•ASIC 08 selector guide

ASIC Advantage, Inc.

1290-B Reamwood Ave.

Sunnyvale, CA 94089

Sales: (408) 541-8686

Fax: (408) 541-8675

Email: [email protected]

www.asicadvantage.com

Copyright © 2007 ASIC Advantage, Inc. All rights reserved. Specifi cations subject to change without notice.

Mixed-Signal Integrated Circuits

2007-2008

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ASIC Advantage, Inc.— AAI is a fabless semiconductor company that designs and manufactures mixed-signal ICs. In business since 1999, AAI has enjoyed substantial growth for over half a decade, with strong signs of continued success as a partner for ASIC development in its core Automotive, Portable Audio, Power Management, Medical, Aerospace and Satellite business. Our traditional customers demand the highest level of quality and reliability, with a high degree of technical innovation.

AAI has an extensive range of design, test and process capabilities to support our custom and standard product customers. We have internal wafer probe, testing, handling and other analytical capabilities. On-shore and off-shore foundry and assembly partnerships create a rich mix of process, test and packaging capabilities. We deliver products in die or wafer form, as well as in a broad range of hermetic and non-hermetic packages, with options for RoHS, Lead-Free, Green or Lead Solder on special order. Our process capabilities include:

• 30V Bipolar

• 80V Modular CMOS (0.35 µm, 0.6 µm, 0.8 µm)

• 6V BiCMOS (0.6 µm)

• 40V Complementary Dielectrically Isolated (DI) Bipolar

• 300V and 600V Dielectrically Isolated (DI) CMOS

AAI has to date delivered a diverse range of custom solutions, such as Manifold Pressure Sensors, Portable Audio and Speakerphone Drivers, PWM Power Supply Controllers and Solid State Relays, as well as Head-Up Display Drivers and Radiation-Hardened ICs. We have also made strong moves into the Power Management market with standard PWM Controller and Feedback components.

We are now expanding our standard products base beyond Power Management to encompass a broader range of addressed markets - LED Lighting, Portable Electronics, Sensor Interface, Instrumentation and Motor Controls. Important new products include Electret Microphone Amplifi ers, Low Voltage Power Controllers, Multiple Sensor Interface and Instrumentation products, Servo Controllers and Brushless DC Drive Controllers.

We will continue to diligently serve our traditional customers with custom solutions, as we expand our base of standard products. We will always consider the full range of options, standard to full custom, analog to digital, while “…Striking the Balance” of approaches to maximize the value we create for our customers. We appreciate your support, and look forward to continuing to serve you as we enter this new phase in our history.

Warmest Regards,

Pierre Irissou

President, CEO

ASIC Advantage

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ContentsGeneral and Corporate InformationAbout ASIC Advantage................................................................................................................................................... 1Contents ........................................................................................................................................................................... 3Quality Assurance System ............................................................................................................................................... 4Product Qualifi cation Processes ...................................................................................................................................... 6Part Numbering Explanation ........................................................................................................................................ 10Part Number Index ........................................................................................................................................................ 13

Power ManagementPWM Control ................................................................................................................................................................. 15Feedback and Support .................................................................................................................................................. 15Power Management Product Roadmap ....................................................................................................................... 15

LED LightingLED Lighting Control ...................................................................................................................................................... 31Control, Interface and Monitoring ................................................................................................................................ 31LED Lighting Product Roadmap ..................................................................................................................................... 31

Portable ElectronicsMicrophone and Support .............................................................................................................................................. 41Power Management ...................................................................................................................................................... 41Portable Electronics Product Roadmap ......................................................................................................................... 41

Sensors and InstrumentationSignal Conditioning and Interface .......................................................................................................................... 45Sensors and Instrumentation Product Roadmap ........................................................................................................... 45

Motor ControlsDC Motor Control .......................................................................................................................................................... 49Motor Controls Product Roadmap ................................................................................................................................ 49

Other EssentialsPackaging Specifi cations .............................................................................................................................................. 54

ContactsSales Representatives .................................................................................................................................................... 60Distribution Partners....................................................................................................................................................... 62Factory Contacts ............................................................................................................................................................ 63

32

54

Quality Assurance System

Quality Policy

Our Quality policy is to develop, design and provide high reliability integrated circuits that totally satisfy customer and market requirements. We achieve this through:

• An ISO 9001:2000 quality management system, fi rst developed in 2001

• A DMAIC process approach (Defi ne-Measure-Analyze-Improve-Control)

• Detailed documentation

• Continual improvement and effectiveness verifi cation

• Teams of individual leaders committed to our success

Quality Standards

Our quality management is based on the following industry standards:

• ISO 9000:2000

• MIL-PRF-38535

• MIL-STD-883

• JEDEC JESD47

• ANSI/S20.20

Quality Control

The PDCA (Plan-Do-Check-Act) cycle is the model we use for all our activities, including quality controls for:

• Incoming material

• Non-conforming material

• Material traceability

• Process management

• Supplier management

• Electrostatic discharge (ESD)

• Facility environment

• Calibration and equipment

• Qualifi cation and reliability

• Personnel training

• Internal audits and compliance

Customer

Requirements

ProductRealization Product OutputsInputs

ManagementResponsibility

Continual Improvement of AAIʼs QA System

ResourceManagement Plan Check

Do

Act

Measurement,Analysis andImprovement

Customer

Satisfication


76

Quality Assurance System Quality Assurance System

Product

Validation

Product

Qualification

Steps indicated in BLUE are subcontracted to approved suppliers.

Incoming inspection procedure

Outgoing procedure

Water

Fabrication

Design I/O

Final

Electrical Test

(room; cold,

hot optional.)

Test Program

Development

ProductionFlow

Internal

Approval*

I/O

I/O

I/O

Bench

Characterization

25C, hot, cold

ESD

Characterization

HBM JESD22-114

Biased Lifetest

Characterization

125C 1000 hrs

JESD 22-A108

Assembly:

Subcontractor

Line Qualifications

Physical dimensions,

Integrity, Workmanship,

Mechanical Quality.

Backlapping

per AAI spec. • blind assembly

• sampled tested die

per AAI assembly

diagram

Prototypes

Assembly

I/O

I/O

I.I.

O.P.

Incoming inspection procedureOutgoing procedure

*Marketing, Test Engineering

Legend

Bench

Characterization

over Vcc range

AAI’s Product Development and Production Flowchart

Product Development: Generic Flow

Product Validation

Product Qualifi cation

Backlapping

per AAI spec.

Assembly &

Marking

Shipment

per AAI spec.

Centrifuge

Method 2001

Condition E, Y1

Wafer Test

ConformingParts

Wafer

FabricationO.P.

O.P.

O.P.

Final

Electrical Test

(room; cold,

hot optional.)I.I.

I.I.

Backlapping

per AAI spec.

Assembly &

Marking

Shipment

per AAI spec.

Fabrication Screening

see chart belowWafer Test

ConformingParts

Wafer

FabricationO.P.

O.P.

O.P.

Final

Electrical Test

(room; cold,

hot optional.)

Temperature

Cycling

Method 1010

Condition C

10 Cycles

Burn-in Test

Method 1015

160 hours, 125°C

See burn-in chart

I.I.

I.I.

I.I.

Fine Leak

Gross Leak

Method 1014

Serialization

Optional per

device spec.

ExternalVisual

Method 2009

Centrifuge

Method 2001

Condition E, Y1Temperature

Cycling

Method 1010

Condition C

10 Cycles

Group A Test

Per device spec &

Method 5005

pre burn-in electrical

(electrical test)

Burn-in Test

Method 1015

160 hours, 125°C

See burn-in chart

I.I.

Fine Leak

Gross Leak

Method 1014

Serialization

Optional per

device spec.

ExternalVisual

Method 2009

ExternalVisual

Method 2009

Production Flow

Fabrication Screening Flow

Commercial Plastic Parts

Hermetic, Military Parts

Hermetic Parts

Military Parts

Note: Custom device product fl ow available upon request

OPTIONAL PDA Calculation

Method 1015

Optional

Pre Burn-in

Electrical Test Static Burn-in

per device spec Method 1015

(room temp. standard) O.P.

(hot and cold for Class S

or if specified)

Interim

(Post Burn-in)

Electrical TestDynamic Burn-in

per device spec

Method 1015

(cold, hot, room temp.)

O.P.

Final

Electrical Test

per device spec

(cold, hot, room temp.)

• static tests

• dynamic tests

• switching tests (optional)I.I.

I.I.


Note 2: at “FINAL ELECTRICAL TEST”, Percent Defective Allowable (PDA) can be calculated, if appropriate. PDA is usually defined as: (Failed post BI) / (Passed pre BI). Delta limits can be specified: parts with a drift <post burn-in> - <pre burn-in> larger than these delta limits will be treated as rejects.

Burn-in Flow

98

1110

Part Numbering Explanation

Product Grouping CodeC: Power ManagementL: LED Lighting Controller P: Portable ElectronicsS: Instrumentation and Sensor Int.M: Motor Controls

Part Number (3 or 4 character alpha/numberic code)No product specification or type is implied by the code. Please consultthe appropriate datasheet for specifics

PackagingNot Specified: TubeTR: Tape & ReelW: Waffle Pack, See datasheet for Specifics

Note: Does not appear on package marking

Package Type(2 to 4 character alpha/numberic code)Consult Package Designation Code in the package outline drawing in AAI Standard AAPS001, available in the technical support section at www.asicadvantage.com Note: The package type is not included in the package marking

Non-Green Package

Temperature RangeNot Specified: Commercial (0°C to +70°C)I: Industrial (-40°C to +85°C)E: Extended Industrial (-40°C to +105°C)A: Automotive (-40°C to +125°C)

This ordering information is for commercial and industrial standard products ONLY. For custom products, please contact the factory or your local sales representative. XXYYWW is the date code of assembly;

the ‘XX‘ may not be present for early builds.

AA X YYYY Z PPP G-LF XX——

AAI Numbering Convention

AAI Part Numbering Convention

ROHS + Pb-Free

Example of Marking

Green ROHS + Pb-Free Package

XXYYWW

AAXYYYY

AAI

XXYYWW

AAXYYYY

AAI G-LF

Controller TypeFlyback: 10 seriesFeedback: 20 series PFC: 100 seriesPush-Pull: 200 seriesLED Driver: 400 series“H” with hiccup overload protection“05” with 0.5 volt reference

PackagingTR: Tape & ReelTU: Tube Note1: Default or not specified is « tube »Note 2: Does not appear on package marking

Package TypeD: 8-Pin PDIPSO: 8-Pin SOICST: 8-Pin SOIC with Thermal Pad(For production with a new date code, after January 2006, the package type will not appear anymore on package marking)

Non-Green Package

Temperature RangeC or not specified: Commercial (0°C to +70°C) I : Industrial (-40°C to +85°C)E: Extended Industrial (-40°C to +105°C)A: Automotive (-40°C to +125°C)

(Note : For production with a new date code, after January 2006, the package type will not appear anymore on package marking)This ordering information is for commercial and industrial standard IN-PLUG‚ controllers

ONLY. For custom controllers or for automotive and military temperature ranges, call AAI’s sales representative. XXYYWW is the date code of assembly; the ‘XX‘ may not be present for early builds.

IPS XXXH C YY G-LF XX—— —

IN-PLUG‚ Series

IN-PLUG® Part Numbering Convention

ROHS + Pb-Free

Example of Marking

Green ROHS + Pb-Free Package

XXYYWW

IPS15HC-S0AAI

XXYYWW

IPS15HC-S0AAI G-LF

1312

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Part Number IndexPower ManagementAAC142 and AAC143 ................................................................................................................................................ 16IPS10 .............................................................................................................................................................................. 17IPS15 .............................................................................................................................................................................. 18IPS15H ........................................................................................................................................................................... 19IPS16 .............................................................................................................................................................................. 20IPS18 .............................................................................................................................................................................. 21IPS20 and IPS21 ........................................................................................................................................................... 22IPS25 .............................................................................................................................................................................. 23IPS101 ........................................................................................................................................................................... 24IPS102 ........................................................................................................................................................................... 25IPS201A and IPS201B .................................................................................................................................................. 26IPS315 ........................................................................................................................................................................... 27IPS315H ......................................................................................................................................................................... 28IPS318 ........................................................................................................................................................................... 29

LED LightingIPS401 ........................................................................................................................................................................... 32IPS402 ........................................................................................................................................................................... 33AAL403 .......................................................................................................................................................................... 34AAL404 .......................................................................................................................................................................... 35AAL405 .......................................................................................................................................................................... 36AAL406 .......................................................................................................................................................................... 37AAL4002 ....................................................................................................................................................................... 38AAL4010 ....................................................................................................................................................................... 39

Portable ElectronicsAAP109A and AAP109B ............................................................................................................................................. 42AAP200X ....................................................................................................................................................................... 43

Sensors and InstrumentationAAS112A ...................................................................................................................................................................... 46AAS114A ...................................................................................................................................................................... 47

Motor ControlsAAM119A ..................................................................................................................................................................... 50AAM858A ............................................................................................................................................................... 51-52

Power ManagementAAI has developed a strong expertise in Power Management and has specialized in the development and production of controllers for Switch Mode Power Supplies and Feedback and Support ICs. Newer part numbers will follow the AAI Part Numbering Convention, while the IN-PLUG® brand will continue to be associated with the existing Power Management and LED Lighting series of products. These products are supported for customization.

PWM ControlAAI’s PWM Control products feature Flyback, PFC, and Push-Pull/Resonant controllers, for minimum cost and maximum effi ciency SMPS ranging from a few watts to 1000W +

• Operating from any source ranging from 12VDC to 300VAC+• Low component count• Built-in overload protection/overvoltage• High-effi ciency >95%, High PFC >99% • ULTRA-GREEN (very low standby power when SMPS not loaded)

There is also a series of the PWM Controllers tailored for lower Vcc operation specifi cally intended for Automotive and other direct feedback applications. This series of IPS3XX and AAC3XX products feature:

• Min. VCC 7.2V • Up to 100% duty cycle for Buck, Boost and SEPIC simple topologies • Direct feeback and Isolated feedback• Frequency adjutable to up to 400Khz for EMI control and small magnetics• Automotive temperature range (-40° C to +125° C)

PWM Control Part Numbering• Flyback: IPS1X and AAC1XX /AACXXXX Series • PFC: IPS10X and AAC1XX /AACXXXX Series• Push-Pull: IPS20X and AAC2XXX Series• Automotive: IPS31X and AAC3XXX Series

Feedback and SupportThe IN-PLUG® Feedback and Support ICs feature three versions with different sense voltage levels and reference voltage characteristics. Each allows for implementation of a separate regulation vs. limiting function.

Feedback and Support Part Numbering• Feedback: IPS2X and AAF2X Series

Power Management Product Roadmap

Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov2007 2008

1514

IPS16 Offl ine SMPS Controllerwith Synchronization

IPS102 CriticalConduction Mode PFC

IPS201A and IPS201B Push-Pull Controllers

AAC142 Current Mode Controller

AAC143 Current Mode Controller

PRELIMINARY: Please consult the introductory section write-up Product Roadmap for information on timing of product introduction.

VCCOPTO

D

GNDRBIAS

ISENSE

PWM

ENBDRIVER

GATEFILTER

CURRENT LIMITING

REF1SHUNT

BandgapReferenceREGULATOR

REF2

COMPARATORS

OSCILLATOR

-+

R

S

Q-+

UnderVoltageLockout

ThermalShutdown

DescriptionThe IPS10 is designed for low-cost, high-effi ciency, low-power fl yback off-line switching power supply solutions. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator and loop compensation components as well as all the necessary biasing and protection circuitry (thermal shutdown, undervoltage and overcurrent). It is optimized to operate with an optocoupler to provide the feedback from the secondary but could also be used with a bias winding.

Typical applications include domestic and international power supplies featuring an AC input ranging from 90 to 264V and DC from 100 to 350V.

Block Diagram

IN-PLUG® series IPS10 Off-line SMPS Controller

Features• Lowest cost solution for low-power off-line

fl yback applications• Supports low cost transformer designs• Wide range PWM for stable operation at any

load and line voltage• Operates without feedback for constant-power

applications• Operates with bias winding or optocoupler

for constant voltage applications: zeners, adjustable shunt regulator like TL431 or dedicated feedback

• Adjustable operating frequency for EMI noise reduction in critical applications

• Drives a wide variety of FETs• Power shut-down for stand-by mode

Applications• Standby power supplies for TV, VCR and

IR remotely-controlled appliances• Cordless phones and cellphone chargers• Power tools fast chargers with trickle

and on/off • Laptops and personal digital assistants• Utility meters• Cost-effective replacements for bulky

plug-in transformers

Pin Confi guration DIP-8 / SOIC-8

. . . S t r i k i n g t h e B a l a n c e !

IPS251

4

8

5

GATEISENSE

VCCRBIAS

NCGND

OPTONC

Ordering InformationOrdering PN (1) Subgroup Description Temp. Range Package Packing Type Packging Qty

IPS10C-D-G-LF Controller Flyback Commercial 8-Pin DIP Tube 50

IPS10I-D-G-LF Controller Flyback Industrial 8-Pin DIP Tube 50

IPS10C-SO-G-LF Controller Flyback Commercial 8-Pin SOIC Tube 98

IPS10I-SO-G-LF Controller Flyback Industrial 8-Pin SOIC Tube 98

IPS10C-SO-G-LF-TR Controller Flyback Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS10I-SO-G-LF-TR Controller Flyback Industrial 8-Pin SOIC 13” T&R (2) 2500

(1) Only RoHS/Lead-Free Packaging is normally offered. (2) T&R - Tape and Reel

CURRENT SENSE

Current SenseComparator

Error Amp

UVLO

R

2R

PWM Latch

COMP

VFB

RT/CT

VCGND

GND

VCC

Vref 5V50 mA

OUTPUT

InternalBias

LogicLevelShifter

VrefGoodLogic

S/R 5V REF

Integrated Soft-Start0-1V Ramp

~Clock Cycles

-+

110nSBlanking

5.1V

20V

S

ROSC

DescriptionThe AAC142 and AAC143 are the latest in a new family of Controllers in AAIs Power Management product family. As Pin-for-Pin compatible versions of the UC2842/43, these Controllers are commonly used in a broad range of converter applications.

The AAI implementations offer the added advantages of an integrated soft-start function, 100ns current blanking function on the current sense input, and lower starting current (< 500 µA). Other standard circuit elements include a UVLO function with starting current, a precision trimmed bandgap reference voltage, insured latched switching transitions, and a PWM comparator also providing for current limit implementation.

The AAC142 is designed with UVLO threshold of 16V for turn-on and 10V for turn-off, and is targeted principally at offl ine applications.The AAC143 has thresholds of 8.4V for turn-on and 7.6V for turn-off, more targeted for battery level applications. Both are designed to operate with extended duty cycle capability, approaching 100%.

The AAC142 and AAC143 are part of AAIs family of Power Management products, including Controllers as well as other Feedback and Support ICs. For additional information, go to www.asicadvantage.com.

Ordering Information

Block Diagram

AAC142 and AAC143 Current Mode PWM Controller

Features• Current Mode Controller for Power Conversion• Pin-for-Pin to UC2842/43 Respectively• Low Starting Current (< 500 µA)• Integrated Soft-Start Function

(~330 Clock Cycles)• Automatic Feed Forward Compensation• Cycle-to-Cycle Current Limit• 100ns Current Blanking for Reduced

Filtering on Current Signal• UVLO With Hysteresis• High Current Output• Internally Trimmed Bandgap Reference• 500kHz Operation• Low Output Resistance Error Amplifi er• Extended Industrial Temp Rated

(-40°C to +105°C)

Applications• Offl ine Power Converters• DC/DC Converters



AAC142and

AAC143

1

4

8

5

VCCVDCFBK

OPOUTPKCAP

VACDRIVE

ISENSEGND

Ordering PN(1) Subgroup Description Temp. Range Package Packing Type Packing Qty

AAC142E-D8A-G-LF Controller Current Mode, Ext. Industrial 8-Pin DIP Tube 50 Offl ine Thresholds

AAC142E-S8A-G-LF Controller Current Mode, Ext. Industrial 8-Pin SOIC Tube 98 Offl ine Thresholds

AAC142E-S8A-G-LF-TR Controller Current Mode, Ext. Industrial 8-Pin SOIC 13” T&R (2) 2500 Offl ine Thresholds

AAC143E-D8A-G-LF Controller Current Mode, Ext. Industrial 8-Pin DIP Tube 50 Battery Level Thresholds

AAC143E-S8A-G-LF Controller Current Mode, Ext. Industrial 8-Pin SOIC Tube 98 Battery Level Thresholds

AAC143E-S8A-G-LF-TR Controller Current Mode, Ext. Industrial 8-Pin SOIC 13” T&R (2) 2500 Battery Level Thresholds

(1) Only RoHS/Lead-Free Packaging is normally offered.(2) T&R - Tape and Reel

1716

Power M

anagement

Power M

anagement

VCCOPTO

GNDRBIAS

NDRIVEISENSE

SOFT START

REF1

SHUNT


REF2

VCC

REF3

COMPARATORS

CURRENTLIMITING GND

OSCILLATOR

PWM

ENB

PDRIVE

OVERV

FILTER

-+

R

S

Q-+

ENB

UnderVoltageLockout

OverVoltageLockout

ThermalShutdown

DescriptionThe IN-PLUG IPS15 is an enhanced off-line switcher version of the IPS10. It includes additional features such as soft start and over-voltage limiting. Like the IPS10, the IPS15 was designed for low-cost, high-effi ciency, low-power fl yback off-line switching power supplies. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator and loop compensation components as well as all the necessary biasing and protection circuitry (thermal shutdown, under-voltage, over-voltage and over-current).

Block Diagram

IN-PLUG® series IPS15Enhanced Off-line SMPS Controller

Features• Low cost solution for low-power off-line

fl yback applications• Simple, less critical, lower cost transformer• Wide range PWM for stable operation at any

load and line voltage• Suitable for constant-power applications• Operates with optocoupler or bias winding for

constant voltage applications • Power shut-down for stand-by modes• Cycle-to-cycle over-current protection• Under-voltage and over-voltage protection



and on/off • Laptops and personal digital assistants• Utility meters• Replacements for bulky plug-in transformers


Power M

anagement


IPS151

4

8

5

PDRIVEISENSE

VCCRBIAS

NDRIVEGND

OPTOOVERV


IPS15C-D-G-LF Controller Flyback + OVP + SS Commercial 8-Pin DIP Tube 50

IPS15I-D-G-LF Controller Flyback + OVP + SS Industrial 8-Pin DIP Tube 50

IPS15C-SO-G-LF Controller Flyback + OVP + SS Commercial 8-Pin SOIC Tube 98

IPS15I-SO-G-LF Controller Flyback + OVP + SS Industrial 8-Pin SOIC Tube 98

IPS15C-SO-G-LF-TR Controller Flyback + OVP + SS Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS15I-SO-G-LF-TR Controller Flyback + OVP + SS Industrial 8-Pin SOIC 13” T&R (2) 2500


1918

VCCOPTO

GNDRBIAS

NDRIVEISENSE

SOFT START

REF1

SHUNT


REF2

VCC

REF3

COMPARATORS

CURRENTLIMITING GND

OSCILLATOR

PWM

ENB

PDRIVEOVERV

FILTER

-+

R

S

Q-+

ENB

UnderVoltageLockout

OverVoltageLockout

ThermalShutdown

DescriptionThe IN-PLUG IPS15H is an enhanced off-line switcher version of the IPS10. It includes additional features such as soft start and over-voltage limiting. Like the IPS10, the IPS15H was designed for low-cost, high-effi ciency, low-power fl yback off-line switching power supplies. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator and loop compensation components as well as all the necessary biasing and protection circuitry (thermal shutdown, under-voltage, over-voltage and over-current).

Block Diagram

IN-PLUG® series IPS15HEnhanced Hiccup Off-line SMPS Controller

Features• Hiccup provides enhanced overload protection• Low cost solution for low-power off-line


load and line voltage• Suitable for constant-power applications• Operates with optocoupler or bias winding

for constant voltage applications • Power shut-down for stand-by modes• Cycle-to-cycle over-current protection• Under-voltage and over-voltage protection

Applications• Standby power supplies for TV, VCR and IR

remotely-controlled appliances• Cordless phones and cellphone chargers• Power tools fast chargers with trickle




IPS15H1

4

8

5

PDRIVEISENSE

VCCRBIAS

NDRIVEGND

OPTOOVERV


IPS15HC-D-G-LF Controller IPS15 + Hiccup OCP Commercial 8-Pin DIP Tube 50

IPS15HI-D-G-LF Controller IPS15 + Hiccup OCP Industrial 8-Pin DIP Tube 50

IPS15HC-SO-G-LF Controller IPS15 + Hiccup OCP Commercial 8-Pin SOIC Tube 98

IPS15HI-SO-G-LF Controller IPS15 + Hiccup OCP Industrial 8-Pin SOIC Tube 98

IPS15HC-SO-G-LF-TR Controller IPS15 + Hiccup OCP Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS15HI-SO-G-LF-TR Controller IPS15 + Hiccup OCP Industrial 8-Pin SOIC 13” T&R (2) 2500


Proprietary provision for reduction of power in hiccup state for over-current protection. Provisionally fi led, patent in process.

Power M

anagement

GNDRBIAS

OPTOVCC

NDRIVEISENSE

SOFT START

SHUNT

BandgapReference REGULATOR

REF2

REF3

VCC

REF1

COMPARATORS

CURRENTLIMITING GND

OSCILLATOR

SYNC

ENB

ENB

PDRIVE

FILTER

-+

-+

R

SQ

UnderVoltageLockout

ThermalShutdown

DescriptionThe IN-PLUG IPS16 is an enhanced off-line switcher version of the IPS10. It includes additional features such as soft start. Like theIPS10, the IPS16 was designed for low-cost, high-effi ciency, low-power fl yback off-line switching power supplies. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator and loop compensation components as well as all the necessary biasing and protection circuitry (thermal shutdown, under-voltage and over-current).

Block Diagram

IN-PLUG® series IPS16 Enhanced Off-line SMPS Controller With Synchronization and Cycle-Skipping

Features• External oscillator synchronization for

display and other applications• Cycle-Skipping for minimal dissipation under

light-load conditions• Wide range PWM for stable operation at any


for constant voltage applications• Power shut-down for stand-by modes• Cycle-to-cycle over-current protection• Under-voltage



and on/off• Laptops and personal digital assistants.• Utility meters• Replacements for bulky plug-in transformers


Power M

anagement


IPS161

4

8

5

PDRIVEISENSE

VCCRBIAS

NDRIVEGND

OPTOSYNC


IPS16C-D-G-LF Controller IPS15 + Synch Input Commercial 8-Pin DIP Tube 50

IPS16I-D-G-LF Controller IPS15 + Synch Input Industrial 8-Pin DIP Tube 50

IPS16C-SO-G-LF Controller IPS15 + Synch Input Commercial 8-Pin SOIC Tube 98

IPS16I-SO-G-LF Controller IPS15 + Synch Input Industrial 8-Pin SOIC Tube 98

IPS16C-SO-G-LF-TR Controller IPS15 + Synch Input Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS16I-SO-G-LF-TR Controller IPS15 + Synch Input Industrial 8-Pin SOIC 13” T&R (2) 2500


Power M

anagement

VCCOPTO

GNDRBIAS

NDRIVEISENSE

SOFT START

REF1

SHUNT


REF2

VCC

REF3

COMPARATORS

CURRENTLIMITING GND

OSCILLATOR

PWM

ENB

ENB

PDRIVEOVERV

FILTER

-+

R

S

Q-+

UnderVoltageLockout

OverVoltageLockout

ThermalShutdown

DescriptionThe IN-PLUG IPS18 is an enhanced off-line switcher version of the IPS10. It includes additional features such as soft start and over-voltage limiting. Like the IPS10, the IPS18 was designed for low-cost, high-effi ciency, low-power fl yback off-line switching power supplies. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator and loop compensation components as well as all the necessary biasing and protection circuitry (thermal shutdown, under-voltage, over-voltage and over-current).

Block Diagram

IN-PLUG® series IPS18 Enhanced Off-line SMPS Controller With Hiccup and Cycle-Skipping

Features• Cycle-Skipping for minimal dissipation under

light-load conditions• Low cost solution for low-power off-line

fl yback applications• Wide range PWM for stable operation at any


for constant voltage applications

Applications• Standby power supplies for TV, VCR and IR

remotely-controlled appliances• Cordless phones and cellphone chargers• Power tools fast chargers with trickle




IPS181

4

8

5

PDRIVEISENSE

VCCRBIAS

NDRIVEGND

OPTOOVERV


IPS18C-D-G-LF Controller IPS15H + Cycle Skipping Commercial 8-Pin DIP Tube 50

IPS18I-D-G-LF Controller IPS15H + Cycle Skipping Industrial 8-Pin DIP Tube 50

IPS18C-SO-G-LF Controller IPS15H + Cycle Skipping Commercial 8-Pin SOIC Tube 98

IPS18I-SO-G-LF Controller IPS15H + Cycle Skipping Industrial 8-Pin SOIC Tube 98

IPS18C-SO-G-LF-TR Controller IPS15H + Cycle Skipping Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS18I-SO-G-LF-TR Controller IPS15H + Cycle Skipping Industrial 8-Pin SOIC 13” T&R (2) 2500



Proprietary provision for reduction of stand-by power. Provisionally fi led, patent in process. Proprietary provision for reduction of power in hiccup state for over-current protection. Provisionally fi led, patent in process.

2120

ICOMP

GND

VSENSE

OPTO

OUT (-)

VCOMP

IS

VCC

Trimmed 1.25VTemp. Stable

BandgapRegulator

4V ShuntRegulator

Trimmed Current Sensing

50mV PTAT 100mV

Temp. Stable

CurrentError

Amplifier

VoltageError

Amplifier

OPTOCOUPLERCurrent-Source

Control

DescriptionThe IPS20 and IPS21 are low-voltage current sensing feedback controllers used in switch mode power supplies to control load-side current and voltage. They have been designed to limit the power dissipated in the sensing circuitry for high output current applications that require current limiting. They both incorporate a 4V shunt regulator for maximum fl exibility to power the chip. The IPS20 and IPS21 only differ by the characteristics of the current sensing references.

The IPS20 incorporates a trimmed 50mV reference with a positive temperature coeffi cient which closely matches that of a PCB copper trace. This copper trace sensing method can be used inexpensively with very low associated power losses. The IPS21 incorporates a temperature compensated 100mV reference for more conventional resistors. Both controllers feature the same voltage regulator section with a trimmed temperature stable voltage reference of 1.19V.

Block Diagram

IN-PLUG® series IPS20 and IPS21 Feedback Controllers With Low Current Sense Voltage

Features• Dual precision regulators for SMPS voltage

and current control• Output currents up to 50A• Output voltage down to 1.2V• 50mV or 100mV current sensing voltage • 1.20V voltage reference• Operates with grounded optocoupler • 4V shunt regulator for VCC supply

Applications• Fast chargers for power tools and other

applications• Battery eliminators• Industrial and bench-type power supplies• Distributed power systems


Power M

anagement


IPS20IPS21

1

4

8

5

VCCVS

VCOMPOPTO

GNDOUT (-)

ISICOMP


IPS20C-D-G-LF Feedback V/I FB and Cntrl, 50mV Commercial 8-Pin DIP Tube 50 and Support Vsen, Tcu Comp Ref

IPS20I-D-G-LF Feedback V/I FB and Cntrl, 50mV Industrial 8-Pin DIP Tube 50 and Support Vsen, Tcu Comp Ref

IPS20C-SO-G-LF Feedback V/I FB and Cntrl, 50m Commercial 8-Pin SOIC Tube 98 and Support Vsen, Tcu Comp Ref

IPS20I-SO-G-LF Feedback V/I FB and Cntrl, 50m Industrial 8-Pin SOIC Tube 98 and Support Vsen, Tcu Comp Ref

IPS20C-SO-G-LF-TR Feedback V/I FB and Cntrl, 50mV Commercial 8-Pin SOIC 13” T&R (2) 2500 and Support Vsen, Tcu Comp Ref

IPS20I-SO-G-LF-TR Feedback V/I FB and Cntrl, 50mV Industrial 8-Pin SOIC 13” T&R (2) 2500 and Support Vsen, Tcu Comp Ref

IPS21C-D-G-LF Feedback V/I FB and Cntrl, Commercial 8-Pin DIP Tube 50 and Support 100mV Vsen

IPS21I-D-G-LF Feedback V/I FB and Cntrl, Industrial 8-Pin DIP Tube 50 and Support 100mV Vsen

IPS21C-SO-G-LF Feedback V/I FB and Cntrl,n Commercial 8-Pin SOIC Tube 98 and Support 100mV Vsen

IPS21I-SO-G-LF Feedback V/I FB and Cntrl, Industrial 8-Pin SOIC Tube 98 and Support 100mV Vsen

IPS21C-SO-G-LF-TR Feedback V/I FB and Cntrl, Commercial 8-Pin SOIC 13” T&R (2) 2500 and Support 100mV Vsen

IPS21I-SO-G-LF-TR Feedback V/I FB and Cntrl, Industrial 8-Pin SOIC 13” T&R (2) 2500 and Support 100mV Vsen


Power M

anagement

2322

COMPIGND

VSENSE

OPTO

ISENSE NC

COMPV

VCC

Trimmed2.60V

BandgapRegulator

Trimmed 1.33VBandgap Regulator

1.2K

400K

VCC VCC

-+

-+

CurrentError

Amplifier

VoltageError

Amplifier

Current-SourceControl

DescriptionThe IPS25 is a low-voltage current sensing feedback controller used in switch mode power supplies to control load-side current and voltage. It uses a series regulator off the VCC pin for maximum fl exibility to power the chip. The IPS25 incorporates a trimmed 1.33V reference for current sensing. The voltage sensing section uses a trimmed temperature stable voltage reference of 2.6V.

Block Diagram

IN-PLUG® series IPS25 Feedback Controller With Low Operating Voltage

Features• Dual precision regulators for SMPS voltage

and current control• Output currents up to 0.8A• Output voltage down to 2.6V• Operates with grounded optocoupler • Series regulator for VCC supply up to 30 volts

Applications• Fast chargers for power tools and other

applications• Battery eliminators• Industrial and bench-type power supplies• Distributed power systems



IPS251

4

8

5

VCCVSENSECOMPV

OPTO

ISENSENC

COMPIGND

Ordering InformationOrdering PN(1) Subgroup Description Temp. Range Package Packing Type Packing Qty

IPS25C-D-G-LF Feedback and Support V/I FB and Cntrl, 1.3V Vsen Commercial 8-Pin DIP Tube 50

IPS25I-D-G-LF Feedback and Support V/I FB and Cntrl, 1.3V Vsen Industrial 8-Pin DIP Tube 50

IPS25C-SO-G-LF Feedback and Support V/I FB and Cntrl, 1.3V Vsen Commercial 8-Pin SOIC Tube 98

IPS25I-SO-G-LF Feedback and Support V/I FB and Cntrl, 1.3V Vsen Industrial 8-Pin SOIC Tube 98

IPS25C-SO-G-LF-TR Feedback and Support V/I FB and Cntrl, 1.3V Vsen Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS25I-SO-G-LF-TR Feedback and Support V/I FB and Cntrl, 1.3V Vsen Industrial 8-Pin SOIC 13” T&R (2) 2500


INTERNALBIAS

VCC VDCFBK

RMSCAPCOMPV

GND

DRIVE VAC

ISENSE

CONVERTERS

DRIVER

TrimmedBandgap

REGULATOR

INTERNALBIAS

MIRROR

I AC

I ErrorIN1 IN2

IN3

OUT

I RMS

REF

VON

VOFF

OFF

ON

&

-+

-+

-+

ControlLogic

Multiplier

V to IRMS

2.06V

Under VoltageLockout

Block Diagram

IN-PLUG® series IPS101 Power Factor Correction Controller

Features• Capable of driving a broad range

of power MOSFETs• Uses a self-oscillating topology good to

300kHz• Voltage error amplifi er with provision

for loop stability compensation• High effi ciency over 96%

(in optimized designs)• Minimum external component count• 3-input current-mode multiplier ensures good

performance at any line voltage or load• Under-voltage protection. Cycle-by-cycle

current limiting. Thermal shutdown

Applications• SMPS• Electronic ballast


Power M

anagement


IPS1011

4

8

5

VCCVDCFBK

COMPVPKCAP

VACDRIVE

ISENSEGND

DescriptionThe IN-PLUG IPS101 is a primary-side switching controller which provides high performance active power factor correction (PFC). The PFC circuitry forces the SMPS to draw a current proportional to the instant AC line voltage in order to charge a storage capacitor thus resulting in excellent power factor and low-line harmonics generation. The output of the PFC is a regulated voltage which slightly exceeds the peak line voltage.

Ordering InformationOrdering PN(1) Subgroup Description Temp. Range Package Packing Type Packing Qty

IPS101C-D-G-LF Controller PFC, Continuous, Fixed Freq Commercial 8-Pin DIP Tube 50

IPS101I-D-G-LF Controller PFC, Continuous, Fixed Freq Industrial 8-Pin DIP Tube 50

IPS101C-SO-G-LF Controller PFC, Continuous, Fixed Freq Commercial 8-Pin SOIC Tube 98

IPS101I-SO-G-LF Controller PFC, Continuous, Fixed Freq Industrial 8-Pin SOIC Tube 98

IPS101C-SO-G-LF-TR Controller PFC, Continuous, Fixed Freq Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS101I-SO-G-LF-TR Controller PFC, Continuous, Fixed Freq Industrial 8-Pin SOIC 13” T&R (2) 2500


Power M

anagement

2524

DescriptionThe IN-PLUG IPS102 is a primary-side switching controller which provides high performance active power factor correction (PFC). The PFC circuitry forces the SMPS to draw a current proportional to the instant AC line voltage in order to charge a storage capacitor thus resulting in excellent power factor and low line harmonics generation. The output of the PFC is a regulated voltage which slightly exceeds the peak line voltage.


Block Diagram

IN-PLUG® series IPS102Critical Conduction Power Factor Correction Controller

Features• Capable of driving a broad range

of power MOSFETs• Uses a self-oscillating topology

good to 300kHz• Voltage error amplifi er with provision

for loop stability compensation• High effi ciency over 96%

(in optimized designs)• Minimum external component count• 3-input current-mode multiplier ensures good

performance at any line voltage or load• Under-voltage protection. Cycle-by-cycle

current limiting. Thermal shutdown

Applications• SMPS• Electronic ballast



VCC VDCFBK

RMSCAPCOMPV

GND

DRIVE VAC

ISENSE

CONVERTERS

DRIVER

TrimmedBandgap

REGULATOR

INTERNALBIAS

INTERNALBIAS

2.06V MIRROR

I AC

I ErrorIN1 IN2

IN3

OUT

I RMS

REF

VON

VOFF

OFF

ON

&

-+

-+

-+

Under VoltageLockout

ControlLogic

Multiplier

V to IRMS

20m Vref

IPS1021

4

8

5

VCCVDCFBK

COMPVPKCAP

VACDRIVE

ISENSEGND



IPS102 C-D-G-LF Controller PFC, Critical Commercial 8-Pin DIP Tube 50 Conduction Mode

IPS102 I-D-G-LF Controller PFC, Critical Industrial 8-Pin DIP Tube 50 Conduction Mode

IPS102 C-SO-G-LF Controller PFC, Critical Commercial 8-Pin SOIC Tube 98 Conduction Mode

IPS102 I-SO-G-LF Controller PFC, Critical Industrial 8-Pin SOIC Tube 98 Conduction Mode

IPS102 C-SO-G-LF-TR Controller PFC, Critical Commercial 8-Pin SOIC 13” T&R (2) 2500 Conduction Mode

IPS102 I-SO-G-LF-TR Controller PFC, Critical Industrial 8-Pin SOIC 13” T&R (2) 2500 Conduction Mode


Power M

anagement

Power M

anagement

2726

DescriptionThe IN-PLUG IPS315 is an enhanced low input voltage version of the IPS15. It includes additional features such as soft start. Like the IPS15, the IPS315 was designed for low-cost, high-effi ciency, low-power switching power supplies. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator, error amplifi er, error reference, and loop compensation components as well as all the necessary biasing and protection circuitry (thermal shutdown, under-voltage, and over-current).


Block Diagram

IN-PLUG® series IPS315 SMPS Controller With Internal Error Amp and Reference

Features• Reduced VCC for lower voltage requirements,

such as automotive applications• Low cost solution for low-power off-line

fl yback applications• Simple, less critical, lower cost transformer• Wide range PWM for stable operation at

any load and line voltage• Suitable for constant-power applications• Operates with optocoupler or bias winding

for constant voltage applications • Power shut-down for stand-by modes• Cycle-to-cycle over-current protection• Under-voltage protection• Error amp and voltage reference for

non-isolated and DC-DC applications






VCCOPTO

GNDRBIAS

NDRIVEISENSE

SOFT START

REF1

SHUNT


REF2

VCC

REF3

COMPARATORS

CURRENTLIMITING GND

OSCILLATOR

PWM

ENB

ENB

PDRIVEFBK

FILTER

-+

R

S

Q-+

UnderVoltageLockout-

+

IPS3151

4

8

5

PDRIVEISENSE

VCCRBIAS

NDRIVEGND

OPTOFBK

DescriptionThe IPS201A and IPS201B are capable of driving a pair of power FETs to assist the implementation of push-pull, half-bridge, full-bridge, and other two-phase power supplies.


IN-PLUG® series IPS201A and IPS201BPush-Pull PWM Controller

Features• Shunt regulator VCC supply for wide input

voltage range• Two output drivers• External resistor/capacitor set the adjustable

operating frequency and dead time• 5V output and oscillator sawtooth are

available to provide slope compensation• Available in versions utilizing voltage mode

(IPS201A) or current mode control (IPS201B)• Voltage mode is available with two

different overcurrent sense thresholds (60mV and 700mV)

• Industrial temperature range(-40°C to +85°C) standard

Applications• AC/DC power supplies• DC/DC power supplies• Fluorescent lamp drivers• DC/AC Inverters



VCC

GND

DRV1

SNS

OPTO

RC

V5V

DRV2

9.4V

R

R

R

Vref

VCOMP

ICOMP

R130k

5.1V

-+

-+-

+

OSC

Logic

IPS201A and

IPS201B

1

4

8

5

DRIVE 1VCC

DRIVE 2GND

ISENSEOPTO

RCV5V



IPS315 C-D-G-LF Controller IPS15 with 7.2V Commercial 8-Pin DIP Tube 50 Vcc, Direct FB

IPS315 A-D-G-LF Controller IPS15 with 7.2V Automotive 8-Pin DIP Tube 50 Vcc, Direct FB

IPS315 C-SO-G-LF Controller IPS15 with 7.2V Commercial 8-Pin SOIC Tube 98 Vcc, Direct FB

IPS315 A-SO-G-LF Controller IPS15 with 7.2V Automotive 8-Pin SOIC Tube 98 Vcc, Direct FB

IPS315 C-SO-G-LF-TR Controller IPS15 with 7.2V Commercial 8-Pin SOIC 13” T&R (2) 2500 Vcc, Direct FB

IPS315 A-SO-G-LF-TR Controller IPS15 with 7.2V Automotive 8-Pin SOIC 13” T&R (2) 2500 Vcc, Direct FB



IPS201A C-D-G-LF Controller Push-Pull Controller, Commercial 8-Pin DIP Tube 50 Voltage Mode

IPS201A I-D-G-LF Controller Push-Pull Controller, Industrial 8-Pin DIP Tube 50 Voltage Mode

IPS201A C-SO-G-LF Controller Push-Pull Controller, Commercial 8-Pin SOIC Tube 98 Voltage Mode

IPS201A I-SO-G-LF Controller Push-Pull Controller, Industrial 8-Pin SOIC Tube 98 Voltage Mode

IPS201A C-SO-G-LF-TR Controller Push-Pull Controller, Commercial 8-Pin SOIC 13” T&R (2) 2500 Voltage Mode

IPS201A I-SO-G-LF-TR Controller Push-Pull Controller, Industrial 8-Pin SOIC 13” T&R (2) 2500 Voltage Mode

IPS201B C-D-G-LF Controller Push-Pull Controller, Commercial 8-Pin DIP Tube 50 Current Mode

IPS201B I-D-G-LF Controller Push-Pull Controller, Industrial 8-Pin DIP Tube 50 Current Mode

IPS201B C-SO-G-LF Controller Push-Pull Controller, Commercial 8-Pin SOIC Tube 98 Current Mode

IPS201B I-SO-G-LF Controller Push-Pull Controller, Industrial 8-Pin SOIC Tube 98 Current Mode

IPS201B C-SO-G-LF-TR Controller Push-Pull Controller, Commercial 8-Pin SOIC 13” T&R (2) 2500 Current Mode

IPS201B I-SO-G-LF-TR Controller Push-Pull Controller, Industrial 8-Pin SOIC 13” T&R (2) 2500 Current Mode


Block Diagram


Power M

anagement

DescriptionThe IN-PLUG IPS315H is an enhanced low input voltage version of the IPS15H. It includes additional features such as soft start. Like the IPS15H, the IPS315H was designed for low-cost, high-effi ciency, low-power switching power supplies. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator and loop compensation components, an error amplifi er, an error amplifi er reference, as well as all the necessary biasing and protection circuitry (thermal shutdown, under-voltage, and over-current).


Block Diagram

IN-PLUG® series IPS315HSMPS Controller With Error Amp, Reference, and Hiccup

Features• Hiccup mode for sustained

overload conditions• Low cost solution for low-power off-line

fl yback applications• Simple, less critical, lower cost transformer• Wide range PWM for stable operation at

any load and line voltage• Suitable for constant-power applications.• Operates with optocoupler or bias winding


non-isolated and DC-DC applications• Reduced VCC required for automotive

applications

Applications• Standby power supplies for TV, VCR

and IR remotely-controlled appliances• Cordless phones and cellphone chargers• Power tools fast chargers with trickle

and on/off• Laptops and personal digital assistants• Utility meters• Replacements for bulky plug-in transformers


Power M

anagement


VCCOPTO

GNDRBIAS

NDRIVEISENSE

SOFT START

REF1

SHUNT


REF2

VCC

REF3

COMPARATORS

CURRENTLIMITING GND

OSCILLATOR

PWM

ENB

ENB

PDRIVEFBK

FILTER

-

-

+

+

R

S

Q-+

UnderVoltageLockout

IPS315H1

4

8

5

PDRIVEISENSE

VCCRBIAS

NDRIVEGND

OPTOFBK

2928

DescriptionThe IN-PLUG IPS318 is an enhanced low input voltage version of the IPS18. It includes additional features such as soft start. Like the IPS18, the IPS318 was designed for low-cost, high-effi ciency, low-power switching power supplies. It contains a shunt-regulator, a precision oscillator, a PWM with its associated comparator, error amplifi er, error reference, and loop compensation components as well as all the necessary biasing and protection circuitry (thermal shutdown, under-voltage, and over-current).


Block Diagram

IN-PLUG® series IPS318SMPS Controller With Error Amp Reference, Hiccup, and Cycle-Skip

Features• Cycle-Skipping for minimal dissipation under

no-load conditions• Low cost solution for low-power off-line




non-isolated and DC-DC applications• Reduced VCC for lower voltage requirements,

such as automotive applications• Hiccup mode for sustained

overload conditions• Cycle-skip for no-load conditions

Applications• Standby power supplies for TV, VCR

and IR remotely-controlled appliances• Cordless phones and cellphone chargers• Power tools fast chargers with trickle




VCCOPTO

GNDRBIAS

NDRIVEISENSE

SOFT START

REF1

SHUNT


REF2

VCC

VCCSW

REF3

COMPARATORS

CURRENTLIMITING

OSCILLATOR

PWM

ENB

ENB

PDRIVEFBK

FILTER

-

-

+

+

R

S

Q-+

UnderVoltageLockoutCycle

Skipping

HiccupControl

IPS3181

4

8

5

PDRIVEISENSE

VCCRBIAS

NDRIVEGND

OPTOFBK


IPS318 C-D-G-LF Controller IPS315H Commercial 8-Pin DIP Tube 50 + Cycle Skipping

IPS318 A-D-G-LF Controller IPS315H Automotive 8-Pin DIP Tube 50 + Cycle Skipping

IPS318 C-SO-G-LF Controller IPS315H Commercial 8-Pin SOIC Tube 98 + Cycle Skipping

IPS318 A-SO-G-LF Controller IPS315H Automotive 8-Pin SOIC Tube 98 + Cycle Skipping

IPS318 C-SO-G-LF-TR Controller IPS315H Commercial 8-Pin SOIC 13” T&R (2) 2500 + Cycle Skipping

IPS318 A-SO-G-LF-TR Controller IPS315H Automotive 8-Pin SOIC 13” T&R (2) 2500 + Cycle Skipping



IPS315H C-D-G-LF Controller IPS15 with 7.2V Vcc, Commercial 8-Pin DIP Tube 50 Direct FB and Hiccup OCP

IPS315H A-D-G-LF Controller IPS15 with 7.2V Vcc, Automotive 8-Pin DIP Tube 50 Vcc, Direct FB and Hiccup OCP

IPS315H C-SO-G-LF Controller IPS15 with 7.2V Vcc, Commercial 8-Pin SOIC Tube 98 Vcc, Direct FB and Hiccup OCP

IPS315H A-SO-G-LF Controller IPS15 with 7.2V Automotive 8-Pin SOIC Tube 98 Vcc, Direct FB and Hiccup OCP

IPS315H C-SO-G-LF-TR Controller IPS15 with 7.2V Commercial 8-Pin SOIC 13” T&R (2) 2500 Vcc, Direct FB and Hiccup OCP

IPS315H A-SO-G-LF-TR Controller IPS15 with 7.2V Automotive 8-Pin SOIC 13” T&R (2) 2500 Vcc, Direct FB and Hiccup OCP


Proprietary provision for reduction of stand-by power. Provisionally fi led, patent in process. Proprietary provision for reduction of power in hiccup state for over-current protection. Provisionally fi led, patent in process.


LED LightingAAI has developed a thorough understanding of the unique requirements for driving and controlling LEDs.LEDs are rapidly emerging as the leading choice for lighting purposes in an environment of ever rising environmental concerns over energy and effi ciency. The unique requirements for proper implementation of LED lighting solutions is considered to be a focus market in AAIs new portfolio of standard products. As with our Power Management products, some of AAIs original LED Lighting products will continue to be offered under the original IN-PLUG® Part Number Convention, while newer parts will follow the AAI Part Numbering Convention.The IN-PLUG® brand will continue to be associated with the Power Management and LED lighting series of products. These products are supported for customization.

LED Lighting Control AAI’s Lighting Control products feature PFC and PWM Controllers for Battery Level to Off-Line applications These enable creation of lighting solutions controlling a few LEDs at 1W to multi-string solutions of as many as 120 LEDs.

• Parts operating from 8V to 500V• LED optimized current sense• Dimming input controls• Linear and PWM control options• Inherent fault detect options

LED Lighting Control Part NumberingLED Controllers: IPS4XXX and AAL4XXX Series

LED Control, Interface and Monitoring AAI’s Lighting Control, Interface and Monitoring products feature Feedback and Control, Phase Control Interface and LED Fault Monitoring products. These products enable improved implementation of user defi ned systems such as installation into phase-controlled wall dimmers, fault detection in complex lighting schemes and secondary control loop with overvoltage protection schemes.

LED Lighting Interface and Monitoring Part Numbering• LED Lighting Control Interface and Monitoring:IPS4XXX and AAL4XXX Series

LED Lighting Product Roadmap


IPS402 Driver with PWM Control

AAL4010 Offl ine High Luminocity Driver

AAL406 Fault Monitor

AAL404 Phase-Cut Dimming

AAL403 Driver for Linear Control

AAL4002 Offl ine High Luminocity LEDCriver with Improved Current Control

AAL405 Driver for Battery Powered Systems

3130

3332

DescriptionThe IPS402 is an LED controller capable of driving a string of LEDs with high effi ciency. The novel feature of a feedback function intended to control an upstream power supply, together with low power dissipation, makes the IPS402 a breakthrough product which will establish standards for future “green” lighting technology.


OR

COMP

COMP

AMP

AMPIADJ

RBIAS

PWM12

3

0.10V

2.0V

7.2

100k

200k

GND

VCC SENSE

GATE

FB

Oscillator

Buffer-+

-+-+ -+

Block Diagram

IN-PLUG® series IPS402 LED String Controller

Features• Drives an external FET for wide voltage/

current applicability• External resistor for current-set function• Constant current LED operation for maximum

LED brightness, maximum life and reliability• Feedback function to optimize effi ciency

in buck applications• High-effi ciency switch-mode conversion to

save power and reduce heat dissipation• PWM brightness control

Applications• AC/DC LED Driver Applications• DC/DC LED Driver Applications• RGB backlighting• Backlighting of LCD and PDP panels• LED signs • LED decoration• Automotive• Road signs, traffi c lights

LED Lig

hting


DescriptionThe IPS401 is an LED controller capable of driving one or more string of LEDs with high effi ciency and power factor correction. A host of novel features such as self-oscillating and continuous mode of operation, PFC capability, together with low power dissipation make the IPS401 a truly breakthrough product which will establish standards for future “green” lighting technology.


1

Regulator&

InternalBias

InternalBias OFF

VOFF

VON

ON

2.14REF

LineCurrentSense

Driver

VoltageError

Amplifier

GND 2IS

4VLINE

BYPASS

3

8

COMP7

LEDSNS6

VCC5

GDRV

TrimmedBandgap

V to I

-+

-+

-+

Control Lock

Block Diagram

IN-PLUG® series IPS401 High Power Factor LED Controller

Features• Unique self oscillating with optimized PFC

controller able to drive hundreds of White LED diodes, typically 120 to 1,000 from an AC source, 10 to several hundreds from a DC source

• 12VDC to 265V AC sources and beyond• Constant current LED operation for maximum

LED brightness, maximum life and reliability• Built-in PFC for low harmonic distortion and

Power Factor Correction,• High-effi ciency > 95% to save power

and reduce heat dissipation• LED current control and overvoltage protection


LED Lig

hting



IPS401-05C-D-G-LF Controller PFC for LEDs, IPS101 Commercial 8-Pin DIP Tube 50 w/Lower Vsen

IPS401-05I-D-G-LF Controller PFC for LEDs, IPS101 Industrial 8-Pin DIP Tube 50 w/Lower Vsen

IPS401-05C-SO-G-LF Controller PFC for LEDs, IPS101 Commercial 8-Pin SOIC Tube 98 w/Lower Vsen

IPS401-05I-SO-G-LF Controller PFC for LEDs, IPS101 Industrial 8-Pin SOIC Tube 98 w/Lower Vsen

IPS401-05C-SO-G-LF-TR Controller PFC for LEDs, IPS101 Commercial 8-Pin SOIC 13” T&R (2) 2500 w/Lower Vsen

IPS401-05I-SO-G-LF-TR Controller PFC for LEDs, IPS101 Industrial 8-Pin SOIC 13” T&R (2) 2500 w/Lower Vsen



IPS402 C-D-G-LF Controller LED PWM Controller Commercial 8-Pin DIP Tube 50

IPS402 I-D-G-LF Controller LED PWM Controller Industrial 8-Pin DIP Tube 50

IPS402 C-SO-G-LF Controller LED PWM Controller Commercial 8-Pin SOIC Tube 98

IPS402 I-SO-G-LF Controller LED PWM Controller Industrial 8-Pin SOIC Tube 98

IPS402 C-SO-G-LF-TR Controller LED PWM Controller Commercial 8-Pin SOIC 13” T&R (2) 2500

IPS402 I-SO-G-LF-TR Controller LED PWM Controller Industrial 8-Pin SOIC 13” T&R (2) 2500


PRELIMINARY: Please consult the introductory section write-up Product Roadmap for information on timing of product introduction.Proprietary provision for reduction of power in hiccup state for over-current protection. Provisionally fi led, patent in process. Proprietary primary side control implementation to maximize duty cycle for improved system effi ciency and minimum noise and fi ltering requirements. Provisionally fi led, patent in process. Proprietary circuitry for minimal component fl ashing LED lighting systems. Provisionally fi led, patent in process.

3534

DescriptionThe AAL404 is an IC intended for use in LED lamps (replacements for incandescent bulbs). The chip senses the input AC voltage of the lamp and looks for the chopping (phase cutting) that is produced by typical triac dimmers. An output signal whose duty cycle is proportional to the dead time caused by the dimmer is intended to drive the PWM control pin of an IC driving a string of LEDs. A second analog output provides for PWM control.


Vref

GND

RCMP

COMP

RAC

VCC

DIM

Analog

-+

TrailingEdge Det

LeadingEdge Det

VReg

COSC

CFILT

OSC

Analog

Logic

Block Diagram

AAL404 Phase-Cut Dimming IC

Features• Digital DIM and Analog Outputs • External control of edge-detection function• High impedance sensing of AC input for

minimum power dissipation.• Only a single resistor needed for sensing• Maintains proper operation,

with no dimmer input

Applications• AC/DC LED Driver Applications• RGB backlighting• Backlighting of LCD and PDP panels• LED signs • LED decoration• Replacements for incandescent and

fl uorescent bulbs and fi xtures• Road signs, traffi c lights

LED Lig

hting


DescriptionThe AAL403 is an LED controller capable of driving a string of LEDs with high effi ciency. The novel feature of a feedback function intended to control an upstream power supply, together with low power dissipation, makes the AAL403 a breakthrough product which will establish standards for future “green” lighting technology.


COMP

Vref 2

Vref 3Vref 2

Vref 1

Vref 1Vref 3

400uA

5.1V

GND

VCC

VCCILED

FB

FLTO

SENSE

Iort

(8-pin SOIC only)PMW

(8-pin SOIC only)AMP

AMP

AMP

AnalogSwitch

TSD

BGAP

PWM/OSC

(a)

(a) Connected for 5-lead to 220 packaged version

Block Diagram

AAL403 Linear LED String Controller IC

Features• Has an internal FET for simple, compact,

low-cost implementation• External resistor for current-set function

provides ultimate fl exibility• Constant current LED operation for maximum

LED brightness, maximum life and reliability• Feedback function to optimize effi ciency• PWM brightness control• Built-in oscillator for blinking• Thermally enhanced package allows

for higher power in a small footprint• Over-Temperature Shutdown• Over Current Protection (Typically 180mA

for 8-Pin SOIC, 400mA for 5-Lead TO-220 Packaged Versions)

Applications• AC/DC LED Driver Applications• DC/DC LED Driver Applications• RGB backlighting• Backlighting of LCD and PDP panels• LED signs • LED decoration• Replacements for incandescent and fl uorescent

bulbs and fi xtures• Road signs, traffi c lights

LED Lig

hting



AAL404I-D-G-LF Monitoring Phase Cut Industrial 8-Pin DIP Tube 50 and Interface Dimming Interface

AAL404I-S8A-G-LF Monitoring Phase Cut Industrial 8-Pin SOIC Tube 50 and Interface Dimming Interface

AAL404I-S8A-G-LF-TR Monitoring Phase Cut Industrial 8-Pin SOIC 13” T&R (2) 2500 and Interface Dimming Interface

AAL404I-F8A-G-LF Monitoring Phase Cut Industrial 3mm x 3mm, Waffl e Pack TBD and Interface Dimming Interface 8-Pin DFN

AAL404I-F8A-G-LF-TR Monitoring Phase Cut Industrial 3mm x 3mm, T&R (2), TBD TBD and Interface Dimming Interface 8-Pin DFN



AAL403A-S8B-G-LF Controller Linear LED Automotive 8-Pin SOIC, Tube 98 String Controller Thermal Pad

AAL403A-S8B-G-LF-TR Controller Linear LED Automotive 8-Pin SOIC, 13” T&R (2) 2500 String Controller Thermal Pad

AAL403A-T2E-G-LF Controller Linear LED Automotive TO-220, 5-Lead Tube 50 String Controller



Proprietary primary side control implementation to maximize duty cycle for improved system effi ciency and minimum noise and fi ltering requirements. Provisionally fi led, patent in process.

Proprietary circuitry for minimal component fl ashing LED lighting systems. Provisionally fi led, patent in process.


Proprietary control circuit for interface with phase-cut dimming systems. Provisionally fi led, patent in process.

3736

DescriptionThe AAL406 is a high precision LED fault detection/management chip intended to monitor strings of LEDs. It can be used standalone or in combination with additional AAL406 chips (for longer strings) and/or with the IPS402/AAL403 control chips. It includes short and open LED fault sensing, a bypass ‘switch’ for open LEDs, and a fault input pin to enable daisy-chaining multiple chips.


LED1

VCCCI

COFLTR

LED2

6V

1.5V

6V

1.5V

6V

1.5V

6V

1.5V

LED3LED4

CurrentSourceCurrent

SourceCurrentSourceCurrent

Source

Block Diagram

AAL406 LED String Fault Monitoring Chip

Features• Open and short LED sensing• Latching ‘crowbar’ across open LEDs• Supports four LEDs• External bypass for non-stuffed LEDs• In/Out fault sensing daisy-chain support• Compatible with IPS402/AAL403 for constant

current in linear or switching applications.• Thermally enhanced package allows for

high power in a small footprint• Compatible with PWM brightness control


LED Lig

hting


DescriptionThe AAL405 is an IC intended for use in LED fl ashlights (replacements for incandescent bulbs), or power supply applications operating off a single battery.


P GND

A GND

VBAT

OUTFBKCOMP

ENABLE

SWITCH

Oscillator

Control

PWM

VReg

Vref-+

Block Diagram

AAL405 Single-Cell Boost IC

Features• Fixed frequency, continuous-mode boost• Maximum output voltage is 5V• Input and output voltage sensing provides

feedback control

Applications• DC/DC LED Driver Applications• LED decoration• LED fl ashlights• Hand Held Devices

LED Lig

hting




AAL405I-D-G-LF Controller Single-Cell Industrial 8-Pin DIP Tube 50 Boost, LED Driver

AAL405I-S8A-G-LF Controller Single-Cell Industrial 8-Pin SOIC Tube 50 Boost, LED Driver

AAL405I-S8A-G-LF-TR Controller Single-Cell Industrial 8-Pin SOIC 13” T&R (2) 2500 Boost, LED Driver

AAL405I-F8A-G-LF Controller Single-Cell Industrial 3mm x 3mm, Waffl e Pack TBD Boost, LED Driver 8-Pin DFN

AAL405I-F8A-G-LF-TR Controller Single-Cell Industrial 3mm x 3mm, T&R (2), TBD TBD Boost, LED Driver 8-Pin DFN



AAL406A-S8B-G-LF Monitoring LED String Automotive 8-Pin SOIC, Tube 98 and Interface Fault Monitoring Thermal Pad

AAL406A-S8B-G-LF-TR Monitoring LED String Automotive 8-Pin SOIC, 13” T&R (2) 2500 and Interface Fault Monitoring Thermal Pad



Proprietary fault detection and system protection implementation. Provisionally fi led, patent in process.

3938

DescriptionThe AAL4010 is a current-mode controller and driver, designed to provide closed-loop control of a string of LEDs, including either linear or PWM dimming. The LED current is regulated using peak current control, utilizing an accurate internal voltage reference.


RBIAS

DRV

7.5V

.25V

100k

-+-+

REFVIN

VDD

ISNS

LIN

PWM

GND

SR

Q

OSC

Block Diagram

AAL4010 High Voltage Current-Mode LED Controller

Features• Linear regulator VCC supply for 8V to 500V

input voltage range• External capacitor sets the operating

frequency• 7.5V +/-2% VDD output and reference• 0.4 amp FET gate driver• 0.25V +/-2% current sense reference• TTL compatible PWM dimming input• Linear dimming input• Industrial temperature range (-40°C to +85°C)

available

Applications• RGB Backlights• Automotive LED Driver• Battery-powered LED Lamps• DC/DC LED Drivers• LED Lighting For Signs• Buck or Buck-Boost Topology Converters

LED Lig

hting


DescriptionThe AAL4002 is a current-mode controller and driver, designed to provide closed-loop control of a string of LEDs, including either linear or PWM dimming. The LED current is regulated using peak current control, utilizing an accurate internal voltage reference. It includes a high voltage 500V FET to allow direct connection to rectifi ed AC, and a feedback signal to control a front-end power supply.


RBIAS

DRV

FB

7.5V

.25V

-+

REFVIN

VDD

ISNS

PWM

GND

SR

Q

OSC

BUF

Block Diagram

AAL4002 High Voltage LED Controller With Feedback

Features• Linear regulator VCC supply for 8V to 500V

input voltage range• External capacitor sets the operating

frequency• 7.2V +/-2% VDD output and reference• 0.4 amp FET gate driver• 0.20V +/-2% current sense reference• TTL compatible PWM dimming input• Feedback current-sink output• Industrial temperature range (-40°C to +85°C)

available

Applications• RGB Backlights• Automotive LED Driver• Battery-powered LED Lamps• DC/DC LED Drivers• LED Lighting For Signs• Buck or Buck-Boost Topology Converters

LED Lig

hting




AAL4002A-D8A-G-LF Controller High Voltage Current Automotive 8-Pin DIP Tube 98 Mode LED Controller, Proprietary Current Feedback

AAL4002A-S8A-G-LF Controller High Voltage Current Automotive 8-Pin SOIC Tube 98 Mode LED Controller, Proprietary Current Feedback

AAL4002A-S8A-G-LF-TR Controller High Voltage Current Automotive 8-Pin SOIC 13” T&R (2) 2500 Mode LED Controller, Proprietary Current Feedback



AAL4010A-D8A-G-LF Controller High Voltage Automotive 8-Pin DIP Tube 98 Current-Mode LED Controller

AAL4010A-S8A-G-LF Controller High Voltage Automotive 8-Pin SOIC Tube 98 Current-Mode LED Controller

AAL4010A-S8A-G-LF-TR Controller High Voltage Automotive 8-Pin SOIC 13” T&R (2) 2500 Current-Mode LED Controller




Proprietary control circuit for interface with phase-cut dimming systems. Provisionally fi led, patent in process.

Portable ElectronicsAAI has been working diligently to expand its base of market coverage and capabilities. An example of these efforts are new products being offered in the portable electronics space. Areas of future interest include audio and microphone products, as well as battery-level power management products. Ultra low-noise, ultra low-voltage operation, high-effi ciency and ultra low standby power are examples of key areas of concern for integrated circuits in these applications. Meeting high levels of performance in these areas, while also providing for enhanced circuit density and other improvements in system level performance, will be focal points guiding AAI in our product development for this market.

As a new family of products, all the Portable Electronics products will be named under the AAI Part Naming Convention. Our initial products will include offerings for electret condenser microphones with a microphone support product, as well as a novel power management product which features a dual output boost controller requiring only a single inductor. Additional products will be offered in the future to expand this family, building on the value provided in the key areas for this market. As with all AAI products, customization is an option available depending on your specifi c requirements.

Portable Electronics Part NumberingPower Management and Microphone Support: AASXXX

Microphone Support The products in this category are intended to assist in the use of microphones in portable electronics applications. Designed to provide ultra low profi le with superior noise and THD performance, they provide cutting edge performance at superior cost.

Power Management The products in this category are intended to assist in providing for improvements in effi ciency and circuit density. The dual output boost provides for excellent effi ciency, while reducing the number of required external components by generating multiple outputs from a single magnetic element.

Portable Electronics Product Roadmap


AAP200X ECM Preamplifi er

AAP109A and AAP109B SingleInductor, Dual Output Boost Controllers

4140

4342


Proprietary architecture and control scheme for implementation of dual output with a single inductor and improved effi ciency. Provisionally fi led, patent in process.

DescriptionThe AAP200X is part of AAI’s new family of specialty products for Portable Electronics applications, in this case aimed at two terminal, high sensitivity/low noise ECMs requiring integrated pre-amplifi ers. The AAP200X ECM Pre-Amplifi ers offer ultra low noise, require low current and ultra low input capacitance.

Multiple gain options are available, from 10dB to 26dB, as detailed in the Features list. Integrated with a 3pF microphone cartridge, the SNR can be 68dB or better. Additional design features include reduced THD, improved RF/EMC rejection and better gain accuracy.

The AAP200X will be offered in Micro SMD Package. Each die is 650 µm square and 300 µm thick (including solder balls). The packaged product will be offered in waffl e pack for small quantity evaluation and tape and reel for high volume.

The AAP200X are part of AAIs new family of Portable Electronics products. For more information regarding the full range of AAIs products, please go to www.asicadvantage.com.

Block Diagram

Audio InAmp Out

GroundV

MICV

DD

R L

C C

C MIC

Mic

Block Diagram

AAP200X Electret Condenser Microphone (ECM) Pre-Amplifi er

Portab

le Electronics

Features• Designed for ECM Integration• Multiple Gain Options

(X Defi nes Gain Option) - A: 10dB - B: 14dB - C: 16dB - D: 20dB - E: 26dB• Gain Independent of Load Resistance• Gain Tolerance +/- 0.5dB• RL 3kΩ, 200µA quiescent current

@ VDD = 2V• Ultra Low Input Capacitance (< 1pF)• 5 uVRMS(A-Weighted) Maximum Input Noise

With Cartridge Capacitance of 3pF• <0.5% THD Typical for Outputs to 500mVpp• Ultra Low Profi le Micro SMD Package

With 4 Solder Balls

Applications• 2-Terminal, High Sensivity, Low Noise ECMs



AAP200XE-M4-G-LF Micronphone ECM Pre-Amplifi er Ext. Industrial 4-Pin Waffl e Pack TBD Interface Micro SMD

AAP200XE-M4-G-LF-TR Micronphone Pre-Amplifi er Ext. Industrial 4-Pin T&R (2), TBD TBD Interface Micro SMD


Ref

Volt 1SW

Volt 2

Vref

PhaseControl

Oscillator

Mux

Ref

EN

FBK1

FBK2

GND

BATVCC

VBAT

Ref

-

+-+

DescriptionThe AAP109A and AAP109B are low input voltage boost controllers with two outputs. The output voltages are independently set. The unique aspect of the AAP109A and AAP109B are that the user only needs to provide one boost inductor. The chip contains an internal switching FET and two synchronous rectifi ers as well as the needed feedback and control circuitry.


Block Diagram

AAP109A and AAP109BDual Output Boost Controllers

Features• Input voltage range: 1.5V – 3.5V• AAP109A: Critical Conduction Mode,

Variable Frequency Version• AAP109B: Fixed Frequency Version • Voltage References +/-2%• Internal 1A Power MOSFET• Two Independent Outputs

(Output Voltages > Input Voltage)• Output Voltage Range 1.8V – 5.0 V• Industrial Temperature Range (-40°C to +85°C)

Applications• Portable Electronics• Automotive LED Driver• Battery-Powered LED Lamps• DC/DC LED Drivers• LED Lighting For Signs• LED Flashlights• Single/Dual Cell Input Chargers• Single/Dual Cell Input Power Supplies

Portab

le Electronics



AAP109AI-D8A-G-LF Controller Dual Output Industrial 8-Pin DIP Tube 50 Boost Controller, Variable Freq

AAP109AI-S8A-G-LF Controller Dual Output Industrial 8-Pin SOIC Tube 98 Boost Controller, Variable Freq

AAP109AI-S8A-G-LF-TR Controller Dual Output Industrial 8-Pin SOIC 13” T&R (2) 2500 Boost Controller, Variable Freq

AAP109BI-D8A-G-LF Controller Dual Output Industrial 8-Pin DIP Tube 50 Boost Controller, Variable Freq

AAP109BI-S8A-G-LF Controller Dual Output Industrial 8-Pin SOIC Tube 98 Boost Controller, Variable Freq

AAP109BI-S8A-G-LF-TR Controller Dual Outputt Industrial 8-Pin SOIC 13” T&R (2) 2500 Boost Controller, Variable Freq



Sensors and InstrumentationAAI has a rich history in providing solutions for a broad range of sensor and instrumentation applications, including strain gauges, photodetectors, linear differential variable transformers, Hall-effect and ultra-sonic sensors. With the introduction of this new branch of AAIs standard products, AAI will be providing feature rich products to help in these types of applications. Of particular interest in these applications are a rich mix of digital and analog content, as demonstrated by the ADCs, DACs, instrumentation amplifi ers, SPI interface and other elements.

As a new family of products, all the Sensor and Instrumentation products will be named under the AAI Part Naming Convention. Our initial products will include offerings for strain gauge and LVDT signal conditioning and interface requirements, as required to work with a microcontroller. Additional products will be offered in the future to expand on these products in order to exploit the mix of digital and analog blocks that are part of the broad range of AAIs mixed-signal capabilities. As with all AAI products, customization is an available option.

Signal Conditioning and Interface The products in this category are intended to assist in the control and interface with sensor products. The fi rst two ICs are targeted as stated at strain gauge and low signal level sensors, as well as LVDT sensors. General features include:

• SPI Interface• Offset and Gain Adjustment Capability• Signal Filtering• Arithmetic Processing

Sensors and Interface Part Numbering• Signal Conditioning and Interface: AASXXX


AAS112A Strain Gauge and Low Signal Sensor Signal

Conditioning and Interface

AAS114A LVDT Signal Conditioning and Interface

4544

Sensor and Instrumentation Product Roadmap

4746

DescriptionThe AAS112A is part of AAI’s new family of Sensor and Instrumentation products aimed, in this case, at Sensor Interface requirements such as for strain gauge applications.

The AAS112A contains all the elements needed for interface and in-system control of a low frequency sensor, such as a strain gauge. Provisions include an on-board voltage reference of 3.3V, a programmable offset control function to enable system ‘centering,’ a programmable reference for powering the sensor, an input amplifi er with compensation availability, two stage gain control via a multiplying 10-Bit DAC for the input amplifi er output and additional gain control of an output, bandwidth limited buffer amplifer (10kHz).

The AAS112A is part of AAIs new family of Sensor and Instrumentation products. For more information regarding the full range of AAIs products, please go to www.asicadvantage.com.


Digital InClk

Enable

GNDOUT

Register Output

VHV

VHV

VDD

GND

VAD3 Vref FB IPIM

Serial Interface

RES

RES

RESOffset Control10 Bit DAC

ProgrammableLo Temp

Trimmed Vref

Multiplying10 Bit DAC

GainSelect

3.3V RefAMP

AMP

Block Diagram

AAS112A General Sensor Signal Conditioning and Interface

Features• 3.3V Regulator, Derived From Up to 6V• Serial Interface• Bandwidth Limiting Filter (10kHz) on Analog

Output of Buffer Amplifi er• Various Digitally Controlled Signals for

Sensor Control: - 10-Bit DAC for Offset Adjustment

(Fed to Input Amplifi er) - Programmable, Temperature Stable

(10 ppm/°C) Voltage Reference for Sensor (Up to 3.3V)

- < 10 µV Offset Instrumentation Amplifi er for Signal Amplifi cation

- 10-Bit Multiplying DAC for Gain Control of the Input Amplifi er Output

- Programmable Gain Select of the Output Buffer Amplifi er

• 16-Pin 5mm x 5mm DFN

Applications• Strain Guage Digital Interface• General Sensor Interface


DescriptionThe AAS114A is part of AAI’s new family of Sensor and Instrumentation products aimed, in this case, at Linear Variable Differential Transformer (LVDT) Interface requirements.

The AAS114A contains all the elements needed for interface and in-system control of LVDTs. Working off up to an 18V supply, a SPI interface with an Enable function provides for control of the sensor oscillator voltage amplitude, while also providing adjustment of signal gain for the analog output. In addition, a comparator on-board is tied to a limit threshold set-point also settable from the SPI input. The on-board trimmed reference is accurate to within 10ppm. Outputs are available from an analog stage or in a digital format from a 10-Bit, 100k Sample ADC. A Register Output provides for checking of set parameters. The part is provided in a space effi cient 20-Pin DFN, and is designed to be compliant with the requirement for operation over the automotive range of temperatures.

The AAS114A is part of AAIs new family of Sensor and Instrumentation products. For more information regarding the full range of AAIs products, please go to www.asicadvantage.com.


Digital In

Secondary APrimary

Secondary B

ClkEnable

VIN

Register Output

Limit Switch

Analog Out

Digital Out

Digital Ground

Analog Ground

PrecisionRectifier& Filter

Vref

VrefOSC1

A

B

OSC2

Vref

Vref

Offset

Offset

Offset

GainGain

Gain

OSC Ref

OSC Ref

Vref

PrecisionRectifier& Filter

Sum&

DifferenceAmplitude

Set Amplitude

Serial Interface

DACs

RaRb

ComparatorReference

Comparator

StabilizedSine Wave

Oscillator

Oscillator

ADCVrefGenerator

Vreg (5V)

AnalogDivider

(A-B) / (A+B)

K(A+B)+E/A

E/A

-

+-

K(A-B)

Block Diagram

AAS114A LVDT Sensor Signal Conditioning and Interface

Features• Accepts up to 18V Vin• Precision Analog Multipliers• Amplitude Stabilized Source• Serial Interface • 5V (+/- 1%) Regulator• Limit Switch Comparator (0 to 5V)• Analog & Digital Output, 10-Bit ADC, 100k

Samples/Sec• 10 ppm Trimmed Internal Reference• Automotive Temperature Rated

(-40°C to +125°C) • 20-Pin 6mm x 6mm DFN

Applications• LVDT Sensor Interface

Sensors and Instrumentation

Sensors and Instrumentation





AAS112AA-F16A-G-LF Signal Conditioning General Sensor, Automotive 5mm x 5mm, Waffl e Pack TBD and Interface Strain Gauge 16-Pin DFN Interface

AAS112AA-F16A-G-LF-TR Signal Conditioning General Sensor, Automotive 5mm x 5mm, T&R (2), TBD and Interface Strain Gauge 16-Pin DFN Interface



AAS114AA-F20A-G-LF Signal Conditioning General Sensor, Automotive 6mm x 6mm, Waffl e Pack TBD and Interface Strain Gauge 20-Pin DFN Interface

AAS114AA-F20A-G-LF-TR Signal Conditioning General Sensor, Automotive 6mm x 6mm, T&R (2), TBD and Interface Strain Gauge 20-Pin DFN Interface


Motor ControlsAAI products in the motor controls arena have a demonstrated record of high ruggedness and reliability. Having supplied solutions into various medical and automotive applications, AAI has demonstrated success in markets with high levels of required performance. With the introduction of this new family of products, we are moving to further expand our product offerings to provide additional solutions for designers in this market space.

As a new family of products, all the Motor Controls products will be named under the AAI Part Naming Convention. Our initial products will include offerings for servo and brushed motor controls, as well as brushless motor control applications. Additional products will be offered in future to expand on this family and provide a broader range of solutions. As with all AAI products, customization is an option available depending on your specifi c requirements.

DC Motor Control The products in this category are intended to assist in the control and drive of DC motors in servo, brushless and brushed DC motor applications. The fi rst two ICs are a Brushed Motor Controller and a Brushless Motor Controller. General features include:

• Low and High Side Confi guration Options• Integrated Protection Functions• Rapid, Easy Analog Drive Implementation• Highly Flexible, User Confi gurable Design

DC Motor Control Part Numbering• DC Motor Control: AAMXXXX

Motor Controls Product Roadmap


AAM119A Brushed DC Motor Controller

AAM588A Brushless DC Motor Controller

4948

VHV

VHV

VHV

VBST

R (bias)

FEEDBK

DC (out)

OSC

DGND

PWM (out) PWMDRV

BOOST

V BOOST

R (limit)

SW (out)

5V (ref)

PWM (in)

DC (in)/CAP

VCTL (in)

AGND

C (osc)

VMOTP –

+

–

+

–

+

VDD IBIAS

5VOLT REG

BIAS

REF GEN

CURRENT REF

PWM INPUT CONDITIONING

1M

15 Bit OTP ROM

0 to 2.5V

OSC

PWM POLARITY

PWM OUT EN

COMP

OSC

SHUT DOWN

ANALOG MULTIPLIER

POR AMP

AMP

AMP

VMOTM

VMTR (out)

VFETP

R (lobat) R (hibat) R (ovi) R (soa)

DIAGNOSE

SELECT DIAGNOSTICS

C (timeout) C (delay)

VFETM

ISENSEP ISEN

VDD

5150

DescriptionThe AAM119A is the fi rst in a developing family of Brushed DC Motor Controller products. This offering was designed as a feature-rich controller, providing a wide range of support features to enable a variety of in-circuit confi gurations. Used while driving an external Power MOSFET or IGBT, it is possible to create a closed loop system with either a Linear or PWM-based control scheme for a variety of loads.

An on-board operational amplifi er provides for scaling of monitored signals for purposes of closed loop feedback. The externally set control can be implemented with either duty cycle control of a 25Hz to 10kHz PWM signal averaged through an external capacitor, or an input DC level of 0V to 5V. A programmable Stand-By threshold for the input DC(in) level is set via the OTP function, referenced either to the internal 5V reference or ground as set by the selected polarity of the PWM signal. The 5V On-Board Linear Regulator will operate even in Stand-By, drawing only 300µA.

Block DiagramSee page 52

AAM119ABrushed Motor Controller

Features• Single DC Supply Input (8V to 24V)• 100mA PWM Gate Drive (PWMout)• Boost Power Supply With On-Board Switch

(Offboard Zener for Level Set)• Low Side or High Side (With Boost) Drive• 0 to VHV Linear Drive Output (DCout)• Overvoltage and Undervoltage Protection• Programmable Fault Protection• Supply Compensated PWM/Linear Control• Analog Multiplier for SOA Operation• Capacitor Set Switching Frequency• High or Low Side Current Sense• Automotive Temp Range (-40°C to +125°C)

Applications• Coil Winders• Factory Automation• X-Y Tables• Fan Control• Labeling Equipment• Machine Tools• Assembly Equipment• Automotive Drive Applications

(Window Lifts, Seat Adjustment, Fans)• Portable Drive Applications

(Toys, Handtools)

Motor C

ontrols


Ordering InformationPart Number Package Packing Qty/Pack

AAM119AA-Q28A-G-LF-W 28-Pin QFN, 6mm x 6mm Waffl e Pack TBD

AAM119AA-Q28A-G-LF-TR 28-Pin QFN, 6mm x 6mm Tape and Reel TBD

AAM119AA-S28A-G-LF 28-Pin SOIC Tube TBD

AAM119AA-S28A-G-LF-TR 28-Pin SOIC Tape and Reel TBD

(1) All parts are RoHS and Lead Free.




DescriptionThe AAM858A is a monolithic Brushless DC Motor Controller with all the features needed to implement an open or closed loop 3 or 4 phase motor controller. It includes a rotor position decoder for commutation sequencing, temperature compensated reference for sensor power, frequency programmable saw-tooth oscillator, a fully fl oating high side drive implementation, as well as 3 low side drive outputs. All drive outputs provide for pull up and pull down capability with the provision of level shifting internally for the upper drive outputs. Low frequency operation is supported with individual current sources for each fl oating output as supplemental power for each bootstrap supoprted high side drive.

Additionally, the AAM858A provides for a closed loop system implementation by the inclusion of a signal conditioning section for speed monitoring and error signal generation. This allows for closed loop speed control without the need for tachometers. Features include input buffers with hysteresis for noise immunity, as well as accompanying digital edge detectors and a programmable monostable multivibrator. An inverter output allows for conversion of sensor phasing when needed.

The AAM858A is part of AAIs new family of Motor Control products. For more information regarding the full range of AAIs products, please go to www.asicadvantage.com.

AAM858ABrushless DC Controller With Drivers and Closed Loop Support

Features• 10V to 20V Operation• Under Voltage Lockout• 5V Reference for Sensor Interface• Error Amplifi er for Closed Loop

Servo Applications• High Current Output Drive Stage• Cycle-by-Cycle Current Limiting• Current Sense Reference• Integrated Thermal Shutdown• Selectable 60°/300º or 120°/240°

Sensor Phasings• Floating High Side Drive (to 30V)• Auxiliary High Side Current Source

from Internal Charge Pump (Motor Voltage + VCC ) Supports Bootstrap for Low Frequency Drive

• Integrated Closed Loop Control Features - Digital Input Transition Detection for

Improved Low Speed Operation - TTL Inputs with Hysteresis - Inverter Output for Easy Conversion

Between Sensor Phasing Conventions• 48-Pin, 7mm x 7mm QFN

Applications• Brushless DC Motor Controller• Closed or Open Loop Speed Control

Implementations Possible

Motor C

ontrols




AAM858A-Q48A-G-LF DC Motor Brushless Motor Automotive 7mm x 7mmm, Waffl e Pack TBD Control Controller Plus 48-Pin QFN Driver and Closed Loop SupportAAM858A-Q48A-G-LF-TR DC Motorl Brushless Motor Automotive 7mm x 7mmm T&R (2), TBD TBD Control Controller Plus 48-Pin QFN Driver and Closed Loop Support


AAM858ABrushless DC Controller With Drivers and Closed Loop Support

Thermal

FWD/REV

UVLO

20k

15k

R

2R

0.3V

EA

PWM

BRAKE

ILIMIT

OSC

REF

R

SQ

R

SQ

R

SQ

A

B

C

3A

5A

4A

3B

5B

4B

4C

3C

5C

3C

2C

2B

5C

1C

1B

2A

2A1A

4B3B

5B

4A3A

5A

4C

VCC

VCC

VCC

VCC

VCC

A

V Motor

Assy.M

Fault

VM

VM

A

B

C

Charge Pump(VM+VCC)

Motor

Low Side Driver Output Buffers

3-Phase Power Stage

POSDEC

LevelShift

LevelShift

VCC

V P

LevelShift

Inside IC Near IC

VP

2A

2A1A

2B

2B1B

2C

2C1C

2B

2C

Block Diagram

5352 . . . S t r i k i n g t h e B a l a n c e !

Motor C

ontrols


5554

Package Specifi cations

Background and Signifi cant Change Notifi cations

AAI’s part numbering system has two versions. The IN-PLUG® Family of Power Management and LED Lighting Products, as the fi rst standard product offerings from AAI were offered with their own part numbering system. The part numbers for the early releases of these products will not be modifi ed, but rather continued under their previously released format. A new part numbering system will be applied for products released on adoption of this new convention, referred to as the AAI Part Numbering Convention. The prior part numbering and marking system will be referred to as the IN-PLUG® Part Numbering Convention.

5756


5958


6160

Sales Representatives

AAI Representatives

Sales and technical support is provided locally by designated sales representatives, who can assist customers to resolve questions regarding availability and pricing, as well as assist in obtaining technical support when required.

Americas

ATMIOregon4900 SW Griffi th Dr #155Beaverton, Oregon 97005 USAPhone: 503-643-8307Fax: 503-643-4364 e-mail: [email protected]

ATMIWashington, BC Canada8521 154th Ave. NERedmond, Washington 98052Phone: 425-869-7636Fax: 425-869-9841 e-mail: [email protected]

Kitchen & Kutchin Inc.Mass., Conneticut, New Hampship, Rhode Island12 Gill Street, Suite 2350, Woburn, MA 01801 USAPhone: 781-782-0700Fax: 781-782-0705 e-mail: [email protected]

MindShare Technical SalesArizona, Southern NV, New Mexico, Nogales and Juarez, Mexico4420 N Saddlebag Trl. #101Scottsdale, AZ 85251 USAPhone: 480-945-7157Fax: N/A e-mail: [email protected]

RC2, INCNorth Carolina, South Carolina107 Battenburg CourtCary, NC 27519 USAPhone: 919-215-2555Fax: 919-573-0381 e-mail: [email protected]

Asia

Meric Technology, Inc.JapanSunnyvale, CA USAPhone: 408-773-2767Fax: 408-773-2781e-mail: [email protected]

ACEN International Co.Korea Rm1008, Hyundaioffi cetel, 1589-9, Seocho-Dong, Seocho-Ku, Seoul, KoreaPhone: +8225257201Fax: +8225257209 e-mail: [email protected]

Good Band Techology Co.Taiwan11F-2, No.243, Sec. 2, Sichuan Rd. Banciao City, Taipei County, Taiwan 220 R.O.C.Phone: +(886-2)8966-9997Fax: +(886-2)8966-5623 e-mail: [email protected]

MBOND Company, Ltd.Hong KongRoom 51, 10/F, Block F, Wah Lok Industrial Centre, 31-35 Shan Mei Street, Fo Tan, Shatin Hong Kong, ChinaPhone: +(852) 26902751Fax: +(852) 26875615 e-mail: [email protected]

Hong Kong Advantage Power, Ltd.ChinaRoom 4F Qiao Fu Building News Road FuTian District ShenZhen ChinaPhone: +86-13902484876Fax: +86-755-82947262 e-mail: [email protected]

India

Hossa TechnologiesIndia#1616, 8th Main, Jayanagar 3rd BlockBangalore Karnataka 560 011 India Phone: +91-80-41210347Fax: +91-80-26614649 e-mail: [email protected]

Europe

Aspid Communicaciones, S.APortugal, Spain C/ General Aranaz, 4 Madrid, Spain 28027Phone: +34913717756Fax: +34913201018e-mail: [email protected]

Computer Controls AGSwitzerland, Lichtenstein, Eastern EuropeNeunbrunnenstr. 55Zurich ZH CH-8050SwitzerlandPhone: +41 44 3086660Fax: +41 44 3086655 e-mail: [email protected]

SDTIE-ELMOFranceZ.A La Tuilerie BP1077Mantes La Jolie 78204France Phone: +33 1 34778251Fax: 33 1 34779579e-mail: [email protected]

Handelsvertretung ELREPGermanyAm Dresselbach 14 Backnang, D-71522Germany Phone: +49-7191-733305Fax: +49-7191-733304 e-mail: [email protected]

H-Rep Ltd.United KingdomUnit 5/6, Rowan House, Sheldon Business ParkChippenham Wiltshire SN14 0SQUnited Kingdom Phone: +44 1249 467 403Fax: +44 1249 445306e-mail: [email protected]

Indel Distribution BVNetherlands, Belgium (Benelux)Wattstraat 50 Sassenheim NL 2171 TR Netherlands Phone: +31 252 214849Fax: +31 252 218764e-mail: [email protected]

Thomatronik GmbHGermany, AustriaBrückenstr. 1 Rosenheim 83022 Germany Phone: +49 8031 217531Fax: +49 8031 217530e-mail: [email protected]

6362

Distribution Partners Factory Contacts

Kitting Support, Die SalesES Components108 Pratts Junction RoadSterling, MA 01564Phone: (978) 422-7641Fax: (978) 422-0011www.escomponenets.com

ASIC Advantage, Inc.1290-B Reamwood Ave.Sunnyvale, CA 94089Sales: (408) 541-8686Fax: (408) 541-8675Email: [email protected]

6564

Documents

•ASIC 08 selector guide