K2002GRP

Thyristors, such as DIACs and SIDACs, are devices that can be used to control the flow of electricity through a system.

A DIAC, or diode alternator, is a semiconductor device used to switch alternating current. It has three terminals and is used for switching in applications such as pulse generators, timing circuits, and level detectors. It works by allowing an initial current to flow through itself, then increasing the flow of current until it is blocked by the diode. This flow of current will then remain constant until the diode is disconnected.

A SIDAC, or sensitive gate rectifier, is a semiconductor device used to switch direct current. It has two terminals and is used for controlling the current and voltage in applications such as converters, relays, and power supplies. It works by allowing an initial current to flow through itself, then increasing the flow of current and voltage until it is blocked by the SIDAC. This flow of current and voltage will then remain constant until the SIDAC is disconnected.

The K2002GRP application field is mainly used for controlling the flow of electricity in applications such as electrical appliances and automotive equipment. It works by using the DIAC and SIDAC devices to regulate the voltage and current of the system. The K2002GRP monitors the voltage and current levels and, if either of these levels exceeds a preset limit, the device will shut off the power to the system. This prevents the system from being overloaded.

The working principle of the K2002GRP is based on the use of the DIAC and SIDAC devices. These devices allow an initial current to flow, then increase the flow of current and voltage until it is blocked. The K2002GRP uses this current and voltage to monitor the system, determining when the levels exceed a preset limit and shutting off the power when necessary. This prevents the system from being overloaded and ensures that it works safely and effectively.

Overall, the K2002GRP application field and working principle make use of the DIAC and SIDAC devices to regulate the flow of electricity in applications such as electrical appliances and automotive equipment. This ensures that the system operates safely and efficiently by preventing the system from being overloaded.