PCN21B-110SA-2PF-G

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When discussing electronic connectors, a backplane connector is typically used to connect a printed circuit board to a backplane; an interface board that allows two or more separate printed circuit boards to connect together and to be mounted in one cabinet. The PCN21B-110SA-2PF-G Backplane Connector belongs to the Hard Metric and Standard category. Hard Metric and Standard (HMS) backplane connectors are specialized multi-pin connectors that are specifically designed to provide robust high-speed digital connections within network systems. This article will provide background information on this type of connector as well as offer an in-depth analysis of the PCN21B-110SA-2PF-G Backplane connector\'s application field and working principle.

Hard Metric and Standard (HMS) backplane connectors are a subset of backplane connectors that are specifically designed to provide robust high-speed digital connections within network systems and products. Typically, backplane connectors are divided into two groups: Low insertion force connectors (LIF) and standard connectors (MMS). The primary difference between MMS and MIF is the amount of force that is required to insert the connector into a printed circuit board (PCB). The HMS backplane connector type requires a higher insertion force than the MMS type. In addition, HMS connectors use a higher pitch and accept a larger number of pins.

The PCN21B-110SA-2PF-G Backplane connector is a Hard Metric and Standard (HMS) backplane connector that is designed to connect a printed circuit board (PCB) to a backplane interface. It features two rows of twenty-one-pins and allows for a total of 42 pins. The contact pins are gold plated for better durability. It is compliant with industry standards for Signaling Rate (125 MHz), Coding (8B10B) and High Speed Compression (HCSL).

The PCN21B-110SA-2PF-G Backplane Connector is primarily used in the telecommunications and networking industries. It is commonly used in products such as routers, ethernet switches, fiber optic equipment, video encoders, and other telecom systems. Furthermore, it has found application in the data storage and medical device industries. It\'s a reliable and durable connector that can withstand high demand networking applications.

The PCN21B-110SA-2PF-G Backplane Connector features an active backplane technology. This technology utilizes the mechanical aspects of the connector to ensure that pins are engaged correctly. The connector is designed to support a mechanical latch-down method which helps provide a reliable and secure connection between the backplane and the printed circuit board.

The mechanical aspects of the PCN21B-110SA-2PF-G Backplane Connector also contribute to its electrical functionality. The connector has an electro-mechanical balancing system that helps ensure a low resistance electrical connection. This allows for a steady flow of power and signal between the backplane and the PCB.

The PCN21B-110SA-2PF-G Backplane Connector provides an outstanding combination of strength and flexibility. It offers a wide range of current carrying capabilities up to 8 Amps. It also supports differential pair jumpering to ensure a steady flow of data signals. The connector has high signal integrity and noise immunity, which makes it suitable for high-speed applications.

In conclusion, the PCN21B-110SA-2PF-G Backplane Connector is a robust and reliable connector that is designed to provide reliable high-speed digital connections between network systems and products. It has a variety of applications in the telecommunications and networking industries, as well as in the data storage and medical device industries. The connector features an active backplane technology that helps to ensure a secure and reliable connection between the backplane and the printed circuit board. It also features an electro-mechanical balancing system that helps provide a low resistance electrical connection. e offering outstanding current carrying capabilities and signal integrity, this connector is an excellent choice for any application where high-speed and reliability are required.

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