K2200GHRP

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Thyristors, also known as silicon-controlled rectifiers, are four-layer semiconductor devices that are widely used in power, electrical and electronics applications as power switches. DIACs, SIDACs and other thyristors belong to this group. K2200GHRP is a type of floating gate thyristor, usually used in ac limit controller, inductive light dimmer, voltage regulator, speed regulation controller, etc.

K2200GHRP is triggered by applying charges, and it works in two main operation modes: single shot and multiple shooting. In single shot mode, one time triggering reverses the load’s connection. If a repeatable operation is needed, multiple shooting mode is used instead. Following the charge injection, the thyristor begins to operate. After the induction time, the conduction sequence proceeds.

The K2200GHRP is primarily used in AC-limit controllers, inductive light dimmers, voltage regulators, speed regulation controllers, and other similar applications for controlling and regulating power-related components. The device limits current load and restricts the range of AC voltage, thus avoiding overloading, overvoltage and other possible issues. The K2200GHRP is designed to control the phase angle of the AC voltage and as such, it works as an integrated protective device.

K2200GHRP has two main operating principle. Firstly, in capacitive mode, the device is used to reduce overvoltage, limiting current load to a specified value. When the current reaches the protected limit, the device stops conduction by emitting a single shot of charge. Secondly, in inductive mode, the device works as a protection switch, restricting the load current in order to prevent overloading. In any case, the device’s self-triggering action preserves the normal power supply.

In conclusion, K2200GHRP is a type of thyristor usually used in multiple AC-limit controllers, voltage regulator and inductive light dimmers. It is designed to regulate current load and provides protection against overvoltage and overloading. The device has two main operating principle – capacitive and inductive – and its self-triggering action helps to avoid power disruption.

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