HM2P87PME125GF

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Backplane connectors are a class of electronic connectors. They transfer signals between boards in an electronic system, like a chassis, back panel, or rack. The HM2P87PME125GF is one type of backplane connector. It is classified as a Hard Metric, Standard connector and is used in backplanes to enable boards and components to communicate and transfer data quickly and efficiently.

The HM2P87PME125GF has two rows of contacts that facilitate data transfer. Each row contains three banks of different numbers of pins. These pins are arranged in a way that allows them to connect to other boards or components and form a secure connection. The number of pins in each bank depends on the specific configuration and can range from 9 to 83 pins per bank. As the number of pins in each bank increases, so too does the amount of data channels established between boards or components.

The Hard Metric, Standard (HM2) connector type is common in high speed applications and provides up to 47 gigabits per second of bandwidth. This makes it ideal for applications that require high speed and reliable data transfers involving multiple boards or components. Common applications of the HM2P87PME125GF include computer systems, servers, test systems, and other equipment in need of reliable data transfers.

The HM2P87PME125GF utilizes a backplane to connect boards and components so that data can be quickly and reliably transferred. The backplane consists of a set of conductive traces that are used to transfer data, power, and control signals between boards and components. The backplane is plugged into the interface port on the HM2P87PME125GF, which then forms the connection between the boards or components.

The working principle of the HM2P87PME125GF is that it utilizes differential signaling, which is an electrical signal that has two components that are in phase opposition. The two components are referred to as signals and their opposite phases cancel any external interference in the data and enable the data to be transmitted clearly. Differential signaling prevents the signal from being distorted by sources of external noise.

The HM2P87PME125GF is designed for high-speed applications and uses differential signaling to ensure reliable and fast data transfer between boards and components. It has three banks of pins that can range from 9 to 83 pins per bank and enables up to 47 gigabits per second of bandwidth in applications that require high speed and reliable data transfers. This makes it an ideal connector for a wide range of electrical applications, from computer systems and servers to test and measurement equipment.

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