EHR-2

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Housings are a type of rectangular connector used in many everyday electronic applications. The EHR-2 is a particularly popular and widely used type of housing and is suitable for a variety of applications. This guide will cover the application field of the EHR-2 and its working principle.

Operational Characteristics

The EHR-2 housing is designed for a specific range of use. It is a type of rectangular connector that is able to provide power and control connector systems. In terms of power connector systems, the EHR-2 can provide power levels of up to 200A and is generally used for supply voltages up to 600 volts. In terms of control connector systems, the EHR-2 can provide an electrical resistance of up to 1500 ohms and is suitable for frequencies up to 1GHz. Finally, the EHR-2 can provide an insulation barrier of up to 400 volts.

Applications

The EHR-2 is suitable for a wide range of applications, especially in the field of power and control systems. It is commonly used in telecommunications systems, industrial controllers, consumer electronics, and medical equipment. In addition, due to its high power rating, the EHR-2 is also suitable for powering other electrical components such as lights, motors, and switches.

Working Principle

The working principle behind the EHR-2 housing is relatively simple. When connected to the power source, the EHR-2 will draw in electrical power and divert it appropriately. This electrical power is then used to power the other components connected to it. In the case of control connector systems, the EHR-2 will act as a resistance layer and serve to limit the flow of current in order to regulate the level of power.

Mounting

The EHR-2 housing is designed to be extremely user-friendly and as such, is able to be mounted in a variety of locations. The housing features a 4-corner screw mounting method, allowing it to be securely screwed to any flat surface. Alternatively, a plastic mount is available for mounting the housing to a curved surface. Finally, due to its small size, the EHR-2 housing can also be mounted directly onto a printed circuit board (PCB).

Material

The EHR-2 housing is made from a special, heat-resistant resin and is specifically designed to resist high temperatures. This material gives the housing a high level of durability and ensures its ability to perform in a wide variety of applications. It also ensures long-term reliability and performance of the housing.

Conclusion

The EHR-2 is a type of rectangular housing connector suitable for a range of power and control applications. It is able to provide power levels of up to 200A and an electrical resistance of up to 1500 ohms, making it suitable for a variety of components. Furthermore, it features a 4-corner screw mounting method and is made from a special, heat-resistant resin, giving it a high level of durability.

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