1857991-1

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Backplane Connectors are specially designed connections that allow various electronic boards or systems to be easily integrated within a computer or device. The two main types of backplane connectors are Hard Metric and Standard, each suitable for different applications. This article will discuss the 1857991-1 backplane connectors, their applications and working principles.

The 1857991-1 backplane connectors are Hard Metric, which primarily means they are designed in a rigid mechanical form and typically handle higher data lines. This makes them highly suitable for high-performance applications such as those required in the latest 5G technology, automotive systems, Internet-of-Things sensor systems and embedded systems. They are also designed for greater reliability and lower signal transmission time, which is important for high-speed networks.

The backplane connectors are typically found in two- or three-row configurations with single- or dual-row applications allowing connection to multiple boards with multiple ports. These connectors provide electrical connection between components on a printed circuit board (PCB) and can boost the number of data lines available significantly when compared to standard connectors. They typically include multiple size variations and grounding schemes to ensure the right fit for any type of application or device.

In terms of the 1857991-1 backplane connectors themselves, they typically include heavy-duty connectors with 24 signal (4 x 2) contacts, three robust power contacts, and four ground connectors for additional stability. This type of backplane connector is also designed for reliable signal performance and provides additional protection against crosstalk, interference, and electrical disturbances, making it an ideal choice for any high-end application.

To explain the working principle of 1857991-1 backplane connectors, it is important to understand that the contacts on the backplane connectors form an electrical connection when the target device\'s electrical signals are routed from one contact to the other. This connection is achieved through the primary and secondary sets of contacts that allow for parallel continuity, which in turn ensures that signals and data are able to be passed through the connection with minimal disruption or interference. Additionally, the backplane connector helps to ensure that there is a proper connection between the devices and components, improving data integrity and performance.

In conclusion, the 1857991-1 backplane connectors are an important part of modern electronic systems and devices. By providing reliable and robust electrical connections for a wide range of applications, they enable the successful integration of components and ensure that data signals and transmissions are able to travel with minimal latency and disruption. Furthermore, the Hard Metric design allows them to be used in high-performance applications requiring greater reliability and speed, as well as providing additional protection against electrical noise and disturbances.

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