POWERBOX Industrial Line DC/DC Converter · 2020-06-08 · 2W 2:1 Dual Output DC/DC Converter Manual Input Source Impedance The power module should be connected to a low impedance

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Table of ContentsOutput specification P2Input specification P3General specification P4Environmental specifications P4EMC characteristic curves P5Input source impedance P11Output short circuitry protection P11Thermal considerations P11Remote on/off control P12EMS considerations P13Mechanical data P14Recommended pad layout P14Soldering considerations P15Packaging information P15Safety and installaion instruction P15MTBF and reliability P15Recommended external EMI filter P16 IntroductionThe PMB02 series offer 2 watts of output power from a 0.86 x 0.36 x 0.44 inch package without derating to 85ºC and without external input/output capacitors. The PMB02 series have 2:1 wide input voltage of 4.5~9, 9~18, 18~36 and 36~75VDC and features 1600VDC of isolation, short-circuit protection. All models are particularly suited to telecommunications, industrial, mobile telecom and test equipment applications.

DC/DC Converter Features2 Watts maximum output powerOutput current up to ±200mASIP package, 0.86 x 0.36x 0.44 inch1600VDC input to output isolation and 3000VDC for optionContinuous short circuit protectionHigh efficiency up to 84%External on/off control2:1 wide input voltage rangeOutput short circuit protectionRemote on/offCompliant to RoHS II & REACH

POWERBOX Industrial LinePMB02 Series2W 2:1 Dual OutputDC/DC ConverterManual

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Output SpecificationsParameters Model Min Typ Max UnitOutput voltage (Vin(nom); full load; Ta=25°C) □□D05 4.95 5 5.05 VDC □□D12 11.88 12 12.12 VDC □□D15 14.85 15 15.15 VDCOutput regulation Line (Vin(min) to Vin(max); full load) All -0.2 +0.2 % Load (0% to 100% of full load) All -1.0 +1.0 %Cross regulation (Asymmetrical load 25%/100% of full load) All -5.0 +5.0 %Output ripple and noise Peak to peak (5Hz to 20MHz bandwidth) All 50 75 mVp-pTemperature coefficient All -0.02 +0.02 %/°COutput voltage overshoot (Vin(min) to Vin(max) full load; Ta=25°C) All 0 3 % of VoutDynamic load response (Vin(nom); Ta=25°C) Load step change from 75% to 100% or 100 to 75% of full load Setting time (Vo<10% peak deviation) All 500 μsOutput current □□D05 0 ±200 mA □□D12 0 ±83 mA □□S15 0 ±67 mAOutput short circuit protection All Continuous, automatics recovery

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Input SpecificationsParameters Model Min Typ Max UnitOperating input voltage 05D□□ 4.5 5 9 VDC 12D□□ 9 12 18 VDC 24D□□ 18 24 36 VDC 48D□□ 36 48 75 VDCInput voltage Continuous 05D□□ 9 VDC 12D□□ 18 VDC 24D□□ 36 VDC 48D□□ 75 VDC Transient (100mS maximum) 05D□□ 15 VDC 12D□□ 36 VDC 24D□□ 50 VDC 48D□□ 100 VDCInput current 05D05 533 mA (Maxmum value at Vin(nom), full load) 05D12 513 mA 05D15 519 mA 12D05 216 mA 12D12 211 mA 12D15 208 mA 24D05 110 mA 24D12 105 mA 24D15 107 mA 48D05 55 mA 48D12 54 mA 48D15 54 mAInput standby current 05D05 40 mA (Typical value at Vin(nom), no load) 05D12 40 mA 05D15 40 mA 12D05 30 mA 12D12 30 mA 12D15 30 mA 24D05 15 mA 24D12 15 mA 24D15 15 mA 48D05 8 mA 48D12 8 mA 48D15 8 mAInput reflected ripple current 5VDC input 400 mAp-p 12VDC input 150 mAp-p 24VDC input 380 mAp-p 48VDC input 170 mAp-pStart up time (Vin(nom) and constant resistive load) Power up All 5 ms Remote on/off All 5 msRemote ON/OFF control DC/DC ON All Open mA DC/DC OFF All 2 4 mARemote off input current All 2.5 mA

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General SpecificationsParameters Model Min Typ Max UnitEfficiency (Vin(nom), full load; Ta=25°C) 05D05 79 % 05D12 82 % 05D15 81 % 12D05 81 % 12D12 83 % 12D15 84 % 24D05 80 % 24D12 83 % 24D15 82 % 48D05 80 % 48D12 81 % 48D15 81 %Isolation voltage (1 minute) nput to output Standard All 1600 VDC Suffix ”H” All 3000 VDCIsolation resistance All 109 GΩIsolation capacitance Standard All 200 pF Suffix ”H” All 40 pFSwitching frequency All 100 kHzWeight All 4.8 gMTBF MIL-HDBK-217F All 4.903 x 106 hours Case material All Non-conductive black plasticBase material All NonePotting material All Silicone (UL94 V-0)

Environmental SpecificationsParameters Model Min Typ Max UnitOperating ambient temperature All -40 85 °C Storage temperature All -55 125 °CThermal shock MIL-STD-810FVibration MIL-STD-810FRelative humidity 5% to 95% RH

EMC CharacteristicsParameters Standard Condition LevelEMI EN55022 Class AESD EN61000-4-2 Air ±8kV Perf. Criteria A Contact ±6kV Radiated Immunity EN61000-4-3 10V/m Perf. Criteria AFast transient EN61000-4-4 ±2kV Perf. Criteria ASurge EN61000-4-5 ±2kV Perf. Criteria AConducted immunity EN61000-4-6 10V r.m.s Perf. Criteria APower frequency magnetic field EN61000-4-8 100A/m continuous; Perf. Criteria A 1000A/m 1 second

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PMB02-12D05

PMB02-24D12

PMB02-48D15

a. Efficiency with load change under different line condition at room temperature

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PMB02-12D05

PMB02-24D12

PMB02-48D15

b. Efficiency with line change under different load condition at room temperature

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PMB02-12D05

PMB02-24D12

PMB02-48D15

-

-

Power dissipation curve

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Low Line, Full Load Normal Line, Full Load High Line, Full Load

+Vout=18.8mV –Vout=14.4mV +Vout=17.6mV –Vout=14.0mV +Vout=17.6mV –Vout=15.2mV





PMB02-12D05

PMB02-24D12

PMB02-48D15

-

Output ripple & noise

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PMB02-12D05

PMB02-24D12

PMB02-48D15


Transient Peak 115.0mV Transient Peak 111.0mV Transient Peak 115.0mV Transient Response 208.0uS Transient Response 204.0uS Transient Response 200.0uS





Transient Peak and Response

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PMB02-12D05

PMB02-24D12

PMB02-48D15

Normal Line, Full Load Normal Line, Full Load

Rise Time=297.2uS Delay Time=640.0uS


Rise Time=324.8uS Delay Time= 432.0uS


Delay Time and Raise Time

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Input Source Impedance The power module should be connected to a low impedance input source. Highly inductive source impedance can affect the stability of the power module. Input installs LSIM to simulate the impedance of power source. External input capacitors CFILTER serve primarily as energy-storage elements, minimizing line voltage variations caused by transient IR drops in conductors from backplane to the DC/DC. The capacitor must as close as possible to the input terminals of the power module for lower impedance. For the input reflected-ripple current measurement configuration is shown as below:

Input Refleced Ripple Current Measurement Setup

PMB02-05S□□ / PMB02-12S□□ Component Value Voltage ReferenceLSIM 2.2μH ---- SMD InductorCFILTER 10μF 25V 1210 MLCC PMB02-24S□□ / PMB02-48S□□ Component Value Voltage ReferenceLSIM 2.2μH ---- SMD InductorCFILTER 2.2μF 100V 1210 MLCC

Output Short Circuitry ProtectionContinuous and auto-recovery mode. During short circuit, converter still shut down. The average current during this condition will be very low and the device can be safety in this condition.

Thermal ConsiderationThe power module operates in a variety of thermal environments. However, sufficient cooling should be provided to help ensure reliable operation of the unit. Heat is removed by conduction, convection, and radiation to the surrounding Environment. Proper cooling can be verified by measuring the point as the figure below. The temperature at this location should not exceed 100°C. When Operating, adequate cooling must be provided to maintain the test point temperature at or below 100°C. Although the maximum point Temperature of the power modules is 100°C, you can limit this Temperature to a lower value for extremely high reliability.

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Remote On/Off ControlThe positive logic remote ON/OFF control circuit is included.Turns the module ON during logic High on the Ctrl pin and turns OFF during logic Low.

The Ctrl pin is an open collector/drain logic input signal (Von/off) that referenced to -Vin. If not using the remote on/off feature, please open circuit between Ctrl pin and input pin to turn the module on.

Remote ON/OFF Implementation

Here shows recommended schematics as below. With these external circuit, remote control logic can be changed and achieve voltage mode remote control.

Recommended external ON/OFF Ctrl circuit and components (1)

Positive Logic R1(kW) R2(kW) ZD1 Q1 Q2Vcc=4.5~9Vdc 0 7.5 5.1V, 5mA ROHM 2SC4081 ROHM DTC144WVcc=9~18Vdc 2.2 16 10V, 5mA ROHM 2SC4081 ROHM DTC144WVcc=18~36Vdc 6.8 33 18V, 5mA ROHM 2SC4081 ROHM DTC144WVcc=36~75Vdc 15 68 36V, 5mA ROHM 2SC4102 ROHM DTC144W Negative Logic R1(kW) R2(kW) ZD1 Q1 Q2Vcc=4.5~9Vdc 0.36 5.1 7.5 ROHM 2SA1576A ROHM DTC144WVcc=9~18Vdc 2.7 5.1 16 ROHM 2SA1576A ROHM DTC144WVcc=18~36Vdc 7.5 5.1 33 ROHM 2SA1576A ROHM DTC144WVcc=36~75Vdc 16 5.1 68 ROHM 2SA1579 ROHM DTC144W Remote ON/OFF Logic TTL DC/DC Converter StatementPositive Logic 2.8~15Vdc ON 0~0.8Vdc OFF Open or Short OFFNegative Logic 2.8~15Vdc OFF 0~0.8Vdc ON Open or Short ON

Module ON Module OFF

Positive Logic Negative Logic

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Recommended external ON/OFF Ctrl circuit and components (2)

Positive Logic Value Package ReferenceR1 200 ohm 0603 Chip Resistor 1/10W 50VR2 100k ohm 0603 Chip Resistor 1/10W 100VQ1 75V/ 50mA SC-88A NXP PSSI2021SAYQ2 50V/ 30mA SC-75A ROHM DTC144WQ3 12V/ 500mA SC-75A ROHM 2SC5585 Negative Logic Value Package ReferenceR1 200 ohm 0603 Chip Resistor 1/10W 50VQ1 75V/ 50mA SC-88A NXP PSSI2021SAYQ2 50V/ 30mA SC-75A ROHM DTC144W Remote ON/OFF Logic TTL DC/DC Converter StatementPositive Logic 2.8~15Vdc ON 0~0.8Vdc OFF Open or Short OFFNegative Logic 2.8~15Vdc OFF 0~0.8Vdc ON Open or Short ON

Positive Logic Negative Logic

* Vcc= 3.0 ~ 75VDC

* Vcc= 3.0 ~ 75VDC

EMS ConsiderationsThe PMB0202 series can meet Fast Transient EN61000-4-4 and Surge EN61000-4-5 performance criteria A with external components connected to the input terminals of the module. Please see the following schematics as below.

Surge/Fast Transient

PMB02□□S□□ Component Value Voltage ReferenceC1 220μF 100V Nippon chemi-con KY-series

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Mechanical Data

Pin Connection Pin Define1 -Vin2 +Vin3 Ctrl5 NC*/ No pin**6 +Vout7 -Vout8 NC* Pin 5 is “NC” for PMB02-□□D□□** Pin 5 is “No pin” for PMB02-□□D□□ H

1. All dimensions in Inch [mm]2. Tolerance: X.XX±0.02 [X.X±0.5]X.XXX±0.01 [X.XX±0.25]3. Pin pitch tolerance ±0.01 [0.25]4. Pin dimension tolerance ±0.004 [0.1]

Recommended Pad Layout

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Soldering Considerations Lead free wave solder profile for PED40W series.

Packing InformationTube

Reference Solder: SN-Ag-Cu: Sn-Cu Hand Welding (Reference): Soldering iron: Power 150W Welding Time 3~6 Temp 410~430

Safety and Installation Instruction Fusing ConsiderationCaution: This power module is not internally fused. An input line fuse must always be used.This encapsulated power module can be used in a wide variety of applications, ranging from simple stand-alone operation to an integrated part of sophisticated power architecture. To maximum flexibility, internal fusing is not included; however, to achieve maximum safety and system protection, and input line fuse must always be used. The input line fuse suggest as below:

Modules Ampere Rating of Fuse Fuse TypePMB02-05D□□ 3A Slow-BlowPMB02-12D□□ 3A Slow-BlowPMB02-24D□□ 1.5A Slow-BlowPMB02-48D□□ 1.5A Slow-Blow

Based on the information provided in this application note on Inrush energy and maximum DC input current at low Vin. If customer have another used condition and need more information, please contact Powerbox.

MTBF and Reliability The MTBF of PMB02 DUAL-SERIES of DC/DC converters has been calculated using MIL-HDBK 217F NOTICE2 FULL LOAD, Operating Temperature at 25°C. The resulting figure for MTBF is 4.903x106 hours.

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Recommended External EMI Filter

Single Output Dual Output

Model C1 L1PMB02-05□□□ 10μF/25 2.2μH 2.3A 0.025Ω 1812 MLCC 0504 SMD Inductor, PMT-059PMB02-12□□□ 10μF/25V 2.2μH 2.3A 0.025Ω 1812 MLCC 0504 SMD Inductor , PMT-059PMB02-24□□□ 6.8μF/50V 3.3μH 2.0A 0.06Ω 1812 MLCC 0504 SMD Inductor, PMT-044PMB02-48□□□ 2.2μF/100V 10μH 1.4A 0.1Ω 1812 MLCC 0504 SMD Inductor, PMT-047

Recommended external EMI filter for EN55022 Class A

Single Output Dual Output

Model C1 L1PMB02-05□□□ 22μF/25V 3.3μH 2.0A 0.06Ω 1812 MLCC 0504 SMD Inductor, PMT-044PMB02-12□□□ 22μF/25V 3.3μH 2.0A 0.06Ω 1812 MLCC 0504 SMD Inductor, PMT-044PMB02-24□□□ 4.7μF/50V 12μH 1.4A 0.12Ω 1812 MLCC 0504 SMD Inductor, PMT-062PMB02-48□□□ 2.2μF/100V 27μH 0.9A 0.2Ω 1812 MLCC 0504 SMD Inductor, PMT-063

Recommended external EMI filter for EN55022 Class B

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POWERBOX Industrial Line DC/DC Converter · 2020-06-08 · 2W 2:1 Dual Output DC/DC Converter Manual Input Source Impedance The power module should be connected to a low impedance