73398-105LF

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Rectangular Connectors - Headers, Male Pins are widely used in many applications. 73398-105LF, also known as a high-temperature, high-performance socket = is designed to connect HDI to solderless backplane and other boards with a simple push-lock connector. This connector is available in 30 to 48 contacts, and the mechanical performance is IP67, which makes it ideal for connecting with the backplane or PCB.

The design of 73398-105LF is based on its application field, such as digital signal acquisition and transfer, automotive and industrial electronics, military and aerospace, medical electronics. The connector contains two parts, one is the male pin side, which is inserted into a board or backplane, and the other is the female header side, which is connected to a cable, connector or discrete component.

73938-105LF working principle is very simple. On the female header side, the retaining spring of removable self-locking structure (RSL) is designed to perform the push-lock function during the mating process. A cable or discrete component just needs to be inserted into the socket, and the RSL will clamp and fix the cable securely. Once the connection is completed, 73938-105LF can provide a reliable electrical connection between the two.

73938-105LF also has excellent environmental protection performance and reliable electrical performance. The IP67 waterproof rating can ensure that the connector works normally in harsh environments. It also has a long service life and withstands high temperature and vibration, and a large current capacity can be transmitted to provide excellent electrical performance. In addition, the electrical and mechanical performance characteristics of the 73398-105LF minimize the transmission of radiofrequency interference (RFI).

Overall, 73398-105LF is an excellent choice for making reliable connections with HDI, solderless backplanes, or PCBs. It has excellent environmental protection performance and reliable electrical performance, and can provide a reliable electrical connection in harsh conditions. It is suitable for use in various application fields such as digital signal acquisition and transfer, automotive and industrial electronics, military and aerospace, medical electronics.

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