SFW23R-3STAE1LF

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Flat Flexible Cable (FFC) and Flat Printed Circuit (FPC) connectors are related technologies. The two types of connectors are very similar, with the most noticeable difference being the amount of current that can be passed through them. FPC connectors are more commonly used than FFC connectors, but each type has unique characteristics that make them suitable for certain applications.

The SFW23R-3STAE1LF is an FPC connector designed for high-speed applications. It is a right-angle surface-mountable connector with a dual-pin system. It is ideal for use in automotive, home audio, industrial controls, consumer electronics, and medical devices.

The SFW23R-3STAE1LF connector’s main features are its high current-carrying capacity and its robustness. The connector can carry up to 30A of current, which is more than enough for most applications. Additionally, the connector is highly resistant to shock and vibration. The connector also has solderless connections, which make it easier to install. The connector is also designed to be resistant to water and other environmental contaminants.

In addition to its high current-carrying capacity, the SFW23R-3STAE1LF connector also has high electrical impedance performance. This allows the connector to transfer signals with minimal noise interference, resulting in higher quality signals. The connector also has a high packing density, which makes it ideal for use in tight spaces.

The working principle of the SFW23R-3STAE1LF connector is based on its two pins. The pins are spring-mounted and connected to each other. When the pins are pressed together, they create a firm electrical connection that can carry current. By changing the pressure of the spring, the pins can be adjusted to create a reliable connection.

FFC and FPC connectors are ideal for many different types of applications. They are reliable, secure, and able to transfer huge amounts of current. The SFW23R-3STAE1LF connector is an excellent example of these technologies, offering a robust design, high current-carrying capacity, and excellent electrical characteristics.

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