50V C0G ceramic capacitor (0603) 4 C67, C71, C73, C76 TDK C1608C0G1H222

13 33pF ±5% 50V C0G ceramic capacitors (0603) 2 C72, C77 TDK C1608C0G1H330J

14 1uF ±10% 10V X5R ceramic capacitor (0603) 3 C74, C201, C214 TDK C1608X5R1A105K

15 3300pF ±10% 50V C0G ceramic capacitors (0603) 1 C75 TDK C1608C0G1H332K

16 4.7uF ±20% 10V X5R ceramic capacitor (0603) 7 C78, C91, C95, C97, C165, C166, C203 TDK C1608X5R1A475M

17 0.22uF ±10% 10V X5R ceramic capacitor (0603) 2 C80, C85 TDK C1608X5R1A224K

18 470uF ±20% 6.3V Electroltyic capacitor (10.3mmx 10.3mm) 2 C83, C87 SANYO 6SVP470MX

19 6.8uF ±10% 10V X5R ceramic capacitor (1206) 4 C90, C98, C167, C168 TDK C3216X5R1C685M

20 0.47uF ±20% 4V X7S ceramic capacitors (0204) 2 C92, C93 Murata LLL153C70G474ME17E

21 0.01uF ±10% 25V X5R ceramic capacitors (0402) 1 C163 TDK C1005X5R1E103K

22 0.1uF ±10% 10V X5R ceramic capacitors (0402) 4 C103, C104, C112, C113 TDK C1005X5R1A104k

23

24 0.1pF ±10% 100V ceramic capacitors (0603) 2 C89, C204 GRM188R72A104K

25 3.3uF ±10% 10V ceramic capacitor (0603) 1 C11 TDK C1608X5R1A335K

26 8.0pF 50V NP0/C0G 0603 2 C9, C10 TDK C1608C0G1H080C

27 6.8pF ±0.25pF 50V C0G ceramic capacitor (0402) 1 C466 Murata GRM1555C1H6R8C

28 0.92” SMA connectors (PC edge mount) 1 OUT Rosenberger 32K243-40ML5

29 LED Green (0603) 1 D1 Panasonic LNJ314G8TRA

30 Momentary Pushbutton Switches 3 MODE2, SE, RSTN Omron B3S-1000

31 Small Black Test Points 9 GND (x8), TDC Keystone Electronics 5001

32 Power filter ferrite bead 1 FB7 Steward/Laird Signal Integ Prod 28F0121-1SR-10 (Digikey 240-2436-1-ND)

33 FMC Connector 1 J1 Samtech ASP-134488-01

34 2 Pin Header(OK to substitute with manufactured header, do not cut to fit) 4JU4, JU12, JU24, JU25

Sullins Electronics Corp. S1012EC-02-ND

35 3x5 Header(OK to substitute with manufactured header, do not cut to fit) 3 JU5, JU7, JU23 TSW-105-15-T-T-ND

36 3 pin headers 8 JU2, JU3, JU6, JU8, JU10, JU11, JU22, JU26 TSW-103-07-T-S

37 Chip bead cores (0603) 2 L1, L8 Panasonic EXC-ML16A270U

38 Chip bead cores (1812) 4 L2, L11, L12, L13 Panasonic EXC-CL4532U1

3910uH 3A Inductor

1 L5 Sumida CDRH104RNP-100N

404.7uH 5.5A Inductor

1 L6 Vishay IHLP2020CZER4R7M11

41 390nH wire-wound chip inductors (2520) 2 L9, L10 Coilcraft 1008CS-391XJLB

42 1.3nH 1.2A Inductor (0402) 1 L17 Murata LQW15AN1N3C10D

43 FERRITE BEAD 28 OHM 4.0A 0603 2 L16, L3 Wurth 742792603

44 3OV 9A n-channel MOSFET ( 8 SO) 2 N1, N2 Fairchild FDS6692A

45 Dual n-channel 30V MOSFET (8 SO) - 1 N3 Fairchild Semiconductor FDS6982AS

46 0 Ohm 5% resistors (0603) 30

R1, R2, R11, R15, R16, R18, R19, R20, R21, R22, R29, R30, R31, R32, R33, R34, R35, R36, R37, R38, R39, R40, R49, R164, R212, R202, R203, R204, R205, R207 Venkel 0603-000T

47 0 Ohm 5% resistors (0603) - Dual_Opt 1 R209 Venkel 0603-000T

48 0 Ohm 5% resistors (2010) 1 R17 Venkel 2010-000T

49 0 Ohm 1% resistors (0201) 12R50, R51, R52, R53, R54, R55, R56, R57, R58, R59, R60, R61 PanasonicERJ-1GE0R00C

50 1k Ohm 1% resistor (0603) 4 R6, R12, R41, R42 Venkel 0603-1001T

51 143 Ohm 1% resistor (0603) 2 R8, R158 Venkel 0603-1430T

52 8.45k Ohm 1% resistor (0603) 1 R9 Venkel 0603-8451T


54 10k Ohm 1% resistor (0603) 9R47, R64, R65, R75, R76, R77, R154, R161, R220 Venkel 0603-1002T

55 499 Ohm 1% resistor (0402) 2 R24, R214 Venkel 0402-4990T

56 47 Ohm 1% resistor (0603) 1 R7

57 590 Ohm 1% resistor (0603) 1 R69

58 866 Ohm 1% resistor (0603) 1 R67


60 4.7k Ohm 1% resistor (0603) 1 R217



63 33.2k Ohm 1% resistor (0603) 2 R155, R157 Venkel 0603-3322T



66 10 Ohm 5% resistor (0603) 4 R4, R5, R166, R167 Venkel 0603-100T


68 2.0k Ohm ±1% resistors (0603) 1 R213 Venkel 0603-2001T

69 10.0k Ohm 5% resistor (0402)

19 R13, R14, R25, R26, R27, R28, R43, R44, R45, R46, R141, R142, R143, R144, R145, R146, R147, R200, R201

70 12.0 kOhm 1% resistor (0603) 1 R3

71 133k Ohm ±1% resistors (0603) 2 R62, R218 Venkel 0603-1333T

72 80.6k Ohm ±1% resistors (0603) 2 R63, R219 Venkel 0603-8062T

73 1:1 3000MHz RF transformers 2 T5, T6 Mini-Circuits TC1-1-13M-34+

74 Digital Up-converter and RF DAC (280 LFBGA) 1 U23 Maxim MAX5861Uxx+

75 Quad Level Translator (16-TSSOP) 5 U2, U3, U12, U17, U21 Texas Instrument SN74AVC4T774PW

76 Temperature sensor (16-QSOP) 1 U4 Maxim MAX6654MEE+T

77 3.3V Supervisory Circuit (SOT-143) 1 U5 Maxim MAX811TEUS+

78 3.3V Supervisory Circuit (SOT-143) 2 U6, U16 Maxim MAX812TEUS+

79 Dual DC-DC Controller (24 TQFN-EP) 1 U8 Maxim MAX15023ETG+

80 1.8V LDO Regulator (16 TSSOP-EP) 2 U14,U9 Maxim MAX1793EUE18+

81 1.25V precision voltage reference (8 SO) 1 U11 Maxim MAX6161AESA+

82

83 EEPROM 128X16 1 U27 Microchip 93LC56B-E/MS

84 3.3VLDO Regulator (16 TSSOP-EP) 2 U13, U204 Maxim MAX1793EUE33+

85 LDO Regulator (8 TDFN-EP) 1 U15 Maxim MAX8902AATA+

86

87 UART to USB Converter(TQFP-32L 7mmx7mm) 1 U7 FTDI: FT4232HQ-QFN

88 2.5V LDO Regulator (5 SC70) 1 U205 Maxim MAX8511EXK25+ Top Mark

89 3.3V LDO Regulator (5 SC70) 1 U206 Maxim MAX8511EXK33+ Top Mark

90 Mini USB Receptacle 1 USB23 575-89743005

91 12MHz crystal 1 Y1 ECS-120-18-28A CSM-4AX

92 Shunts 22 Sullins Electronics Corp. STC02SYAN

93 PCB: MAX5861 EVALUATION KIT 1 1 Oz Impedance Controlled Network PCB

94 PCB: MAX5861 EVALUATION KIT 1 1 Oz Impedance Controlled Cirrex

95 PCB: MAX5861 EVALUATION KIT 1 1 Oz Impedance Controlled MEI

96

97 Not installed capacitors (0805) 2 C81, C86

98 Not installed, capacitor (0603) 3 C109, C110, C111

99 Not installed resistor (0603) 5 R162, R163, R165, R206, R208

100 Not installed resistor (0603) 3 R215, R216, R48

101 Not installed, testpoints 2 U8_PG1, U8_PG2 Keystone 5000

102 Not installed, IC's 3 U1, U10, U28

103 Not installed, 2x13 header socket 0.1" okay to substitute (2.54mm pitch, >3.9mm ht) 2 J2, J3 Sullins Connector Solutions SFH11-PBPC-D13-ST-BK

104 Not installed, 0.92” SMA connectors (PC edge mount) 1 REF_CLKOUT Rosenberger 32K243-40ML5

105 Not installed, 1:1 3000MHz RF transformers 1 T4 Mini-Circuits TC1-1-13M+

106Not installed version of device, 1.25V precision voltage reference (8 SO) (MAX6161AESA+ installed)

0 U11 Maxim MAX6161BESA+

107

108

109 LARGE BROWN 9 3/8” x 71 /4” x 2 1/2"” Pack-out

110 Label Pack-out

111 WEB instructions for Maxim Data Sheet Pack-out

112 BAG, STATIC SHIELD ZIP 8”x10”, W/ ESD LOGO Pack-out

113 FOAM, ANTI-STATIC PE 12”x12”X5MM Pack-out

114 CABLE, USB-A male to USB-mini 6ft 1

115 4-40 x 0.75” machine screws, pan 4 Item A Grainger 1ZB43 (part of Hardware Kit)

116 flat washer (ID - 0.125”, OD- 0.312”) 6 Item B Grainger 2WA22 (part of Hardware Kit)

117 4-40 x 1 ” aluminum hex standoff 4 Item C Kyestone 2205

118 Nylon flat washers (ID - 0.140”, OD-0.375”) 4 Item D Keystone Electronics 3213

119 Hardware Kit (containing Items A, B, C, D, E and F) Contains Items A-D

120 BAG, STATIC SHIELD 5"X8",W/ESD LOGO Hardware Kit-Contains Items A-D

121 BAG, STATIC SHIELD ZIP 4”x6”, W/ ESD LOGO Items A-D

122

123 XFMR_CLK_Module (Installed) 1 Install on board

124 JUMPER TABLE

JUMPER SHUNT POSITION

JU4 JU12 Installed 1-2

JU7 JU23 1-2, 4-5, 7-8, 10-11

JU5 2-3, 4-5, 7-8, 10-11

JU2 JU3 JU8 JU10 JU26 1-2

JU6 JU11 JU22 2-3

R209 2-3

Reference Designators Manufacturer Part Number QTY Per

Component Description

MAXESSENTIAL01+

Description The Essential Analog toolkit contains a unique collection of Maxim's high-performance,

analog building block products. This curated group of parts represent a selection of

Maxim’s vast product lines, specific to 20 product categories, from key performance

areas including power efficiency, precise measurement, reliable connectivity, and robust

protection.

The ICs in the toolkit offer the breadth of each product category: low power, low noise,

multi-channel, high resolution, high accuracy, and high speed. All these features

empower your designs and bring value to your systems.

At 6.4cm x 8.9cm x 1.3cm, the box itself is small, lightweight, and easy to carry.

Products are guarded from ESD using a gel and ESD-protected box.

A guide that labels each of the part types inside the box supports the toolkit. Go to the

Maxim website to find more information for the individual part numbers.

When planning your next design, pick up an Essential Analog toolkit to review Maxim’s

high-performance analog products.

Key Features

Small, 6.4cm x 8.9cm x 1.3cm Package ESD Protection-Lined Package

Accelerate Your Design with Quick Access

Maxim Integrated

Documents

MAX5861 Ealation Kit Ealates MAX5861