TISP4A265H3BJR-S

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thyristors (also known as semiconductor devices) are a class of power electronic components, and one of the main components in the field of power electronic components. The TISP4A265H3BJR-S is a thyristor which has advantages such as high switching frequency, high insulation breakdown voltage, low power loss, low drive current, anti-surge, etc. In particular, it should be noted that the switching speed of this device is very high, which can meet the current need for fast switching characteristics.

The application field of TISP4A265H3BJR-S thyristors includes DC-DC converters, AC-DC inverters, control devices for power control systems, etc. It has good high temperature resistance and high electrical insulation strength, so it is especially suitable for large power occasions where high insulation requirements and high reliability are required. In the application of large power switching occasions, its high switching frequency and low power loss performance will bring better energy saving and emission reduction effect.

In terms of its working principle, a thyristor is a semiconductor device that only passes current in one direction, and like transistors, it is subjected to control signals to carry out electric control. The TISP4A265H3BJR-S is a four-layer thyristor with three p-n junctions. When it is in the forward conduction state, a large number of electrons and holes from the junction area flow to the other end. In the reverse conduction state, the electrons on the anode end have been blocked, so that it can only conduct current in one direction.

When the anode voltage of TISP4A265H3BJR-S thyristors is higher than the gate voltage, the thyristor is in the cut-off state, and no current will flow. When the anode voltage is lower than the gate voltage, the thyristor enters the "forward conduction" state and begins to conduct current. At this time, the control voltage can control the level of the gate voltage ,which in turn can control the on-off state of the thyristor.

In addition, the TISP4A265H3BJR-S also has a "latching function": when it enters the forward conduction state, it needs to turn on the power supply to complete the latching conduction. As long as the power supply is not cut off, the thyristor will remain in the on state. This feature is very useful in the circuit design of certain electronic control devices where the power of the control device must not be interrupted.

The thyristors provided by TISP4A265H3BJR-S are ideal components for power electronic control systems due to their advantages of high insulation voltage, low power loss, high frequency switching characteristics, etc. In the application of large power switching occasions, the use of thyristors can bring good energy savings and emission reduction effects. In addition, their latching function can be used in fixed control applications, such as heating control. Not only dose the device have wide applications, it also ensures safe and reliable performance.

The specific data is subject to PDF, and the above content is for reference