0738020017

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The 0738020017 backplane connector is a specialized connector designed for use in environments where high-speed signal transmissions are expected. It has a variety of interface configurations and is designed to operate up to 26 pin/partners for maximum connection capacity. The 0738020017 connectors are capable of handling a maximum current rating of 5A and a voltage rating of up to 500V, allowing for maximum performance in high-speed circuitry and communications.

The 0738020017 is commonly used in communication systems and for high-speed data access from one unit to another. It is ideal for applications such as serial communication links, CAN-bus networks, and Ethernet network switching. The connectors are characterized by excellent EMI/RFI shielding, making them suitable for high-speed environments.

The 0738020017 backplane connector is designed to provide reliable electrical connections over long distances in harsh environments. It has been designed to successfully withstand electrostatic discharge, motor vibration and even physical shock. The connectors are rated for a maximum temperature range of -55° to +125° Celsius, providing reliable performance in a wide range of applications.

The 0738020017 backplane connector works by providing two or more physical layers of connection paths between two or more devices. Each layer consists of multiple pins, and each pin is capable of supplying a certain amount of power. These pins are connected to either the primary(upper) or secondary(lower) layer, depending on the desired connection. Each layer of pins is then connected to a copper board, which serves as a conduit for sending or receiving signals. This board is then connected to a connector or circuit board, which serves as the connection point between the two devices.

The 0738020017 backplane connector is designed to provide the optimum performance in a wide range of applications. Its high-speed transmission capabilities, shielding, and temperature resistance make it a suitable choice for wide variety of communication systems, networks, and other applications. Because it is designed to operate reliably over long distances, it is a great choice for applications that require connection stability and dependability.

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