17011541604

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Backplane connectors have become standardized to meet the ever-increasing demands for faster speed, increased density, higher performance and mission critical reliability. There are three main types of backplane connectors: hard metric, standard, and mini-sata. Each type has distinct characteristics and a unique purpose.

Hard Metric Backplane Connectors: The most popular backplane connector currently on the market is the hard metric connector. These connectors come in varying sizes and configurations, and are designed to be used for high-performance applications. The hard metric connector is known for its high speed, high bandwidth, and high reliability. It also offers numerous customization options to meet the needs of different applications. The hard metric backplane connector is often used in server and data centers, as well as in industrial and medical applications.

Standard Backplane Connectors: Standard backplane connectors are typically used for a wide array of applications such as consumer electronics, telecommunications, and it equipment. These connectors feature easy usage and are simple to install. Standard backplane connectors provide superior electrical performance and have a wide range of customization options. The most commonly used standard backplane connector is the dual inline connectors (DIP), which feature two rows of pins.

Mini-SATA Backplane Connectors: Mini-SATA backplane connectors are designed to meet the demands of the emerging small form factor computing environment. These compact connectors offer superior performance in a much smaller package. Mini-SATA backplane connectors are often used in laptop and desktop computers, as well as in network equipment. The mini-SATA backplane connector provides a secure connection for audio, video, and data transfer.

The 17011541604 is a hard metric backplane connector, designed for high-performance applications. It features an integrated system-design, which includes an integrated guarding feature for enhanced performance. It is designed to meet EMA and IEC standards, and is equipped with high-frequency cables for increased bandwidth. The 17011541604 has an operating temperature range of -55°C to +110°C, and a current handling capability of up to 5A. In terms of its working principle, the connector features a series of mating points which are pushed together to form a connection. Through this process, the two ends of the mating points, the blade point and the socket point, come into contact with each other. This creates an electrical connection between the two points, which allows for the transmission of data and power.

In conclusion, the 17011541604 is a hard metric backplane connector designed for high-performance applications. It provides superior performance and reliability, as well as numerous customization options for different applications. Its working principle consists of a series of mating points which form a connection when they come into contact with each other. This connection provides the necessary electrical current and data transmission allowing for complete system compatibility. It meets EMA and IEC standards, is equipped with high-frequency cables, and has a working temperature range of -55°C to +110°C.

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