WE-PSPA Push Pull & Gate Drive Transformer
SizeDimen­sionsL
(mm)
W
(mm)
H
(mm)
Mount
1208
12.6 8.3 4.1 SMT
1006
10.46 6.73 - SMT

Characteristics

  • Surface mount
  • AEC-Q200
  • Variety of turn ratios
  • Output voltages from 5 V up to 23 V
  • Operating temperature:-40 °C up to +125 ºC
  • Automotive approved

Applications

  • As a Gate Drive Transformator
  • Transformator for Push Pull DC/DC Converter
  • For isolated interfaces RS 485, CAN

Products

All
1208
1006
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Order Code
Data­sheet
Downloads
Status
L(µH)
n
Test Condition n
RDC 1(mΩ)
RDC 2(mΩ)
RDC 3(mΩ)
RDC 4(mΩ)
∫Udt(Vµs)
LS(nH)
VT(V (AC))
VOut1(V)
Vin(V)
IOut1(mA)
Design Kit
Samples
78931812505
86 µH, 1:1.13, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance86 µH
Turns Ratio1:1.13 
Turns Ratio(1-3) : (6-4) 
DC Resistance 155 mΩ
DC Resistance 255 mΩ
DC Resistance 360 mΩ
DC Resistance 460 mΩ
Voltage-µSecond9.5 Vµs
Leakage Inductance600 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 15 V
Input Voltage5 V
Output Current 1750 mA
Design Kit
78931812512
86 µH, 1:2.5, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance86 µH
Turns Ratio1:2.5 
Turns Ratio(1-3) : (6-4) 
DC Resistance 160 mΩ
DC Resistance 260 mΩ
DC Resistance 3125 mΩ
DC Resistance 4125 mΩ
Voltage-µSecond9.5 Vµs
Leakage Inductance300 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 112 V
Input Voltage5 V
Output Current 1310 mA
Design Kit
78931812515
86 µH, 1:3.13, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance86 µH
Turns Ratio1:3.13 
Turns Ratio(1-3) : (6-4) 
DC Resistance 160 mΩ
DC Resistance 260 mΩ
DC Resistance 3230 mΩ
DC Resistance 4230 mΩ
Voltage-µSecond9.5 Vµs
Leakage Inductance300 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 115 V
Input Voltage5 V
Output Current 1250 mA
Design Kit
78931812518
86 µH, 1:3.75, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance86 µH
Turns Ratio1:3.75 
Turns Ratio(1-3) : (6-4) 
DC Resistance 160 mΩ
DC Resistance 260 mΩ
DC Resistance 3280 mΩ
DC Resistance 4280 mΩ
Voltage-µSecond9.5 Vµs
Leakage Inductance300 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 118 V
Input Voltage5 V
Output Current 1210 mA
Design Kit
78931812523
86 µH, 1:4.75, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance86 µH
Turns Ratio1:4.75 
Turns Ratio(1-3) : (6-4) 
DC Resistance 165 mΩ
DC Resistance 265 mΩ
DC Resistance 3350 mΩ
DC Resistance 4350 mΩ
Voltage-µSecond9.5 Vµs
Leakage Inductance300 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 123 V
Input Voltage5 V
Output Current 1165 mA
Design Kit
78931610505
475 µH, 1:1.15, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:1.15 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1140 mΩ
DC Resistance 2140 mΩ
DC Resistance 3150 mΩ
DC Resistance 4150 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance500 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 15 V
Input Voltage5 V
Output Current 1350 mA
Design Kit
78931610512
475 µH, 1:2.54, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:2.54 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1165 mΩ
DC Resistance 2165 mΩ
DC Resistance 3335 mΩ
DC Resistance 4335 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance500 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 112 V
Input Voltage5 V
Output Current 1150 mA
Design Kit
78931610515
475 µH, 1:3.15, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:3.15 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1155 mΩ
DC Resistance 2155 mΩ
DC Resistance 3635 mΩ
DC Resistance 4635 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance500 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 115 V
Input Voltage5 V
Output Current 1115 mA
Design Kit
78931610518
475 µH, 1:3.77, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:3.77 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1160 mΩ
DC Resistance 2160 mΩ
DC Resistance 3775 mΩ
DC Resistance 4775 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance500 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 118 V
Input Voltage5 V
Output Current 1100 mA
Design Kit
78931610305
475 µH, 1:1.69, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:1.69 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1145 mΩ
DC Resistance 2145 mΩ
DC Resistance 3225 mΩ
DC Resistance 4225 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance600 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 15 V
Input Voltage3.3 V
Output Current 1350 mA
Design Kit
78931610306
475 µH, 1:2, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:2 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1145 mΩ
DC Resistance 2145 mΩ
DC Resistance 3270 mΩ
DC Resistance 4270 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance500 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 15 V
Input Voltage3.3 V
Output Current 1350 mA
Design Kit
78931610503
475 µH, 1:1.23, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:1.23 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1135 mΩ
DC Resistance 2135 mΩ
DC Resistance 3155 mΩ
DC Resistance 4155 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance500 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 13.3 V
Input Voltage5 V
Output Current 1350 mA
Design Kit
78931610506
475 µH, 1:1.31, (1-3) : (6-4)
Status Activei| Production is active. Expected lifetime: >10 years.
Inductance475 µH
Turns Ratio1:1.31 
Turns Ratio(1-3) : (6-4) 
DC Resistance 1135 mΩ
DC Resistance 2135 mΩ
DC Resistance 3160 mΩ
DC Resistance 4160 mΩ
Voltage-µSecond11 Vµs
Leakage Inductance500 nH
Insulation Test Voltage2500 V (AC)
Output Voltage 15 V
Input Voltage5 V
Output Current 1350 mA
Design Kit

WE-PSPA

PUSH PULL & GATE DRIVE TRANSFORMER

WE-PSPA

PUSH PULL & GATE DRIVE TRANSFORMER

WE-PSPA is a small sized power transformer specially designed for Push-Pull and Gate Drive applications.

  • Space reduction due to its low profile.
  • Suitable for a great variety of applications thanks to its different turn ratios.
  • Perfectly reliable for automotive applications because of its automated manufacturing process.
WE-PSPA

An important parameter of the Push Pull and Gate Drive Transformer is the product of time and voltage, until the core saturates. The voltage-time product V- t (unit: volt-second) is calculated of the inductance L and the saturation current Isat. When selecting a transformer, you should ensure, that enough volt-seconds are available, depending on the frequency and pulse bandwidth of the application.

WE-PSPA Push Pull & Gate Drive Transformer

Simplified Gate Drive Transformer Circuit

WE-PSPA Push Pull & Gate Drive Transformer

Simplified Push Pull Application

Assortments

Articles from this product series can be found in the following assortments: