51743-11000000AALF

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The 51743-11000000AALF connector is an example of a specialized backplane connector. It is primarily used to reduce or eliminate crosstalk between interconnects on multiple boards. This type of connector is usually used in computer systems such as servers and storage systems, where high-bandwidth connections between multiple boards are necessary. The 51743-11000000AALF connector is also suitable for use in high-performance applications where crosstalk needs to be minimized.

The 51743-11000000AALF connector features two pins on the mating side and four pins on the mating side. The spacing between the pins is optimized to reduce crosstalk while ensuring a secure fit. The pins are protected by an insulator material to prevent shorts and loose connections.

The 51743-11000000AALF connector utilizes a low-level voltage and current to achieve its signal transmission. The current is regulated by a voltage regulator to ensure the signal is transmitted with minimal loss. The pin spacing is designed to ensure the waveform of the signal is as close to perfect as possible in order to reduce interference and crosstalk.

The connector is designed for high-performance environments and is built to withstand shock and vibration. It has a rated current limit of 10A and a rated voltage of up to 6V. The mechanical vibration resistance is up to 10G’s and the operating temperature range is from -55°C to +150°C.

The 51743-11000000AALF connector is designed to minimize crosstalk between multiple boards, ensuring reliable data transmission and minimizing interference. It is designed to withstand shock and vibration so that it can withstand the harsh conditions found in server and storage systems. The pin spacing is optimized to reduce crosstalk while ensuring a secure fit.

The 51743-11000000AALF connector is a specialized backplane connector that is primarily used in high-performance applications, such as server and storage systems, where crosstalk needs to be minimized. It utilizes a low-level voltage and current to achieve its signal transmission and is built to withstand shock and vibration. The pins are protected by an insulator material to prevent shorts and loose connections and the pin spacing is designed to reduce crosstalk while ensuring a secure fit.

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