FH64MA-19S-0.25SHW(99)

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Flat Flexible Connectors (FFC, FPC) are a type of electrical connector designed to provide a relatively simple and cost effective method for connecting multiple integrated circuits. The main advantage to FFC/FPC is the flexibility and convenience they provide. The connectors are popular for many portable electronic devices, printed circuit boards, and in the automotive industry.

The FH64MA-19S-0.25SHW(99) is a type of FFC/FPC, specifically a dual row shielded wire-to-board connector designed to provide a secure interface for sending power and signals to electronic circuit boards. This model is rated to carry currents up to 0.25A and features two rows of 19 contacts. The connector also includes a few additional features, such as tab stops, a direct soldering jack, and boardlocks for increased stability.

The main purpose of the FH64MA-19S-0.25SHW(99) is to provide a simple and reliable connection between two separate circuits. This model is commonly used in the automotive industry for connecting components such as airbag sensors and steering wheel angle sensors. The small size and flexibility of the FH64MA-19S-0.25SHW(99) also makes it ideal for use in portable electronic devices such as smartphones and tablets.

The working principle of the FH64MA-19S-0.25SHW(99) is relatively simple. When two mating parts are connected, the two sides are secured together by two metal lugs. Then, when the boardlocks are installed, the two sides are further secured in place with a pin. The lugs and pin also serve to provide electrical contact between the two parts and facilitate the transfer of power or signals.

The overall design of the FH64MA-19S-0.25SHW(99) connector makes it an ideal solution for a variety of purposes, ranging from automotive applications to portable electronics. The small size and flexible design make it easy to install in tight spaces and reliably transfer power and signals. Furthermore, the dual row design and boardlocks provide increased stability and ensure that connections remain secure.

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