SFV29R-2STBE1HLF

FFC and FPC connectors are designed for small-form-factor and high-density interconnects. The SFV29R-2STBE1HLF is one such example, featuring a 1.0mm pitch, a mating height of 1.45mm, a crimp style tail and a bevel edge contact style. This connector is ideal for miniature applications such as cell phones, medical equipment and automotive instrumentation.

The SFV29R-2STBE1HLF connector utilizes a basic contact design to ensure optimal performance. The contact consists of a male aligning pin and female housing with two side-by-side contact points. The center pin makes initial contact with the contact points before the female housing engages. This design ensures a reliable connection between the two connectors at all times.

The SFV29R-2STBE1HLF connector utilizes a high-temperature, low-wattage crimped tail for connecting to a board. The crimped tail creates a strong connection between the board and the connector. It also distributes force evenly, distributing electrical load more efficiently.

The SFV29R-2STBE1HLF connector also features a bevel edge contact design. This design allows the two contact points to make contact with more accuracy and reliability. The beveled edges also reduce risks of contact shorting, making them an ideal choice for high-reliability applications such as automotive electronics.

The SFV29R-2STBE1HLF connector is suitable for both automated and manual assembly processes. It features a pick-and-place construction, making it very easy to handle in automated assembly processes. It also has a non-rotating magnet for manual assembly processes, ensuring a precise, reliable connection between the two connectors.

In conclusion, the SFV29R-2STBE1HLF connector is an ideal choice for small-form-factor and high-density interconnects. It features a basic contact design, a high-temperature, low-wattage crimped tail and a beveled edge contact style. It is suitable for both automated and manual assembly processes, making it an excellent choice for automotive electronics, cell phone and medical equipment applications.