DAR70510S

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Reed relays are a type of electromechanical relay where an electromagnetic coil is used to move a contact from one state to another, often between an open and closed position, and are thus used to control a large electric current passing through a smaller signal current. The DAR70510S, a type of Reed relay, is used in a variety of applications in which reliability and immunity to external noise are important. This article will discuss the applications as well as the working principles of the DAR70510S.

DAR70510S Applications

The DAR70510S is commonly used in telecommunications, data acquisition and control systems. It is highly reliable and has a switching time of only 0.3 ms, making it well-suited for applications that require high-speed switching. It is also suitable for use in noise-sensitive applications, as it is low-noise and has a wide dynamic range and excellent dielectric strength. Additionally, it is small, measuring only 7.6mm wide and 5.8mm high, making it ideal for space-constrained applications. The DAR70510S is also suitable for low-power signals, such as those required for motor control.

DAR70510S Working Principle

The DAR70510S works by using an electromagnetic coil and a contact assembly. The electromagnetic coil, which is connected to an external source of electricity, produces a magnetic field when a current is passed through it. This magnetic field attracts the contact assembly and forces it to move from an open condition to a closed position, thus allowing a large electric current to pass through. The contact assembly then springs back to its original position when the flow of current is stopped. This process is known as reed switching and is used to control large currents with a smaller control current.

The DAR70510S is an easy to use, reliable and versatile electric switch, making it ideal for applications in various industries. It is suitable for use in high-speed applications as it has a switching time of only 0.3 ms, and its small size and immunity to external noise make it suitable for use in noise-sensitive applications. Its wide dynamic range and excellent dielectric strength also make it well-suited for controlling low-power signals for motor control.

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