B5741-226-F-N-2

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B5741-226-F-N-2 connectors are a type of rectangular connector, belonging to the headers, receptacles, female sockets family, used for mounting on printed circuit boards. They generally provide power and/or data transmission in applications such as military, aerospace, medical, automotive, and consumer electronics.

Their rectangular shape allows them to be easily mounted onto rectangular circuit boards, which increases the space efficiency and expands design possibilities. Despite their more complex physical design compared to pin connectors, rectangular connectors are usually more reliable and offer better density, package size, and a faster installation. Furthermore, when used in automotive applications, their low-profile design helps to reduce packaging size and add styling options.

The B5741-226-F-N-2 connector is especially designed to meet the requirements of military, aerospace, and medical applications. It features a two-part connector that is strongly resistant to shock and vibration, dust and water, and a wide operating temperature range. The contact system used is very robust, making it able to withstand extreme conditions, and it is UL approved, meaning it has met stringent safety and compliance requirements.

It comprises of two parts: a header and a receptacle. The header contains several contact pins that are soldered onto the motherboard. The receptacle is usually the mating part, but can also be soldered onto the board. The main function of the header is to hold the male part of the connector, while the receptacle is responsible for the connection of the female part. When inserted, they lock together using several mechanical strategies, forming a secure interface.

The B5741-226-F-N-2 connector is ideal for applications where a reliable connection is required. Its rugged construction allows it to be used in harsh conditions with a wide temperature range and shock/vibration resistance, while the quick disconnect feature makes it easy to replace in the event of failure. The special electrical shielding and grounding arrangements reduce interference from electromagnetic waves and improve signal integrity. Due to its high quality and reliability, it has become a common choice for military, aerospace, and medical applications.

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