FX18-40S-0.8SV15

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Rectangular Connectors are one of the most popularly used connector products in the world. They are used for various applications, from controlling electrical power, to transmitting data signals, and to connecting mechanical components. One type of rectangular connector is the Arrays, Edge Type, Mezzanine (Board to Board).

FX18-40S-0.8SV15 is one of the most popularly used of these connectors. FX18 is a type of finger array that is a matrix of pins arranged on two rows. It is typically used for high-speed digital applications. It has 2 mating positions, and is available in multiple row configurations. The 0.8SV15 part designation refers to the number of pins within the array, which is 18 pins. The M series is a variation of the SV15. This means that it has an additional mating point type, giving it a total of 3 mating positions.

The main feature of these connectors is that they are made of a hard material that is reliable and highly sturdy. Additionally, they are designed for quick and simple installation, and are resistant to shock and vibration.

The working principle of FX18-40S-0.8SV15 is quite simple. It features a pin grid array which is made of gold-plated edge connectors that provide a high-frequency signal. The edge connector is connected to a series of pins that are arranged in two rows. The edge connector then connects the two rows of pins together, allowing for the transmission of the signal.

FX18-40S-0.8SV15 is used in a number of different applications including communications, consumer electronics and automotive applications. It is widely used in applications where a reliable and high-speed connection is needed, such as in the automotive industry.

In conclusion, FX18-40S-0.8SV15 is one of the most popular and widely used Arrays, Edge Type, Mezzanine (Board to Board) connectors in the world. It offers quick and easy installation, reliable connections, and is resistant to shocks and vibrations. It is used in many different applications, including communications, consumer electronics and the automotive industry. Its working principle is quite simple, and it utilizes a pin grid array and gold-plated edge connectors to transmit the signal.

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