911426

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Relay Sockets

911426 Application Field and Working Principle

Relay sockets 911426 is mainly used in a wide range of automated machines and systems, including printed circuit boards, telecommunications equipment, machines, and other industrial and domestic applications. It is designed to provide reliable and low cost protection for systems and components in high-frequency, high-voltage, signal-level, and adjustable-voltage situations.The 911426 relay socket is typically composed of two parts, the power connector and the contact assembly. The power connectors are designed to securely attach the contact assembly from the system. The contact assembly of the 911426 relay socket is comprised of several small pieces of metal connected directly or indirectly to a switch coil. The contact assembly of the 911426 relay socket can be manually or automatically controlled by a switch. The switch can be a manual type, an electronic type, or even a microcontroller based programmable type, depending on the application.The working principle of the 911426 relay socket consists of the following steps. First, the power from the system is sent to the switch. After the switch has activated, the electric current is transferred from the power connector to the relay coils. Once the coils are activated, the mechanical spring in the contact assembly will move the contacts to make contact with the connected components. The relay socket then applies a voltage to the connected system, which is the output voltage. This output voltage may be adjusted according to the requirements of the system.In summary, the 911426 relay sockets are designed to provide reliable and low cost protection for systems and components in high-frequency, high-voltage, signal-level, and adjustable-voltage situations. It is composed of the power connector and the contact assembly, and its working principle involves the transfer of electric current to the relay coils and the use of the mechanical spring to move the contacts for the connected system.

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