TISP4095M3BJR

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Thyristors, also known as silicon-controlled rectifiers (SCRs), are devices that control electrical current. They are made up of four layers of semiconductor materials (n-type and p-type), and can be used to switch and control AC and DC power. A thyristor plays an important role in the electronic industry, such as for controlling and protecting motors and power supplies. The TISP4095M3BJR is a type of thyristor used for a variety of applications.

The TISP4095M3BJR is a three-terminal, silicon, bidirectional thyristor, specifically designed for use in medium-frequency AC and DC applications. It is an enhanced version of the TISP4095M3nJR, designed for high-current applications up to 5A, while maintaining low forward voltage drop. This thyristor is also capable of withstanding high peak current of up to 45A.

The TISP4095M3BJR is well-suited for applications such as AC powersupplys, motor driver applications, and lights dimmers. It has a range of features, including reverse-blocking voltage up to 15V, peak repetition rate frequency of 1kHz, cycling temperature range from -40 to 150℃, and surge current withstand up to 130A.

The main principle of operation of the TISP4095M3BJR is that it is activated by a trigger current or pulse. This trigger current is provided by the user, and it is then used to create a conducts current, thus creating a closed circuit. Once the trigger current is removed, the thyristor will remain off and open the circuit until the next trigger pulse. This makes it a very advantageous device, because it helps to reduce the amount of energy used for the circuit.

In conclusion, the TISP4095M3BJR is a three-terminal, silicon, bidirectional thyristor, well-suited for a variety of AC and DC applications. It is capable of withstanding high peak current, while maintaining low forward voltage drop. The thyristor is activated by a trigger current or pulse, and remains off and open the circuit until the next trigger pulse. This makes it an advantageous device, since it helps to reduce the amount of energy used for the circuit.

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