0461141212

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In the world of electronics, backplane connectors, also known as specialized connectors, are essential components used for connecting boards, panels, and elements. The 0461141212 backplane connector is an example of one of such connectors intended for a specific application and purpose.

The 0461141212 backplane connector is designed for the high-speed and high-density transmission of data over the backplane, with a data rate of up to 25Gbps. Featuring 12 contacts that are soldered onto the board and later terminated to the backplane, this connector offers reliable and secure transmission of data.

This connector is also renowned for its exceptionally low insertion loss, as well as for its superior differential balanced transmission characteristics which provide robust immunity to crosstalk and other interference and noise. Furthermore, it offers exceptionally low power consumption and a minimal cross-talk level, which is important for ensuring a reliable and efficient transfer of data.

This connector is designed to fit various board-mounting arrangements, with a mounting thickness range that goes from 2mm to 4.6mm. It also operates at temperatures ranging from -40°C to 105°C, and it is rated with an insulation resistance of 500 megohm, making it a suitable choice for long term usage.

The working principle of this backplane connector is based on the transmission of electrical signals and power delivered through its pins along the backplane, with the voltage being controlled by a controlling voltage source. These signals travel along the backplane and through the connectors, making possible the transfer of data. The power supply will then send pulses through these pins, which will be then received by the highest contact point in the connection and passed to the other side.

In conclusion, the 0461141212 backplane connector is an essential component for the transmission of data over backplanes. Featuring 12 soldered contacts, it provides reliable connections that ensure data transmission with minimal power consumption, and robust immunity to noise. Furthermore, it is suitable for long term applications due to a wide temperature range and a high insulation resistance.

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