10042867-40MB10ELF

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Flat Flexible Connectors (FFCs) and Flat Panel Connectors (FPCs) are often mistaken for each other. Both the FFC and the FPC are commonly used in high-tech industries such as automobile, computer, telecommunication and consumer electronics devices.

10042867-40MB10ELF is a FFC that is often used in various electronic applications. This type of FFC consists of a flat ribbon cable with a plastic connector which has contact pins. It is designed to connect two PCB or Printed Circuit Boards in a flat-panel application, such as a laptop or other device.

This particular FFC conforms to the Automotive Electronics Council (AEC) Q100 standard. It has a length of 40 millimetres and a width of 10 millimetres. It features a new MIL-Spec Tin Housing with a lower profile. This requires less space when used in automotive or portable electronic applications, and improves heat resistance performance, making it suitable for a variety of conditions. The cable connector also provides reliable, low impedance connections, which can greatly reduce EMI (electromagnetic interference).

In addition to automotive applications, the 10042867-40MB10ELF FFC is also widely used in other electronic equipment, such as personal digital assistants (PDAs), global positioning systems (GPSs), electronic calculators, and portable computers. Many of these devices require a reliable, low-profile connection between their PCBs. This type of FFC satisfies their needs perfectly.

The working principle of a FFC is simple. When the FFC cable is connected to its mating connector, the contact pins located on the connector are then pressed against the contact points located on the ribbon cable, thus forming an electrical connection. This connection is then used to transmit electrical signals between the two devices.

In summary, the 10042867-40MB10ELF FFC is a low-profile, flat-panel connector that is suitable for use in various high-tech industries. This type of FFC is able to provide reliable and low-impedance connections, which can reduce dangerous EMI levels. Its working principle is simple: when the connector is connected to the ribbon cable, contact pins on the connector press against the contact points on the cable, thereby establishing an electrical connection.

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