M6035C-E3/45

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 M6035C-E3/45 Application Field and Working Principle is a unique voltage-controlled diodes device. It uses two separate control transistors to regulate its voltage. It is a diode array which is a type of semiconductor used in switching circuits. The M6035C-E3/45 is a 4-input diode array with 4 diodes arranged in a 4-terminal configuration. The diodes are rated at 55V and have a maximum forward current of 15A.

The M6035C-E3/45 is used in a variety of applications, including computer clocks, current control, voltage control, and power control. It can be used in both SE (Single Ended) and NE (Negative Emitted) circuits. It can also be used in pulse-type applications.

The working principle is based on the fact that the gate-to-source voltage of the two transistors has a different impact on the voltages of the diodes. The transistor with the higher gate-to-source voltage results in a higher voltage on its associated diode, while the transistor with the lower gate-to-source voltage results in a lower voltage on its associated diode. The diodes then swing between the two voltages depending on the gate-to-source voltage of the controlling transistors.

The M6035C-E3/45 provides a high-switching performance due to its low forward voltage drop and high speed. It is a low voltage drop type diode which makes it suitable for both linear and low-power applications. It has a low reverse recovery time and thus suitable for high-speed applications such as clock pulse circuits. The M6035C-E3/45 can also be used in switching mode power conversion systems due to its low temperature coefficient and high speed.

The M6035C-E3/45 Application Field and Working Principle is very useful in a variety of applications, particularly where high speed switching is desired. The device’s diverse range of features makes it an ideal choice to meet the requirements of a variety of devices. It is an ideal device for applications that require low-voltage, high-current devices such as clock circuits, battery chargers, and industrial control applications.

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