WeEn Semiconductors BTA420 3-Quadrant High-Commutation Triacs
WeEn Semiconductors BTA420 3-Quadrant High-Commutation Triacs are planar passivated, high commutation three-quadrant triacs intended for use in circuits where high static and dynamic dV/dt and high dI/dt can occur. The WeEn Semiconductors BTA420 series triacs will commutate the full RMS current at the maximum rated junction temperature (Tj(max) = 150°C) without the aid of a snubber. It is used in applications that require high junction operating temperature capability.Features
- 3Q technology for improved noise immunity
- 2500VRMS isolation voltage capability available
- High commutation capability with maximum false trigger immunity
- High-immunity to false turn-on by dV/dt
- High-junction operating temperature capability
- High-voltage capability
- Available with isolated mounting base package, internally insulated package, or internally isolated mounting base
- Least sensitive gate for highest noise immunity
- Planar passivated for voltage ruggedness and reliability
- Triggering in three quadrants only
Applications
- Applications subject to high temperature
- Heating controls
- High-power motor control
- High-power switching
View Results ( 9 ) Page
| Part Number | Datasheet | Description | Holding Current Ih Max | Gate Trigger Current - Igt |
|---|---|---|---|---|
| BTA420X-800CT,127 | ![]() |
Triacs _3Q Hi-Com Triac | 40 mA | 35 mA |
| BTA420X-800BT,127 | ![]() |
Triacs _3Q Hi-Com Triac | 60 mA | 50 mA |
| BTA420-800BT,127 | ![]() |
Triacs _3Q Hi-Com Triac | 60 mA | 50 mA |
| BTA420-800CT,127 | ![]() |
Triacs BTA420-800CT/SIL3P/STANDARD MA | 40 mA | 35 mA |
| BTA420X-800CT/DG,1 | ![]() |
Triacs BTA420X-800CT/DG/TO-220F/STAND | 40 mA | 35 mA |
| BTA420X-800CT/L02Q | ![]() |
Triacs 3Q Hi-Com Triac | 40 mA | 35 mA |
| BTA420X-800CT/L03Q | ![]() |
Triacs BTA420X-800CT/L03/TO-220F/STAN | 40 mA | 35 mA |
| BTA420Y-800BT,127 | ![]() |
Triacs 3Q Hi-Com Triac | 60 mA | 50 mA |
| BTA420Y-800CT,127 | ![]() |
Triacs 3Q Hi-Com Triac | 40 mA | 35 mA |
Published: 2015-02-11
| Updated: 2022-03-11

