SFM210-LPSE-S33-SD-BK

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The SFM210-LPSE-S33-SD-BK is a rectangular connector series from Metcal. It is an integrated interconnect solution designed for a variety of end applications. It includes two separate components, a header and a female socket. The header has a single row of 2.0mm pitch pins, while the female socket has four contacts positioned on each side. Both components are manufactured using a stainless steel frame and an insulative black plastic shell.

The SFM210-LPSE-S33-SD-BK is a low profile, low-power connector that is commonly used in medical, industrial, and consumer electronics applications. It is designed to provide reliable electrical connections in space-constrained applications and is compatible with most standard mating systems. It complies with UL94-V0 flammability ratings and is available in both through-hole and surface-mount designs.

The main application fields of the SFM210-LPSE-S33-SD-BK are medical devices, automotive, surveillance, data storage, and consumer electronics. It is an ideal solution for applications where space or power is limited. This connector is particularly well-suited for applications requiring a signal of low voltage and/or low power.

The working principle of the SFM210-LPSE-S33-SD-BK involves electrical coupling between the header and the female socket. When the two components are mated, an electrical connection is established via a series of conductive contacts positioned on the pin and socket. These contacts are held in place by the insulative black plastic shell, which also ensures a secure connection between the two components. It also ensures that the electrical signal remains shielded from surrounding noise and interference.

The SFM210-LPSE-S33-SD-BK is an ideal solution for low-power, low-profile applications where space is at a premium. Its stainless steel frame and insulative black plastic shell make it ideal for use in medical, industrial, and consumer electronics applications. Additionally, its low profile, high-reliability electrical connection makes it a preferred choice for applications requiring a limited amount of space and/or low power.

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