2-1600788-3

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Backplane connectors are an essential component of modern electronic systems, and the 2-1600788-3 housing is a particularly important option. It offers an efficient high-density solution for on-board mountable backplane power and signal connections.

The 2-1600788-3 housing is ideal for applications that require frequent updates and repairs. It has two rows of headers connected to two separate fields, with fourteen headers in each field. This high level of flexibility allows for a wide range of applications without having to replace the entire system. The headers consist of either soldered terminals or double row connectors, and the contacts are fully sealed for reliable operation. Additionally, the housing features a slick push-pull design that can be adjusted to different depths and heights with ease.

This housing offers superior electrical properties and excellent signal integrity. It has an impedance of 100 Ohms, and a low crosstalk level between signal lines. It also has a frequency range of up to 10 GHz, ensuring reliable transmission of high-frequency digital signals.

The 2-1600788-3 housing is suitable for a variety of applications, from standard bus transfer systems to advanced telecommunications networks. It can also be used for automotive diagnostic equipment and in the medical sector, where robust performance and reliable data transfer is essential.

The working principle of the 2-1600788-3 is based on electrical connection; when connected, two electrodes form a circuit path, allowing current to flow. The electrical connection is facilitated by the mechanical connection of two mating parts. The contacts on the headers are mechanically connected when the housing is inserted into the corresponding mating part. This creates an electrical path between the two electrons, allowing current to flow.

The 2-1600788-3 backplane connectors are well suited for a variety of applications. The high level of flexibility and superior electrical properties makes them an ideal solution for applications requiring frequent updates and repairs. Additionally, the push-pull feature makes them easy to adjust, which makes them suitable for a large variety of applications. With their low crosstalk and high frequency transmission, they offer reliable data transmission and robust performance.

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