G2R1AEDC18BYOMI

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Power Relays, Over 2 Amps

G2R1AEDC18BYOMI Application Field and Working Principle

The G2R1AEDC18BYOMI application field is broad and includes industrial, automotive, consumer electronics, telecommunications and other electronic applications. This unit is designed to be used as a high-current, low-level voltage switching device that can be used in a wide range of applications.

G2R1AEDC18BYOMI is a low level, miniature, single-pole/single-throw (SPST) switch that features a low coil resistance, low contact resistance, low electromagnetic interference (EMI) emission, and low on-resistance. Its design is ideal for switching applications in which high current is required and low contact resistance is desired.

The working principle of G2R1AEDC18BYOMI is based on its integrated magneto-electric (ME) coil, which is capable of generating a magnetic field when a current is passed through it. This magnetic field is then used to magnetically actuate the contacts of the switch, causing them to open or close, depending on the current’s polarity. The ME coil’s activation current is relatively low, allowing for high current switching with less power consumption.

G2R1AEDC18BYOMI is a single-contact SPST switch, meaning it is capable of controlling a single circuit. This switch is commonly used to remotely control the power to a device, such as a motor, by using an on/off signal from an external power source. Examples of applications include controlling lighting, switching a vacuum cleaner on and off, and controlling a fan motor.

In addition to remote power control applications, G2R1AEDC18BYOMI is also commonly used in automotive electronics to control headlights, indicators, and other vehicle lights. It may also be used to control the triggering of traction control systems, power steering systems, and brakes.

Due to its high current switching capability and low activation current, G2R1AEDC18BYOMI can be used in a wide range of applications. Its miniature size and low cost make it an ideal choice for any application where high-current switching is required and a low contact resistance is desired.

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