K2400S

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 are an important component in the production of semiconductor materials and devices. Their primary purpose is to control and regulate the flow of electricity. They are semiconductor devices that control power by switching an electric current on and off. In doing so, they help to convert electrical energy into mechanical motion and can also be used to regulate the speed and power of motors.

K2400S is a type of thyristor that belongs to the DIACs and SIDACs family. It is a two-terminal device with two opposite conditionedd cathodes. It is mainly used in AC/DC control power, regulate the speed of motors and control phase angle as well as rectifying phase control.

The K2400S is set with a firing voltage threshold of 35V and a current of 2.5mA. When the current passes through the device, it begins to show its positive anode characteristics. When the timing reaches the firing point, the thyristor will trigger and allow the electric current to flow. This process is commonly referred to as "plowing", since it slowly builds up the current until it reaches the firing threshold.

The K2400S also has a holding voltage which is the voltage required to keep the device on. Once the device is triggered, any decrease in the current will result in a decrease in the voltage, allowing the device to stay in the on state. This is the most important feature of the thyristor as it allows for precise control over the power.

The K2400S is also used for forward rectification in AC/DC applications. The device can detect when AC voltage is present and then switch off when it reaches a certain level. This feature is used to control the level of current, as well as to regulate the speed of motors.

The K2400S is primarily used in AC/DC control power, rectifying phase control, and regulating motor speed. Its unique firing voltage and holding voltage characteristics make it a reliable choice for any application where precise power control is required.

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