AVS10CB

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Thyristors - TRIACs

A thyristor is a type of solid-state semiconductor device which acts as a switch and is used to control electric current. It has two terminals, called the anode and the cathode. A TRIAC is a type of thyristor designed specifically for controlling AC current. The TRIAC stands for "triode for alternating current."

Avs10cb Application Field and Working Principle

The AVS10CB is a thyristor type of AC voltage stabilizer which is used for providing a constant output voltage for voltage sensitive equipment including power inverters, home theaters, computers, and pro audio equipment. The device is designed to regulate AC voltage in the range from 58V to 260V by rapidly switching between two different output voltages. It is also capable of providing protection from over voltage and under voltage conditions.

The working principle of the AVS10CB is based on the Bidirectional Trigger Protection (BTP) circuitry used in many other voltage stabilizers. The BTP electronics is used to control the thyristor switching times so that the output signal maintains a constant voltage level. The BTP electronics is also responsible for providing protection against overvoltage and undervoltage conditions by detecting such conditions and immediately reducing the output voltage. The BTP circuits also provide a much faster response time to changes in output voltage levels than conventional voltage stabilizers.

The AVS10CB is powered by a DC power supply which is connected to the thyristors. When the input voltage is higher than the controlled voltage, the thyristors are activated and the excess voltage is diverted away from the output and dissipated as heat. When the input voltage is lower than the controlled voltage, the thyristors are deactivated and the excess power is drained from the output and dissipated as heat.

The AVS10CB is a highly versatile, efficient, and reliable voltage stabilizer which is perfect for applications where maintaining a constant output voltage is essential. This stabilizer can be used in a wide range of applications including medical equipment, industrial equipment, home theaters, and pro audio equipment. The thyristor technology makes this device exceptionally robust and reliable, making it ideal for applications where power reliability and accuracy are crucial.

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