TISP4250M3BJR-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

TISP4250M3BJR-S are thyristors, which are a type of solid-state semiconductor devices. They belong to the same family as transistors, but have the additional advantages of switching faster and having a higher breakdown voltage.

Thyristors are made up of four layers of semiconductors such as silicon and germanium. The two outer layers are a p-type semiconductor and the two inner layers are an n-type semiconductor. When the n-type semiconductor is connected to a positive voltage, it will become conductive. This causes the p-type semiconductor to also become conductive and the two layers to form a closed electronic circuit.

In order for the thyristor to switch off, the voltage between the two layers must decrease. This is why they are known as latching devices. Once they are switched on they will stay on until the voltage drops below the breakover voltage. This means that they can be used to regulate electrical current in a circuit.

TISP4250M3BJR-S thyristors are used in a wide range of applications including power controllers, static switches, and AC motor drives. They are suitable for high-frequency switching and are typically used in power supplies, rectifiers, motor controls, and inverters.

The TISP4250M3BJR-S thyristors have a high voltage breakdown resistance, a low voltage holding current, and fast switching times. They are available in a variety of package sizes and can be used with both AC and DC current. The fast switching time makes them ideal for use in applications such as dimmers and motor controllers.

The working principle of the TISP4250M3BJR-S thyristor is based on the latching phenomenon. When the thyristor is forward biased, the PN junction will be turned on. This will cause the output terminals to be “clamped” to the same voltage. When the voltage across the thyristor decreases, the thyristor will remain “on”, even after the voltage across the thyristor has dropped below the voltage threshold. This is the latching phenomenon that these thyristors are known for.

TISP4250M3BJR-S thyristors are an ideal choice for controlling the output of power supplies, preventing voltage spikes, and regulating the flow of current in a circuit. They are fast switching devices, have a high voltage breakdown resistance, and are available in a variety of package sizes. These features make them a reliable choice for a wide variety of applications.

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