G2A-434A-N AC50

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G2A-434A-N AC50 is commonly used in signal relays which can handle up to 2 Amps of current. Signal relays are devices used to convert a low power input signal into a higher power output signal which can easily handle the current required to drive loads.

G2A-434A-N AC50 is a 0.2 amp DIN-style signal relay with a rated current of 50 mA and a contact rating of 2 Amps. It is constructed of a plastic body with a base contact and an internal mechanism with four points. The base contact is connected to the coil while the four points provide connection to the contacts. As the coil is energized, an armature is energized which presses against the four points and creates a connection between them. The connection of the four points creates the output relay signal.

The working principle of G2A-434A-N AC50 signal relay is that the AC input signal is applied to the coil which causes it to become magnetized. As a result, the armature which is connected to the coil is drawn toward the coil. This motion creates a connection between the four points which provides the output signal. The current running through the coil must be greater than the contact rating for the signal to be properly processed. The current rating of the G2A-434A-N AC50 signal relay is set to 50 mA.

The G2A-434A-N AC50 signal relay has a wide range of applications in industries such as automation, control systems, HVAC, industrial manufacturing, robotics, and telecommunications. It can be used for controlling analog and digital circuits, switching signals in circuit boards, and controlling the motion of machinery. It is also used in audio and video systems to switch signals between audio and video components.

In summary, the G2A-434A-N AC50 signal relay is a 0.2 amp DIN-style signal relay rated for up to 2 Amps of contact current. It has a working principle in which the AC input signal is applied to the coil which magnetizes the armature and causes the four points of connection to be created. It is used in a wide variety of industries for controlling circuits, switching signals, and controlling the motion of machinery.

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