10127402-00H2410LF

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Backplane connectors are specialized connectors for use in circuit boards, systems and other electronic equipment. The 10127402-00H2410LF is a backplane connector designed for high temperature operation, providing reliable electrical connections under harsh conditions. In this article, we\'ll discuss the application field and working principle of the 10127402-00H2410LF.

The 10127402-00H2410LF is designed for use in embedded applications where reliable signal integrity and durability are essential. It features a robust design resistant to high vibration and shock loads, and offers superior signal transmission performance for high-speed applications. The high temperature operation capability of the connector, with rated temperature range of -55 °C to +150 °C, makes it ideal for use in systems that require extended temperature ranges and frequent temperature cycling.

The 10127402-00H2410LF has a multiple-pin configuration, with 20 signal pins arranged in two rows, and a latch on each side to provide secure connection in high vibration applications. The plug-in design ensures reliable, repeatable connections and enables easy de-bugging and board changes. The connector is compliant with the industry-standard MIL-M-1388-1E and also supports multiple mating technologies such as IDC, Pogo and BGA.

The 10127402-00H2410LF is a Type I connector, meaning it utilizes a 51-dune or pogo-style interconnect. The 51-dune design uses contact pins which are gold-plated spring contacts to create a contact between the two mating halves. This allows for high repeatability and reliable operation, while the pogo style utilizes a flexible connector contact which is compressed between pins on the two mating halves. This provides a greater amount of electrical contact and eases the mating/unmating process.

In terms of the working principle of the 10127402-00H2410LF, it utilizes the principle of differential signal transmission. Differential signal transmission utilizes two complementary signals that are sent simultaneously on two lines. The transmitted signals are equal in magnitude but opposite in polarity. When received at the other end, these two signals are combined, restoring the signal to its original state. This technology provides superior signal integrity, noise immunity, and reduced radiation interference compared to single-ended signal transmission.

The 10127402-00H2410LF is an ideal solution for applications where reliable, repeatable electrical connections are needed. Its robust design ensures reliable operation under harsh environmental conditions, while its multiple-pin configuration and mating technologies make it easy to use and integrate into existing systems.

In conclusion, the 10127402-00H2410LF is a specialized backplane connector designed for use in embedded systems where reliable signal integrity and high-temperature operation are essential. Its differential signal transmission technology provides superior signal integrity and noise immunity, and its ability to mate with multiple technologies ensures its compatibility with existing systems.

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