2N5060G

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, also known as silicon controlled rectifiers (SCRs), are a type of semiconductor device and a two-terminal switch. They are switched on either by a gate signal or by another voltage. The 2N5060G is a popular thyristor that is applied in various applications.

The 2N5060G is part of a family of common thyristors with a single transistor base and negative electrode zeolite structure. It is able to conduct a large current and can handle up to 175A of continuous current over a 0.2V-2V voltage range. This thyristor is suitable for use in consumer electronics, automotive, industrial and general purpose applications.

The 2N5060G thyristor provides improved reliability and performance due to its unique design. It has an excellent thermal shock rating and is capable of withstanding an extended period of inrush current. In addition, it has a robust gate structure that has been designed to withstand surge overvoltage.

The 2N5060G thyristor works on the principle of a switching device. It works on the principle of a signal that is applied to its gate. When the signal is applied to the gate, the gate current flows, turning on the thyristor. Once the signal is removed, the thyristor can be turned off when the gate current is reduced.

The 2N5060G thyristor can also be used in AC applications. When used in AC applications, the thyristor will switch on when the polarity of the anode terminal is positive with respect to the cathode terminal. When the polarity of the anode terminal is reversed, the thyristor will switch off.

Because of its flexibility, the 2N5060G thyristor is a popular choice for use in various applications. It can be used in contactors and motor relays, AC phase control, motor speed controllers and AC power controllers. It is also commonly used in battery chargers and load switches.

In summary, the 2N5060G thyristor provides excellent performance and reliability in a variety of applications. Its flexible design allows it to be used in a variety of applications. Furthermore, it works on the principle of a switching device and can switch on when the anode terminal is positively charged with respect to the cathode terminal.

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