CDBMTS220-HF

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

The CDBMTS220-HF is a single rectifier diode which is used primarily in power applications. It is a high-voltage rectifier with a peak reverse Voltage of 220V and a low forward voltage drop of 0.7V. It is used in applications such as power supplies and motor controllers, where its high current handling capacity makes it an ideal choice.

The CDBMTS220-HF rectifier diode is a high-frequency rectifier that can be used for frequency and power applications at high frequencies The CDBMTS220-HF has a low switching loss due to its low capacitance and low reverse recovery time. It has excellent high voltage characteristics with a forward voltage drop of only 0.7V. The CDBMTS220-HF also has a high surge capability and good temperature characteristics.

The CDBMTS220-HF is a Schottky diode which highly efficient and has a low on-state resistance. This means that it has the capability to handle large current spikes without having to increase the current rating of the circuit. It also has a high reverse voltage which allows it to be used in high power applications. The CDBMTS220-HF can be configured in various configurations like series, parallel and cascades. Some of its applications include polarity protection, DC/DC converters, voltage regulation, motor controllers, and current-limiting applications.

The CDBMTS220-HF rectifier diode is a voltage-controlled device which has a very fast response time. The reverse voltage of the CDBMTS220-HF can be controlled by the applied voltage which allows for the ability to use it in circuits where high reverse voltages are required. The CDBMTS220-HF also has a low capacitance which reduces the EMI emissions during switching operations.

The CDBMTS220-HF rectifier diode is a fast and efficient diode which can be used in high frequency, high power applications. Its low voltage drop makes it ideal for use in power supplies and controllers, while its high surge capability allows it to handle current spikes and still operate reliably. Its high reverse voltage also makes it suitable for applications where high voltage is required as well as voltage regulation. In addition, its low capacitances reduces EMI emissions during switching operations.

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