75705-1523

Backplane Connectors - Specialized are an important component of any electrical system. Without them, the performance of the system would be greatly impaired. The 75705-1523 is a specialized backplane connector that is designed for a variety of applications. In this article, we will take a look at the applications and the working principle of this backplane connector.

The 75705-1523 backplane connector is designed for a range of applications. It can be used in circuit boards, industrial equipment, and even aerospace applications. The connector is designed to transmit electrical signals at high speed and temperature. The contacts are made from gold-plated phosphor bronze and the insulation is made from polyimide. This ensures a reliable connection in high-performance applications.

The 75705-1523 is capable of transfer rates up to 30 Gbps. It is compliant with several tested standards, such as Conexant, IEEE 1394, and USB 3.0. It is ideal for applications requiring fast data transfers, such as digital video streams, or those that require low-noise signals, such as medical equipment.

The working principle of the 75705-1523 backplane connector is based on a three-tier system. The first tier consists of the female connector with its two rows of pin contacts and their corresponding mates. The second tier contains the signal ground layer and the signal layers, which are separated from each other by the insulation material. The third tier is an optional ground layer, which helps reduce crosstalk and enhances signal integrity. When a signal is sent through the 75705-1523, it is converted to a digital signal and sent to its destination.

In summary, the 75705-1523 backplane connector is a specialized connector designed for a range of applications. It has a three-tier system, which helps reduce crosstalk and improves signal integrity. The connector is capable of transfer rates up to 30 Gbps and is compliant with several standards. It is ideal for applications requiring fast data transfers or low-noise signals.