STMicroelectronics Surface Mount 4-Pin TRIAC 600 V Gate Trigger 1.3 V Z0107MN 5AA4

STMicroelectronics Z0107MN 5AA4 is a surface mount 4-pin TRIAC designed for efficient AC power control applications. It features a maximum rated average on-state current Irms of 1 ampere and a repetitive peak reverse voltage of 600 volts, making it suitable for switching and controlling AC loads in electronic circuits.

The TRIAC is housed in a compact SOT-223 package optimized for surface mount technology, promoting easy PCB assembly with low profile design. It has a maximum gate trigger current of 7 milliamperes and a gate trigger voltage of 1.3 volts, facilitating reliable and sensitive triggering performance.

This device supports a surge current rating of up to 8.5 amperes, allowing it to handle transient peaks safely without damage. It operates reliably over a wide temperature range from -40 degrees Celsius to 125 degrees Celsius, suitable for industrial, commercial, and consumer electronic applications even in harsh environments.

With a 4-pin single TRIAC configuration, the device simplifies control circuit designs while providing stable conduction supported by a maximum holding current of 10 milliamperes and ultra-low repetitive peak off-state current of 5 microamperes which reduces leakage power losses.

The TRIAC's peak on-state voltage is 1.56 volts ensuring minimal conduction loss and efficient switching performance. Its physical dimensions of 6.5 mm length and 1.8 mm height make it a space-saving solution for modern electronics requiring compact form factors.

Rated average on-state current of 1A. Surface mount SOT-223 package for PCB mounting. Maximum gate trigger current of 7mA with 1.3V gate voltage. Surge current handling up to 8.5A. Operating temperature range from -40°C to 125°C.

4-pin single TRIAC configuration. Maximum holding current of 10mA for stable operation. Very low leakage current of 5μA. Peak on-state voltage of 1.56V. Compact dimensions: 6.5mm length, 1.8mm height.

This TRIAC is ideal for use in industrial electronics, power control systems, AC switching applications, factory automation, HVAC control, and general-purpose power management circuits. It supports efficient load switching, minimizing power dissipation and maximizing reliability.

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