EMH10T2R Discrete Semiconductor Products

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The EMH10T2R is a specialized component designed to provide an array of pre-biased switching capabilities with a high degree of functionality. This component, commonly referred to as a “Quad Array”, utilizes a unique bipolar configuration to provide both an on/off and continuous voltage control.

The EMH10T2R is used primarily in industrial and automotive applications, such as motor control and electronic speed control. This component is capable of switching within a wide voltage range, making it an ideal solution for controlling high-voltage power supplies and other power-sensitive components.

The EMH10T2R consists of four differential transistor stages that work together to provide a voltage current control. Each transistor stage has a slightly different configuration, allowing for finer control at higher currents. The maximum pre-biased voltage of the component is 47V and the maximum current switching is 25A.

The EMH10T2R operates using a unique design that allows for dynamic switching of the control gate voltages. This helps ensure that the transistor stages remain in the linear region, which provides the best noise immunity and accuracy for power switching applications. Additionally, the component features various protection features, such as overtemperature protection, high current protection, and softstart.

The EMH10T2R offers a variety of advantages over other types of switches. First, its pre-biased design reduces power consumption and improves current efficiency. Secondly, the component can be used in a variety of applications, such as motor control, power switching, and power conversion. Thirdly, the component provides a large voltage range, making it suitable for a variety of applications. Lastly, the component offers high reliability, allowing it to be used in a wide range of applications.

In conclusion, the EMH10T2R is a specialized component designed for high-voltage power switching applications.This component features a unique design that allows for dynamic switching of the control gate voltages, providing a high degree of accuracy and noise immunity. Additionally, it offers various protection features, such as overtemperature protection, high current protection, and softstart. This makes it an ideal choice for industrial and automotive applications that require precision control of voltage and current.

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