81001-451-62-R SGCT thyristor

The 81001-451-62-R SGCT thyristor is a power electronic device belonging to a class of Silicon Controlled

Rectifier (SCR). A thyristor is a four-terminal device with three electrodes: an anode (A), a cathode (K), and a control electrode (G).

SGCT thyristors are commonly used in high-power control applications such as motor control, power

regulation, grid stabilization, etc. It has the characteristics of high voltage, high current, fast response and low loss, so it is widely used in power, industry, transportation and energy fields.

81001-451-62-R is the type or code of the thyristor, which may contain information about the specifications,

parameters, and production batches of the device. To be specific:

81001 May be an identifier for the manufacturer or product family.
451 May indicate the rated current or voltage level of the thyristor.
62 May indicate the package form or size of the thyristor.
R may indicate a special feature or version of the thyristor.

81001-450-53-R-1

SGCT thyristor (Silicon Controlled Rectifier) is a silicon controlled rectifier, a type of power electronic device. It has three

electrodes: an anode (A), a cathode (K) and a control pole (G), and a large current between the anode and cathode can be controlled by a small current on the control pole.

SGCT thyristors have the characteristics of fast response, high voltage, high current and low loss, so they are widely

used in power, industry, transportation and energy fields. For example, it can be used for high-power control applications such as motor control, power regulation, and grid stabilization.

In addition, SGCT thyristors are available in a variety of package forms and sizes to suit different application requirements.

When selecting SGCT thyristors, it is necessary to select the appropriate model and specification according

to the specific application scenario and requirements, and pay attention to the technical documents and specifications provided by the manufacturer to ensure its normal operation and reliability.

It should be noted that the use of SGCT thyristors need to follow certain operating specifications and safety

requirements, such as the voltage and current range of the control signal, heat dissipation measures, etc., to avoid damage

to the device or cause safety accidents. At the same time, in practical applications, it is also necessary to consider the

coordination with other electronic devices and the design requirements of the overall system to achieve the best performance and control effect.