K1400G

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 solid-state semiconductor devices that act as switches in electronic circuits. DIACs, SIDACs, and K1400G are three types of thyristors. Their application fields and working principles are remarkably different. This article focuses on K1400G and its application field and working principle.

The K1400G Thyristor

The K1400G is a minority charge carrier controlled thyristor (a.k.a. SCR or Silicon Controlled Rectifier). This device has a gate lead whose electrical properties depend on the amount of charge carriers present in the dielectric layer formed between the gate electrode and the main electrode. This makes it can act as a controllable switch where electrical charge carriers can be generated and applied.

The K1400G can be applied in various applications, including power switching, motor control, and signal modulation. In motor control applications, the K1400G is used to control the speed and direction of electric motors. In power switching applications, the K1400G is used to control the voltage and current of power lines. In signal modulation applications, the K1400G is used to modulate signals or control the frequency of a signal.

Application field and Working Principle of K1400G Thyristor

Application Field

The main application fields for the K1400G are motor control, power switching and signal modulation. Motor control applications involve controlling the speed and direction of electric motors. Power switching applications involve controlling the voltage and current of power lines. Signal modulation applications involve modulating a signal or controlling the frequency of a signal.

Working Principle

The working principle of the K1400G is based on the movement of electric charge carriers in order to control electric current. Applying a small voltage to the gate of the K1400G will cause electric charge carriers to move, allowing the device to act as a controllable switch. A higher voltage across the main electrode will cause more electric charge carriers to move, allowing the current to be increased. When the voltage is reduced, the movement of the charge carriers will cease and the current will be reduced. The K1400G can therefore act as a stable switch, allowing control of the electric current.

Conclusion

The K1400G is a minority charge carrier controlled thyristor that can be applied for various applications including motor control, power switching and signal modulation. This device has a gate lead whose electrical properties depend on the amount of charge carriers present in the dielectric layer formed between the gate electrode and the main electrode. The K1400G works by controlling the movement of electric charge carriers in order to control the electric current.

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