3520-12-910

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Reed relays are electronic devices which are used to switch or control electrical circuits. They provide a safe means of controlling high-voltage circuits without the use of mechanical breakers or contactors.

The 3520-12-910 is a type of reed relay which is designed for use in a wide variety of applications. The relay is characterized by its small size, high current capacity, and fast switching times. Its main application is in industrial and consumer electronics.

The 3520-12-910 Relay comprises of a switching reed which is sealed within a glass envelope. The reed is a thin strip of magnetic material such as Nickel iron alloy which is suspended between two magnets. The reeds spring properties cause the reed to open and close when a magnetic field is applied to it. The switch has two contacting points which are located at the ends of the reed. When the reed closes, the two contacts are connected, allowing a current to pass through the circuit.

The purpose of using a reed relay is to provide safe and reliable switching between two separate circuits. This is achieved by using the reed\'s position as an indicator for the state of a circuit. When a current is applied to the reed, it changes position, which in turn switches the state of the two circuits in the circuit. This means that a relatively low voltage can be used to control a high voltage circuit. The reed also has a long life expectancy, making it a reliable switching option.

The 3520-12-910 reed relay is available in a variety of sizes which are designed for a range of applications. The relays are used in industrial, consumer, medical, automotive, and energy applications. The different sizes of the relays have different contact ratings and current carrying capacity. The larger relays are typically used to control high voltage circuits, whereas the smaller ones are used in low voltage and low current applications.

The working principle of the 3520-12-910 reed relay is based on the interaction between its magnetic field and the reeds’ spring properties. When a current is applied to the contact points of the relay, the reed moves between its two magnets and changes the state of the circuit. The current passing through the reed creates a magnetic field which interacts with the reeds spring properties and causes it to move. This movement of the reed triggers the opening or closing of the contacts, allowing or preventing the current from passing through the circuit.

The 3520-12-910 reed relay is a reliable and economical way to switch or control circuits safely. Its small size, high current capacity, and fast switching time makes it an ideal choice for a wide range of industrial and consumer applications. Its versatile design and wide range of sizes make it suitable for both high voltage and low voltage applications alike.

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