5352068-1

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Backplane Connectors Be the industry leader in the field of Backplane Connectors – Hard Metric, Standard – the 5352068-1 is a great choice. This is a modification of the classic “Industry-standard” backplane connector which is also known as a Hard Metric type of type III or IV/V. This connector is commonly used in the industrial automation, electronics, communications and medical fields, but it can also be applied to a variety of other sectors. Its application fields and working principles are discussed below.

The 5352068-1 is predominately used for data communications and other I/O applications, and for these purposes its size and design are just right. This connector type is designed to bridge the gap between elaborate cabling systems and power modules, allowing them to exchange and process data as quickly and efficiently as possible. It also works to ensure the integrity of the data stream and the connection itself, which is vital for applications such as medical imaging.

The fastener used on the 5352068-1 is also important, as it ensures secure connections, as the connector supplies the entire backplane connection. It has a high retention force in both directions when mated to a mating connector and offers reliable performance in vibration and shock applications. It requires no additional components or tools when installed and is designed to mate with backplane systems which can accept standard size mechanical components.

The working principle of the 5352068-1 is also straightforward. It consists of a rigid printed circuit board (or backplane) that is connected to the opposite ends of the connector via metal connectors and flexible strips. The metal connectors provide the pathway for the electricity to flow and the flexible strips carry the signal to the mating connector. The connector is then mated with the opposite-end connector to complete the circuit. It is important to note that the standards for mating vary from industry to industry and should be carefully followed.

The emission characteristics for the 5352068-1 are also quite impressive; it is designed with low crosstalk, so the data transmission rate is kept at the maximum possible. In addition, cross talk is reduced over the nominal characteristic impedance of the wire pairs, so interference from external sources is also kept to a minimum. There is also a low insertion loss, which makes sure that transmission timing and quality are not compromised.

In conclusion, the 5352068-1 is the perfect choice for connecting data communications, power modules and other I/O applications, allowing them to be linked and interact quickly and efficiently. Its features, such as the size and design of the connector, the fastener used, and the emission characteristics, help to ensure the integrity and quality of the data transmission. As a result, it is an ideal option for a wide variety of applications.

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