STMicroelectronics

BTA16-800SWRG

BTA16-800SWRG Description

The BTA16-800SWRG is a high-performance sensitive gate TRIAC manufactured by STMicroelectronics, designed for robust switching applications in AC power control systems. With an 800V off-state voltage and 16A RMS on-state current rating, this device is optimized for medium-power loads. Its sensitive gate triggering (max 10mA Igt, 1.3V Vgt) ensures compatibility with low-power control circuits, reducing the need for additional driver components. Packaged in a TO-220 through-hole format, it is suitable for industrial and consumer applications requiring reliable thermal performance. The TRIAC is RoHS3 compliant and adheres to REACH and EAR99 regulations, making it environmentally friendly and globally deployable.

BTA16-800SWRG Features

• High Voltage Rating: 800V off-state voltage ensures resilience against line transients.
• Sensitive Gate Control: Low trigger current (10mA max) and voltage (1.3V max) simplify drive circuitry.
• Robust Surge Handling: Non-repetitive surge current up to 160A (50Hz)/168A (60Hz) for fault tolerance.
• Thermal Efficiency: TO-220 package enables effective heat dissipation in high-duty applications.
• Reliable Performance: 15mA holding current ensures stable conduction under varying loads.
• Compliance: Meets ROHS3, REACH, and EAR99 standards for global use.

BTA16-800SWRG Applications

This TRIAC is ideal for:

• AC Motor Control: Speed regulation in appliances like fans and pumps.
• Lighting Systems: Dimming circuits for incandescent and LED drivers.
• Heating Controls: Precision temperature regulation in industrial heaters.
• Solid-State Relays: Low-power triggering in SSR designs.
• Consumer Electronics: Power switching in washing machines, air conditioners, and coffee makers.

Conclusion of BTA16-800SWRG

The BTA16-800SWRG stands out for its high voltage capability, sensitive gate operation, and surge resilience, making it a versatile choice for AC power control. Its TO-220 packaging ensures thermal reliability, while compliance with environmental standards broadens its applicability. Engineers can leverage this TRIAC for cost-effective, energy-efficient designs in industrial, commercial, and consumer systems requiring robust switching performance.