SLW16S-5C7LF

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FFC, FPC (Flat Flexible) Connectors are a type of electrical connection used in almost every modern electrical device. These connectors are suitable for a wide range of applications including those requiring high power, high frequency, and miniaturization. They feature multiple terminals, which allow for various signal communications and power supply to be held in one connector.

The SLW16S-5C7LF is one such type of FFC, FPC connector. This connector has a 16-position two-row power signal design, and features a 0.8 mm pitch which allows for high density device connections. It comes in a 5.7 mm width, making it highly suitable for space-constrained areas.

The SLW16S-5C7LF FFC, FPC connector is ideal for home appliances, computers, and other electronic devices. It can be used in these devices to connect various parts such as the port for connecting to external devices, power supply, data transmission, and more.

The SLW16S-5C7LF connector’s unique design and operation allows it to provide high reliability and longevity. It features a reliable clip lock design which ensures the secure connection of the device, making sure no wires are disconnected or damaged. It also features two mounting holes which allows for easier installation and assembly.

The SLW16S-5C7LF connector’s operation is highly efficient and reliable. It uses a torque tolerance of 0.4Nm which ensures that the connection is secure and reliable. Its angled design allows for a secure connection even when the environment is turbulent. It also features a low contact resistance of 30 mΩ, which helps ensure optimum signal transfer.

In short, the SLW16S-5C7LF FFC, FPC connector is an excellent choice for connecting electronic devices. It offers optimum performance and reliability, which makes it an ideal choice for a wide range of applications. It is capable of handling high power, high frequency, and miniaturization requirements, making it highly versatile. Additionally, its small size and use of a 0.8 mm pitch allows for high density connections in space-constrained areas.

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