NXP BT139 600 TRIAC 600V 16A Thyristor (TO 220 Package)

The NXP BT139 600 is a 600V 16A TRIAC thyristor designed for AC power switching, phase control and industrial electronic applications. Featuring a TO 220 through-hole package, this bidirectional semiconductor device controls alternating current in both directions using a gate trigger signal. With a 600V repetitive peak off-state voltage and 16A RMS on-state current rating, the BT139 600 is suitable for motor speed controllers, light dimmers, heater control circuits and AC switching equipment. Its high current capability and compact construction make it useful for electronic power control applications.

Key Features -

• NXP BT139 600 TRIAC thyristor

• 600V repetitive peak off-state voltage

• 16A RMS on-state current rating

• Bidirectional AC switching capability

• Gate controlled semiconductor switching

• TO 220 through-hole package

• Suitable for AC phase control applications

• High current switching capability

• Suitable for motor speed regulation

• Supports light dimming and heater control

• Designed for industrial power electronics

• Compatible with suitable TRIAC gate driver circuits

Specifications -

• Brand: NXP

• Part Number: BT139 600

• Product Type: TRIAC Thyristor

• Semiconductor Type: Bidirectional Triode Thyristor

• Repetitive Peak Off-State Voltage: 600V

• RMS On-State Current: 16A

• Maximum Non Repetitive Surge Current: 155A under specified conditions

• Gate Trigger Current: Variant Dependent

• Switching Type: Bidirectional AC Control

• Package Type: TO 220

• Mounting Type: Through Hole

• Number of Terminals: 3

• Main Terminals: MT1 and MT2

• Control Terminal: Gate

• Application: AC Switching, Phase Control and Power Regulation

Applications -

• AC motor speed controllers

• Light dimmer circuits

• Electric heater controllers

• Fan speed regulators

• Industrial AC switching systems

• Temperature control equipment

• Household appliance control circuits

• AC power regulators

• Solid state switching circuits

• Industrial automation equipment

• Electronic power control systems

• Phase angle control circuits