TISP4350J1BJR-S

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Thyristors are a type of semiconductor device that is often used in power electronics. They provide a two-terminal switching solution with the added benefit of a higher current rating and a much higher breakdown voltage than other two-terminal devices. The TISP4350J1BJR-S thyristor is a versatile switch that can be used in high-voltage applications where a low on-state voltage drop and fast switching speeds are important.

This TISP4350J1BJR-S thyristor device is a four-layer anode-gate-cathode-gate structure designed specifically for high-voltage, high-current, industrial, and automotive applications. It has a die size of 1.4mm x 1.4mm with a package outline of DO-214AA, and a junction-to-ambient thermal resistance of 0.26℃/W. It also has an excellent switching performance with a turn-on us time of less than 10µs and a low on-state voltage drop of 0.3V at an IF of 8A.

The TISP4350J1BJR-S thyristor is ideal for applications that require high-current, high-voltage switching such as motor control, power converters, dimmers, and power supplies. It is also suitable for DC-DC conversions, phase control circuits, and automotive applications. The thyristor can provide fast, reliable, and low-loss switching for these applications.

The working principle of the TISP4350J1BJR-S thyristor is based on the use of a thyristor to control the current flow in a circuit. A thyristor is a three-terminal device that can be used to switch current on and off. It has two keywords SCR (Silicon Controlled Rectifier) and TRIAC (Triode for Alternating Current).

When the gate is given a gate current pulse, the thyristor turns on and allows current to flow from anode to cathode. The gate needs to be kept on in order to maintain the on-state of the thyristor. Once the gate voltage is removed, the thyristor turns off automatically and no current flows. This is known as zero crossing control.

The TISP4350J1BJR-S thyristors can be used in a variety of applications and offer excellent performance under harsh conditions. It is ideal for high-voltage, high-current switching and can be used in automotive, industrial, and power electronics applications.

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