FC1-09-02-T-WT

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Flat Flexible (FFC) and Flat Printed Circuit (FPC) Connectors are an important part of the electrical interconnect industry and are widely used in a variety of industrial, consumer and medical applications. FC1-09-02-T-WT is one particular type of FPC Connector, which is suitable for a wide range of applications due to its flexible design and wide temperature range.

FC1-09-02-T-WT Connectors are characterized by their small size and low profile, high reliability, enhanced robustness, and superior ease of use. These connectors have a robust design, allowing them to withstand a wide temperature range from -55 °C to +125 °C. The design also ensures that the connector is resistant to mechniscal shock and vibration, corrosion, and hydrolosis. Additionally, the connector is free from hygroscopic materials, so it is not prone to conductivity degradation from moisture.

The connectors are best suited for applications such as for automotive, medical, consumer, and industrial. Automotive applications include instrumentation panels, under-the-dash cable assemblies, multiplexed signals, LED lighting, engine control units, and more. Medical applications include pacemakers, ultrasound transducers, and monitor probes. The connector is also used in consumer applications such as computering, telecommunication, video game consoles, and more. Industrial applications include factory automation, process controls, and robotics.

FC1-09-02-T-WT Connectors are based on the two-part FPC design, which is widely used in modern electronic equipment. The two-part FPC design consists of a substrate, typically made of either plastic or ceramic, and a pair of mating surfaces. The substrate attaches to the mating surfaces using either a crimped or soldered connection. When mated together, the two parts form a secure, reliable connection.

The working principle of FC1-09-02-T-WT Connectors is quite simple. When two mating surfaces are brought together, contact points on the connector are activated. This creates an electric current between the two parts of the connector. This current then causes tiny vibrational forces, known as electric fields, to pass through the connector, creating a secure connection. The electric fields help to maintain the connection as long as the connector is attached.

FC1-09-02-T-WT Connectors are known for their dependability, robustness, ease of use, and small size. The connectors are widely used in a variety of applications, such as automotive, medical, consumer, and industrial. The connectors are based on the two-part FPC design, and their working principle is quite simple. When mated together, the two parts form a secure, reliable connection. The electric fields generated by the connector maintain the connection even when the connector is detached.

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