High Commutation TRIACs, Fagor. A range of High Commutation three-quadrant TRIACs from Fagor. These devices are ideally suited to motor and inductive load applications where high commutation rates ...
High Commutation TRIACs, Fagor. A range of High Commutation three-quadrant TRIACs from Fagor. These devices are ideally suited to motor and inductive load applications where high commutation rates ...
High Commutation TRIACs, Fagor. A range of High Commutation three-quadrant TRIACs from Fagor. These devices are ideally suited to motor and inductive load applications where high commutation rates ...
High Commutation TRIACs, Fagor. A range of High Commutation three-quadrant TRIACs from Fagor. These devices are ideally suited to motor and inductive load applications where high commutation rates ...
High Commutation TRIACs, Fagor. A range of High Commutation three-quadrant TRIACs from Fagor. These devices are ideally suited to motor and inductive load applications where high commutation rates ...
High Commutation TRIACs, Fagor. A range of High Commutation three-quadrant TRIACs from Fagor. These devices are ideally suited to motor and inductive load applications where high commutation rates ...
High Commutation TRIACs, Fagor. A range of High Commutation three-quadrant TRIACs from Fagor. These devices are ideally suited to motor and inductive load applications where high commutation rates ...
IXYS CLA60MT series TRIACs. A high efficiency TRIAC from IXYS available in two package options. The device is suitable for three quadrant triggering operation on 50/60Hz single phase ac power lines...
IXYS CLA60MT series TRIACs. A high efficiency TRIAC from IXYS available in two package options. The device is suitable for three quadrant triggering operation on 50/60Hz single phase ac power lines...
Rated Average On-State Current = 16A Mounting Type = Surface Mount Package Type = TO-263 Maximum Gate Trigger Current = 35mA Repetitive Peak Reverse Voltage = 600V Pin Count = 3 Maximum Gate Trigge...
The Littlefuse QV6016NH4RP is designed with high dv/dt capability for AC switching and phase control applications, especially for inductive loads applications where high commutation performance is ...
Rated Average On-State Current = 16A Mounting Type = Surface Mount Package Type = TO-263 Maximum Gate Trigger Current = 35mA Repetitive Peak Reverse Voltage = 600V Pin Count = 3 Maximum Gate Trigge...
The Littlefuse QV6016NH4TP is designed with high dv/dt capability for AC switching and phase control applications, especially for inductive loads applications where high commutation performance is ...
Rated Average On-State Current = 4A Mounting Type = Through Hole Package Type = TO-220AB Maximum Gate Trigger Current = 10mA Repetitive Peak Reverse Voltage = 400V Surge Current Rating = 55A Pin Co...
4 Amp bi-directional solid state switch series is designed for AC switching and phase control applications such as motor speed and temperature modulation controls, lighting controls, and static swi...
25 Amp bi-directional solid state switch series is designed for AC switching and phase control applications such as motor speed and temperature modulation controls, lighting controls, and static sw...
Rated Average On-State Current = 25A Mounting Type = Through Hole Package Type = TO-220AB Maximum Gate Trigger Current = 80mA Repetitive Peak Reverse Voltage = 400V Surge Current Rating = 250A Pin ...
Rated Average On-State Current = 16A Mounting Type = Through Hole Package Type = TO220L Maximum Gate Trigger Current = 35mA Repetitive Peak Reverse Voltage = 600V Pin Count = 3 Maximum Gate Trigger...
The Littlefuse QV6016LH4TP is designed with high dv/dt capability for AC switching and phase control applications, especially for inductive loads applications where high commutation performance is ...
Rated Average On-State Current = 16A Mounting Type = Through Hole Package Type = TO220R Maximum Gate Trigger Current = 35mA Repetitive Peak Reverse Voltage = 600V Pin Count = 3 Maximum Gate Trigger...
The Littlefuse QV6016RH4TP is designed with high dv/dt capability for AC switching and phase control applications, especially for inductive loads applications where high commutation performance is ...
