SLW23S-5C7LF

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FFC and FPC (Flat Flexible) connectors are a type of electrical connector used primarily in portable electronic devices and other harsh environment applications. These connectors are designed to withstand the shock, vibration, and extreme temperatures commonly encountered in tough environments. They are also easily assembled and have a low profile, making them ideal for tight spaces.

The SLW23S-5C7LF connector is a type of FFC and FPC connector designed for applications where space is at a premium. This connector is small and robust, making it ideal for use in space-constrained applications such as data logging, industrial machines, medical equipment, robotics, home and pro audio systems, and many other applications. It has a contact thickness of 0.5 mm and an insulation resistance of >500 MΩ. The sheath of the connector is made of thermoplastic polyamide and is rated up to 105°C.

The SLW23S-5C7LF connector provides reliable signal integrity in harsh conditions, while also minimizing crosstalk issues. It is a highly cost-effective solution for applications where space is at a premium. The connector is available in two-, three-, and four-conductor configurations, and offers high insulation resistance, a low contact resistance, good mating cycles, and a reliable signal transmission.

The working principle of the SLW23S-5C7LF connector involves a locking mechanism which ensures that the connector is held securely in place. This ensures that the contacts and wires are not exposed to environmental stresses and remain firmly in place. The contacts are made of brass, which provides a low contact resistance and high contact durability.

The SLW23S-5C7LF connector is an optimal solution for many space-constrained applications. Its small size and robust design make it a great choice for any application that requires a reliable and long-lasting connection in harsh environments. It features a low profile and is rated up to 105°C, making it an excellent choice for applications requiring superior reliability and signal integrity.

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