MBR20100CDTR-E1

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In the diode component family, MBR20100CDTR-E1 is an advanced, high power, surface mount, Schottky rectifier array. This component is made up of ten 200V, 10A, two-terminal, low reverse leakage Schottky rectifiers.

This component features a high temperature range with guaranteed operation from -55 to +150 Celsius. Its terminals are housed in small hermetically sealed ceramic packages which make them ideal for use in high vibration and many thermal applications. In addition, the component’s ceramic isolation allows for superior isolation and thermal performance. This component also has a reverse voltage of up to 400V, a forward current capability of 10A and a forward voltage of 0.5V at 10A. This component meets the requirements of high temperature and vibration applications, with no additional components required.

The MBR20100CDTR-E1 rectifier array has a two-terminal, surface mount package, making it well suited for a wide array of applications. It can be used in a variety of power supply applications, power converters, alternators, and motor control circuits. The low reverse voltage temperature coefficient makes this component ideal for applications that require high reliability and accuracy. The two-terminal package also makes it ideal for integrating into existing systems.

The working principle of the MBR20100CDTR-E1 rectifier array is fairly straightforward. When the component is connected to an alternating current (AC), it creates a rectified voltage at its output. This voltage is then used to power the device. The component consists of a metal–semiconductor junction, with a very low energy gap between the metal and semiconductor layers, allowing for low reverse leakage current.

When the AC is applied, the metal–semiconductor junction releases both electrons and holes to the metal and semiconductor layers, respectively. The electrons and holes then begin to repel each other and move diagonally across the junction, creating a potential difference between the two layers. As the electrons and holes move, the current is extracted and moved across the low-resistance path. The negative and positive sides of the rectifier array are then connected to the load, allowing the current to be used to power the connected device.

The MBR20100CDTR-E1 component is a valuable component choice when it comes to rectifier arrays. Its low reverse leakage current, two-terminal package, and wide temperature range makes it suitable for a variety of applications. Its low-resistance path also ensures that the component can efficiently extract current from the power source. The component’s proven reliability makes it a popular component selection for a wide array of industries, including the power supply and motor control sectors.

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