FH29-80S-0.2SHW(05)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FFC, FPC (Flat Flexible) Connectors are a family of cost effective connecting solutions that offer high performance in terms of design, reliability and usability. These connectors are constructed from flat flexible conductor (FFC) and flexible printed circuit boards (FPC) combined with standard contact forms or spring loaded rollers. The FFC and FPC designs are especially suitable for applications that require space saving designs and tight connections in a large product range.The FH29-80S-0.2SHW(05) FFC/FPC Connector is a connection for FFC/FPC business. It is made with precise manufacturing to provide reliable electrical connection and highly reliable strain relief. It is rated up to 0.2 A and has a working voltage of up to 50V. It is compliant with UL, CSA, RoHS and CE standards.

The FH29-80S-0.2SHW(05) FFC/FPC Connector is designed for applications that require a robust, secure connection. This connector offers a wide variety of features for a variety of different applications. For example, it is used in flat panel TVs, LCD displays, touch screens, medical equipment, automotive instrumentation and consumer digital storage devices. The connector has a 0.2mm pitch and is available in a range of pitches from 0.15 to 0.50mm. It is also compatible with a variety of FPCs from flexible to hard board.

The application fields of FH29-80S-0.2SHW(05) FFC/FPC Connector specifically involve the needs of a reliable, secure connection in a space saving design in a wide product range. Examples include mobile phone, PDA, copier, printer, satellite communication systems and digital imaging products. It is suitable for applications requiring secure fitment, high speed data transfer, stable connection and long-term reliability. Also, since it is a cost effective solution, it is a great choice for a wide range of applications that require tight connections.

The FH29-80S-0.2SHW(05) FFC/FPC Connector is designed with a wide range of features including precision components, small size, and low profile that offers a secure connection in a wide range of applications. It features a waterproof contact area to protect against moisture as well as superior wear and abrasion resistance. The contacts are gold-plated and have a contact resistance of less than 10mΩ. Additionally, it has a snap-in design that allows for quick and easy assembly. The connector comes with a securing finger latch, which provides good strain relief and better protection against vibration. The design also allows for flexible customization for various applications.

The FH29-80S-0.2SHW(05) FFC/FPC Connector is based on the working principle of reliable electrical connection and highly reliable strain relief. It uses a snap-in or latching mechanism for quickly and securely connecting the boards. The contact design includes high contact forces and low insertion force, which ensure reliable and stable connections. The contact area uses gold plating for better electrical conductivity and good corrosion resistance. In addition, the connector has a built-in strain relief feature to protect against vibration. The locking system also provides more stable connections and prevents accidental disconnection.

In conclusion, the FH29-80S-0.2SHW(05) FFC/FPC Connector is a cost effective connection solution that offers reliable, secure connection in a wide product range. It features precision components, small size, and low profile that offer a secure connection in a wide range of applications. The connector is suitable for applications that require secure fitment, high speed data transfer, stable connection and long-term reliability. Additionally, it has been designed with features such as a waterproof contact area and superior wear & abrasion resistance. The snap-in design ensures quick and easy assembly, and secure strain relief. It offers a reliable and cost effective solution for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference