FOLC-134-01-S-Q

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FOLC-134-01-S-Q connectors are rectangular headers and female sockets used to provide electrical connectivity between two separate circuits. The rectangular housing of these connectors allows them to fit into tight places and enables optimal use of space in tight areas. FOLC-134-01-S-Q connectors are widely used in computers, medical and automotive industries to provide reliable and secure connections.

The FOLC-134-01-S-Q connectors consist of two components – the header and the female socket. The female socket is typically mounted on the component with which it is to be connected, while the header is mated to the device to provide the connection. The connectors are provided with a latch mechanism to ensure a secure hold and prevent accidental disconnection. The connectors also have a contact retention feature that ensures a secure connection and prevents degradation of electrical performance due to vibration or movement.

The FOLC-134-01-S-Q connector is designed to provide high quality electrical performance while being small and unobtrusive. The connectors utilize a 0.100’’ spade terminal contact system, and provide a maximum current rating of 2A. The frequency range is 100MHz, while the insulation resistance is 500V AC (2 X 0.1 sec). The connectors also provide a dielectric strength of 950 VDC, and an operating temperature range of -55°C to + 125°C.

When designing a circuit with FOLC-134-01-S-Q connectors, it is important to ensure adequate space is available for the connectors due to their size. Additionally, the contacts must be properly oriented and aligned before mating the header and socket. This guarantees reliable electrical connections will be established and helps to reduce unnecessary contact force. It is also important to ensure that the contacts are clean and free of debris prior to mating.

Overall, FOLC-134-01-S-Q connectors are a popular choice for reliable electrical connections in tight spaces. Their small size and sturdy latch mechanism make them ideal for a variety of applications, from computer and medical to automotive. With their high current and frequency ratings, they are a reliable and secure form of electrical connectivity.

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