5035660900

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The 5035660900 flat flexible (FFC,FPC) connectors are designed to offer reliable and reliable electrical connection between printed circuit board (PCB). An array of 5035660900 connector configurations and sizes are available from multiple manufacturers and in various interfaces. Commonly, they are ideal for applications with tight confines and for high-speed signal transmission.

5035660900 FFC/FPC connectors are terminated with half-way overlapping metal tabs for a reliable connection. The shield tabs are located within the mating area and do not require soldering or welding, which makes them a low maintenance connection solution. They have two rows of pin contacts, spaced to match the two opposing leaves or strips of the FFC/FPC. These contacts are then soldered onto the circuit board or substrate. Several shielding styles are available with 5035660900 FFC/FPC Connectors, such as aluminum and copper shields. These connectors offer increased durability and reliability through increased contact force with higher mating cycles than traditional pin-in-hole connectors.

FFC/FPC connectors with 5035660900 are designed to meet the needs of a wide range of applications. These connectors are well-suited for a variety of consumer and industrial products and specialized applications such as office machines, medical equipment, consumer electronics, and automotive and aerospace systems. They are commonly used in products that require fast reliable performance, including cameras, smartphones, game consoles, medical devices, and robotics.

5035660900 FFC/FPC connectors are typically available in several different mounting styles, including surface mount, right-angle mount, and vertical mount. Surface mount FFC/FPC connectors are the most common option for components as they can be easily mounted to a circuit board and provide a low profile footprint. Right-angle mount configurations are recommended when mating with a board or surface that is not flat. Vertical mount configurations are designed to pass several mating cycles while providing enhanced contact stability and wear resistance.

When engineerings a FFC/FPC connection part, there are several features that must be taken into consideration. The first is the voltage rating of the connector. This specifies the maximum voltage that can be used in the connection without causing damage or malfunction of the equipment. Connectors with a higher voltage rating are capable of handling multiple currents and require less heat dissipation.

The conductor type is another key factor to consider while engineering a FFC/FPC connection part. Conductors come in a variety of materials, such as copper, aluminum, and other alloys. The type selected needs to depend on the location and application of the part. The number of contact positions is also an important factor as it affects the complexity of the connection. Lastly, the contact material and plating are essential factors when deciding on a connector.

5035660900 FFC/FPC Connection Parts offer a reliable and versatile solution in a wide variety of applications. Although they are a relatively expensive connection solution compared to traditional pin-in-hole connectors, FFC/FPC connectors offer much higher speed, reliability, and cycle rates. The ability to offer a wide range of configurations, sizes, and contact forces makes these ideal for a variety of applications in consumer and industrial fields.

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