8L01-12-011

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Reed relays are modern electrical switches: they use an electromagnet to operate an internal switch. Reed relays have emerged as the preferred switching technology for low-current, high-sensitivity applications. They possess several advantages, including long operational life, low power consumption, high switching speed, and high isolation from the environment.

The application field of 8L01-12-011 reed relay is wide, its switching capacity can reach 5A/2VDC, and its insulation resistance is very high, up to 10^9 ohm. Other than AC or DC circuits, this type of relay can also be used in low-energy circuits, such as communication lines, USB ports, and data wires, as an isolation solution and signal transmission device. It can also be used as a control circuit to control small appliances, such as an electric fan or a timer clock. Additionally, this reed relay can be employed as a safety device, thanks to its low power consumption and high isolation features.

The working principle of 8L01-12-011 reed relay is relatively simple. Its core components are a reed switch, one or more permanent magnets, and copper stalks that are soldered to the PCB. When a current is applied to the copper stalks, an electro-magnetic field is generated, which in turn generates a magnetic field. This magnetic field causes the reed switch to close, completing the relay circuit. When the current is removed, the reed switch reverts to its original open position, and the circuit is broken.

In summary, the 8L01-12-011 reed relay can be used in a range of applications, offering a longer operational life, low power consumption, high switching speed, and high isolation from the environment. It works by generating an electromagnetic field which causes the reed switch to close, completing the relay circuit. This makes it an excellent choice for applications that require low power consumption and high isolation.

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