B5741-244-F-N-2

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B5741-244-F-N-2 is an electrical connector from the rectangular connector family. It features headers, receptacles, and female sockets. Its two main fields of applications are the automotive industry and general consumer electronics.

The B5741-244-F-N-2 is capable of being used in very high density applications due to its small profile. It is also capable of handling larger currents due to its robust design. In addition, due to its small profile, it can be used in limited-space areas.

The B5741-244-F-N-2 is a very versatile connector. It can be used in a variety of applications, such as automotive, consumer electronics, industrial equipment, and computer peripheral devices. Due to its robust design, it can be used in higher current applications. It is also capable of being used in vibration-prone environments due to its rugged construction.

The B5741-244-F-N-2 uses a unique latching system that prevents accidental disconnection and ensures secure connections. It also has a dual-terminal design which distributes current more efficiently. Additionally, it has a contact surface that is designed for superior conductivity and durability.

The B5741-244-F-N-2 working principle is based on the Open Collector (OC) principle. It utilizes an active element (transistor) that alternately opens and closes the connection as the voltage applied to the control pins changes. This allows the connector to serve as a switch in applications that require high-speed and reliable connections. Additionally, as the OC principle of operation does not require an additional supply voltage, the connector is very cost-effective in terms of energy usage.

The B5741-244-F-N-2 is a very reliable and versatile connector. It is suitable for a wide range of applications and environments, and it is capable of providing a secure and efficient connection in high-speed applications. Its latching system and dual-terminal design ensures reliable connections and distributes current efficiently, making it an ideal choice for many applications.

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