BE24-1A85-P

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Reed relays are contact relays that use an electromagnet to control a set of contacts, without the need for physical movement of an actuator arm. These components are important elements of analog and digital circuits, and are used in many different applications. The BE24-1A85-P reed relay in particular is used in analog and digital circuit designs for remote control and automation systems. This article will discuss the characteristics and applications of the BE24-1A85-P reed relay as well as its operating principle.

The BE24-1A85-P reed relay has two parts, the contacts and the coil. The contacts are made from high grade silver alloy and the coil is made from high grade Nickel. They both come with a protective coating to prevent wear and tear. The contacts are capable of switching up to 5 Amps of current and the maximum switching voltage is 100VAC. The contacts also have a maximum switching frequency of 2000Hz, meaning that they can rapidly switch between open and closed states multiple times without any disruption. The coil has a minimum switching force of 0.1N and a total travel distance of 0.3mm. The coil winding consists of 25 turns of 0.25mm diameter wire.

The BE24-1A85-P reed relay is suited for both analog and digital circuit designs. In digital circuits, the reed relay is important for remote control applications as it can be used to switch between open and closed states with a high degree of accuracy at high speeds. It can also be used as a voltage regulator in analog circuits. In these circuits, the reed relay is used to switch between different voltage levels, allowing for precise voltage and current regulation. Additionally, the reed relay is often used in automation systems where the need for accurate switching between open and closed states is paramount.

The working principle of the BE24-1A85-P is fairly simple. When the coil is energized, it creates a magnetic field which acts on the contacts, causing them to switch between open and closed states. This action of the contacts switching between open and closed states is known as actuation. When the coil is de-energized, the magnetic field dissipates and the contacts return to their original state. This process is reversible and can be repeated many times in succession.

The BE24-1A85-P reed relay is a versatile component used in many different applications. Its reliability, accuracy, and ability to rapidly switch between open and closed states makes it an ideal choice for both analog and digital circuits in remote control and automation systems. Its robust construction and reliable performance make it an essential element for many different industrial and consumer applications.

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