7103-24-1010

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Reed relays are a type of electromagnetic switch composed of a reed switch and an externally mounted magnet in a single combined package. The 7103-24-1010 series reed relays are part of a range of high performance, high reliability, low profile, and low power consumption reed relays. These relays are suitable for a wide variety of applications requiring high switching speeds and reliable operation.

The 7103-24-1010 series reed relays consists of an active switch element and an externally mounted magnet that governs the switching of the switch element. The switch element is activated when a magnetic field is present in the vicinity of the magnet. This magnetic field can either be provided by a permanent magnet or an electromagnet located inside the package. The switch element is highly sensitive, allowing for very precise control of the switching of the relay.

The 7103-24-1010 series reed relays can be used in a variety of applications. Some of the most common applications include current sensing, motor control, security systems, process control, and electronic test equipment. In addition to their use in these applications, they can also be used for telecommunication, computers, and medical instruments. The 7103-24-1010 series reed relays are designed to be reliable and versatile, providing quick response times and long operating life.

The working principle of the 7103-24-1010 series reed relays is simple. When a magnetic field is present, it induces a voltage in the switch element, causing the relay to energize. The energizing of the relay is further controlled by the externally mounted magnet, which controls the position of the contacts on the switch element. When the magnetic field is removed, the switch element de-energizes, causing the contacts to return to the initial off position.

The 7103-24-1010 series reed relays are highly reliable and feature low power consumption. Their versatility makes them suitable for a wide range of applications, and their quick response time and long life makes them an ideal choice for many circuits. Due to their low profile design, these relays can be used in cramped or difficult to reach spaces. They are a reliable and cost effective solution for many circuit applications.

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