2C2325

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thyristors – SCRs are components used to regulate current and produce variable voltages. The 2C2325 SCR is a high-voltage, high-current device also known as a Phase Controlled Rectifier (PCR) that helps control the amount of current being drawn from the source. This can be used in applications such as industrial control and telecommunications.

The 2C2325 SCR is a commercially available three-terminal semiconductor device made up of an anode terminal, gate terminal, and cathode terminal. The device works with an input signal from the gate to produce an output voltage from the anode-cathode terminals. The 2C2325 has a maximum current rating of 80A and a working voltage of 1200V that make it suitable for use in industrial control and telecommunications. It is also ultra-fast switching, allowing for more precise control of current.

The SCR can be used in several different applications. In industrial control, it can be used as a motor speed controller, limiting the current drawn and providing precise speed control. It can also be used as a voltage regulator, controlling the output voltage when the input voltage changes. In telecommunications, the SCR can be used to regulate the power flow in RF power amplifiers and in power supplies.

The working principle of an SCR is based on the MOSFET transistors; two or more MOSFETs are connected back to back and connected to a thyristor as a control gate. When a minimum voltage is applied to the gate, the current starts flowing through the thyristor and the voltage of the AC power supply is fed to the thyristor, enabling to control the current drawn from the source. The thyristor is then turned off by removing the voltage from the gate, and the current is no longer flowing, thus controlling its flow.

In conclusion, the 2C2325 SCR is a high-voltage, high-current device that is used for industrial control or telecommunications applications. It is a commercially available three-terminal semiconductor device that can switch fast, enabling more precise control of current.The working principle of the SCR is based on MOSFET transistors, and it uses an input signal from the gate that is sent to the anode-cathode terminals to produce an output voltage. The device is suitable for industrial control and telecommunications, and it can be used for motor speed control, voltage regulation and power regulation in RF power amplifiers and power supplies.

The specific data is subject to PDF, and the above content is for reference