0743011200

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

0743011200 Backplane connectors are specialized connectors that offer high-density connections between circuit boards. The most common type of backplane connector is the parallel bus-style connector, which is used for the most popular parallel bus architectures including PCI, ISA, and WKS bus systems. The flexibility of backplane connectors enables design engineers to make board-to-board connections in different orientations and with different current requirements.

Backplane connectors come in two main types: single-ended and differential. Single-ended connectors are designed to connect two voltage sources in the same orientation, while differential connectors are designed to connect two voltage sources at different orientations. Both types of connectors have different electrical characteristics—single-ended connectors typically offer lower noise levels and have lower power requirements, while differential connectors generally provide lower power consumption, higher bandwidth, and greater EMI protection.

Backplane connectors are also available in various circuit board layouts, including straight and right-angle side-by-side configurations. Right-angle connectors often provide better heat transfer and better signal integrity compared to straight side-by-side connectors. Backplane connectors also come in various sizes so that they can fit into any design application.

The most important characteristic of backplane connectors is their working principle, which determines how the signal is transferred from one board to the other. In general, backplane connectors work by acting as a bridge between two parallel electrical signals, which in turn strengthens the signal’s integrity as it is sent from one board to the other. This is done by using a dielectric material (such as polypropylene or silicone rubber) to form a barrier between the two signals, which helps prevent cross talk between the two signals. Additionally, backplane connectors can also be used as filters to reduce EMI or radio frequency interference.

Backplane connectors are highly reliable and rugged, making them ideal for high-speed applications such as data transfer and communications. They are also widely used in other applications such as power distribution, programmable logic controllers, memory cards, digital video and audio boards, and other specialized devices. In addition, backplane connectors are typically highly customizable, allowing users to specify the number of contacts, the size and shape of the connector, and the type of connector material they wish to use.

In short, given their flexible design, low power consumption, high reliability, and high-speed data transferring capabilities, it is clear that 0743011200 backplane connectors provide an impressive range of options for today’s design engineers. As such, they are a critical component used in many electronic applications.

The specific data is subject to PDF, and the above content is for reference