17351252101

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Backplane connectors are external electrical connectors that are used to connect one or more printed circuit boards to each other. Commonly referred to as BPL or BPC, this type of connector has been around since the early 1990s, and is still widely used today. Backplane connectors are typically composed of two, three, or four rows of multi-core pins, which can be arranged in a variety of shapes and sizes. The two main types of backplane connectors are Hard Metric and Standard.

17351252101 Hard Metric Connectors

The 17351252101 Hard Metric Connectors, also known as HPC or Hardcore, are an internal automated connection system designed to provide high-speed, high-performance signal transmission between multiple printed circuit boards. The basic structure of HPC connectors consists of two rows of two or more multi-core pins that are arranged in a parallel line. The pin spacing in these connectors is 0.85mm spacing, while the metal sleeves and protective blocks are typically 0.90mm. The HPC connectors are designed to keep up with high speed signal transmissions of up to 300 Gbps, and can be found in the latest gadgets such as cell phones, tablets, and digital cameras.

17351252101 Standard Connectors

The 17351252101 Standard Connectors, also known as SPC or Slabeller, are a multipurpose family of connectors used to link different circuit boards and components within an electronic system. Designed to withstand signal transmissions of up to 167 Mbps, SPC Connectors feature two or more rows of multi-core pins that are mounted in a parallel line. As with HPC Connectors, the metal sleeves and protective blocks used can be 0.90mm in size. Standard connectors offer a dependable, cost-effective solution for connecting various types of equipment.

17351252101 Application Field and Working Principle

The 17351252101 Hard Metric and Standard Connectors are widely used in a variety of electronic applications and projects. These connectors are typically used in industrial equipment, data communications, broadcast sets, and even in embedded computing applications. The working principle of both types of connectors is based on establishing a secure connection by the use of two, three, or four rows of multi-core pins. The pins are arranged in a parallel line and have an average spacing of 0.85mm, allowing them to transmit data at high speeds. Additionally, both types of connectors are equipped with metal sleeves and protective blocks, used to ensure the contacts remain secure no matter how much data is being transmitted.

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