7141-12-1011

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Reed relays are miniature relays composed of an enclosure, contacts, a magnet, and a reed switch. The 7141-12-1011 is a model in this range of products. It typically has a pull-in voltage of 6v, and a breaking voltage of 2v. This reed relay is extensively used in various application fields.

Application Fields

The 7141-12-1011 is frequently employed in communications systems, as it provides reliable data transmission. It is also used as an interlock mechanism for a variety of computer systems, security systems, and access control systems. As it is able to handle greater voltage loads than other similar relays, it can be used for a range of electrical circuits, such as motor control circuits, AC/DC power supplies, isolation circuits, or logic circuits.

In addition, reed relays have several safety features that make them suitable for sensitive equipment. Due to their small size and light weight, 7141-12-1011 relays can be placed in confined areas, while still providing the same level of performance as a traditional relay.

Working Principle

The 7141-12-1011 reed relay is designed to work in the absence of a magnetic field. When a current is passed through the contacts and a magnetic field is generated, the reed switch closes the circuit. The current is then released after the magnetic field dissipates. This type of operation, known as “spring-loaded”, ensures consistent contact and switch performance, even in harsh environments.

Reed relays are also capable of handling high voltages and currents, making them suitable for electronics applications. While traditional air-core relays require more components to achieve the same level of performance, the 7141-12-1011 is capable of providing the same performance without the added components. This makes the installation process simpler and more efficient.

Reed relays are highly reliable and are used in a variety of industrial and consumer electronics applications. By using a 7141-12-1011, engineers can be sure of achieving reliable performance in their applications, while at the same time saving time and cost.

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