P2300EBLRP2

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 are semiconductor power devices that are used extensively in high power devices. The P2300EBLRP2 is one such thyristor device and is used in various applications that require high power dissipation. This device is commonly used in high-power motor control, power factor correction, electric arc production, and induction heating.

The P2300EBLRP2 is a three phase, zero-current switched thyristor, meaning that it does not require any current for switching between the cumulative blocking and the triac state. This makes it an ideal component for applications that require high precision and reliability. It also features a fast switching speed and a wide operating temperature range.

The device also features a low-impedance grid, meaning that it operates efficiently even at high temperatures. Additionally, its typical maximum turn-on voltage and current is 2.7V/2.8A, making it suitable for applications wherein voltage and current surges occur.

The working principle of the P2300EBLRP2 is quite simple. When a voltage is applied to the device, it begins to increase the current that runs through it. When the current reaches a certain amount, the device switches from a cumulative blocking state to a triac state. This creates a bidirectional current path and the device further increases the current output. The triac will remain in this state until the voltage is removed.

The P2300EBLRP2 is most commonly used in applications where a high power component is needed with reliable performance. These applications often include motor control, as well as various industrial applications such as induction heating, electric arc production, and power factor correction. The P2300EBLRP2 is capable of withstanding temperatures up to 175°C.

In conclusion, the P2300EBLRP2 is a three-phase, zero-current switched thyristor. It is highly reliable and is suitable for applications that require high power dissipation and precision. It features a low impedance grid, a wide operating temperature range, and a fast switching speed. Common applications of the device include motor control, induction heating, electric arc production, and power factor correction.

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