CS202-4N-2

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Thyristors, also known as SCRs, are a type of semiconductor device that are widely used in a range of applications. Of the various types of thyristors available, the CS202-4N-2 is an Industrial Module that is designed for high power applications. It features a built in high power TRIAC output, making it ideal for controlling motors, heaters and other high current devices.

The CS202-4N-2 is a RoHS-compliant, single-phase AC Thyristor with an IEC style base mounting. It has a rated voltage of 4kV and a peak surge voltage of 8kV. The device is equipped with a low-voltage heater, allowing it to be used in high-voltage control systems without requiring additional wiring. It has a high surge capability of up to 5 times the rated hold current and a high surge turn on current of 5 times the rated current.

The CS202-4N-2 is suitable for a range of industrial applications, including motor control, power switching, and thermocouple protection. It has a low thermal resistance, allowing it to be used in high power control systems without overheating. The device has a built in dynamic current control mechanism, which ensures that the correct and safe current levels are maintained throughout the application.

The working principle of the CS202-4N-2 is based on the principle of semiconductor switching. When a voltage is applied to the gate of the device, the current begins to flow through the device, causing it to turn on. At this point, the thyristor can provide a high power output, allowing it to switch up to 4 kilovolts of electricity. When the voltage is removed, the SCR stops conducting, effectively turning off the device.

The CS202-4N-2 is an ideal solution for a range of industrial and commercial applications where precise and reliable power control is required. The device offers exceptional surge protection and is easy to install and operate. It is capable of handling large currents with a high surge turn on time and excellent switch-on time characteristics, making it an efficient and reliable power control solution.

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