TIC236M-S

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Thyristors - TRIACs are widely used in today\'s world, powering a variety of applications such as light dimmers, AC motor controllers, remote control devices, temperature controllers and solar power inverters. One example of a Thyristor - TRIAC is the TIC236M-S. This device has a maximum allowable peak gate current of 4mA and its continuous gate current is 3mA. Its peak gate voltage is 200V, with a reverse-bias gate voltage of 4V and a holding current of 10mA.

The TIC236M-S is a three-terminal device composed of two MOSFETs coupled with a common gate. This device is designed to be used as a thyristor switch in AC applications and is capable of controlling the load switching on both sides of the main bridge rectifier. The TIC236M-S has a working principle based on the generation of a latching current through the gate terminal, whose magnitude is determined by the turn-on voltage of the MOSFETs.

The TIC236M-S can be used in a variety of applications in power electronics; it is especially useful when controlling AC motors and light dimmers. It also has applications in solar power inverters, where it is used to prevent the power flow from the solar cells from exceeding its limits. The device can also be used as a temperature controller, allowing for the adjustment of the temperature of a device or system. Additionally, it is commonly used in remote control devices to provide secure data transfer between a master and a slave device.

Overall, the TIC236M-S is a highly versatile and powerful Thyristor-TRIAC switch, capable of being used in a variety of applications depending on the requirements of the system. It has a maximum allowable peak gate current of 4mA and its continuous gate current is 3mA. The peak gate voltage is 200V, with a reverse-bias gate voltage of 4V and a holding current of 10mA. The device can be used as a thyristor switch in AC applications and is capable of controlling the load switching on both sides of the main bridge rectifier. Additionally, it can be used to prevent the power flow from the solar cells from exceeding its limits, as a temperature controller or as a device for secure data transfer.

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