BTA10-700CWRG

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Thyristor is a kind of semiconductor device with components made of four pieces of alternating p-n-type materials enclosed in one package. It is also known as silicon controlled rectifier (SCR). It mainly consists of anode and cathode. When voltages are applied to anode and cathode, a large current can be passed from anode to cathode and cut off, once the voltages are removed. The TRIAC is a variant of thyristor, and can be used to control both current and voltage. It consists of three layers of P and N type doped semiconductors, which form two transistors in the same package.

The BTA10-700CWRG is a type of thyristor in the TRIAC family. It is composed of 3 layers of n-type, p-type and n-type doping materials that are enclosed in one package. It can be used to control AC power frequencies and voltage levels, providing short circuit and temperature protection. Its features include low on-state voltage, fast response, precise control and high surge withstand capability.

The applications of BTA10-700CWRG are mainly related to AC power. It can be used for a variety of applications like AC motor control, AC heater control, light dimming, and other AC electronic control systems. It can also be used in circuits that require variable voltage and current control.

The working principle of BTA10-700CWRG can be understood by the following diagrams. The voltage is connected to anode and cathode, and the current is connected to the gate. When the gate voltage is less than the peak voltage of the cyclic waveform, the BTA10-700CWRG will not conduct. When the voltage is higher than the holding voltage, the BTA10-700CWRG will start to conduct, and the current between anode and cathode can be controlled. When the voltage across the device drops below the critical reaction voltage, the current will be switched off.

The BTA10-700CWRG is a popular choice for controlling AC power and applications that require variable voltage and current control. Its features and working principle make it an ideal choice for AC power control.

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