10ETF02FP

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

Introduction

10ETF02FP is a diode rectifier made from Silicon carbide (SiC). It has a high forward voltage drop, low power loss, superior temperature and high frequency application, and low threshold voltage performance. It is commonly used as a replacement for Silicon Rectifiers for high-efficiency power rectification especially in the area of high system temperature and high frequency input application.

Applications Fields

10ETF02FP is mainly used in high temperature, high frequency, and high voltage applications. This makes it suitable for the power management in automotive industry, such as mobile system, traction battery, and motor control. It can be used as a part of a main power module, as it provides cost-effective, high reliability and efficient power rectification. Moreover, its high forward voltage drop and low power loss in comparison to Silicon Rectifier provides with much better power efficiency.

It is used in industrial applications where high temperature and high frequency input is required. Industrial systems such as power supply, circuit protection, electromechanical applications, and control systems can benefit from its high threshold voltage and low power loss. Its low power loss and high temperature capabilities are useful for applications in the area of power electronics and renewable energy. 10ETF02FP also fulfils MIL-STD-202 test for semiconductor devices.

Working Principle

10ETF02FP is a three-terminal semiconductor device. When the anode terminal is connected to the positive supply and the cathode is connected to the negative supply, the diode gets forward bias and the electrons travel from the anode to the cathode in an avalanche breakdown. This device has two main semiconductor layers- one anode layer and another at the cathode. When the anode and cathode are connected in reverse polarity, the minority carriers in the anode layer get attracted to the positive voltage while the majority carriers in the cathode layer move to the negative voltage, thus blocking most of the current and making the diode non-conductive.

When the anode and cathode are connected in forward bias, a large current is allowed to pass through the device. The minority carriers in the anode layer moves toward the cathode, which increases the current flow from anode to the cathode. The majority carriers in the anode layer and the minority carriers in the cathode layer reaches the junction and then recombine, contributing to the current flow from anode to cathode.

10ETF02FP can handle up to 600 volts at temperatures of up to 175 degrees Celsius. It has a reverse voltage up to 600 volts and can operate with a maximum power loss of 3.2 watts. The maximum continuous forward current of the device is 10 amperes and it has a forward voltage drop of 1.65 volts at 10 ampere of current.

Conclusion

10ETF02FP is a three-terminal semiconductor device which is mainly used in high temperature, high frequency, and high voltage applications. It has a reverse voltage of 600 volts and can handle up to 600 volts at temperatures of up to 175 degrees Celsius. Its main feature is high forward voltage drop and low power loss, making it suitable for use in power management tasks. It has a forward voltage drop of 1.65 volts at 10 ampere of current and a maximum continuous forward current of 10 amperes.

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