17230552101 Connectors, Interconnects

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Backplane connectors are used to facilitate electrical connection between a printed circuit board and its associated devices, such as backplanes and modules. They are used to mechanically support and electrically interconnect printed circuit board components. Backplane connectors are classified into three main types: Hard Metric, Standard, and Micro Channel. This article will focus on Hard Metric and Standard backplane connectors and their 17230552101 applications and working principles.

Hard Metric Backplane Connectors

The main purpose of hard metric backplane connectors is to provide electrical interchangeability and cross-connector compatibility, as well as high transmission speeds. It is one of the toughest backplane connectors, and is used in extremely demanding applications where there is high insertion force required.

Hard metric backplane connectors have a variety of features, such as a high-speed differential interface, an advanced EMI/RFI design, a robust multi-point contact system, and a high-density area to allow for greater port density.

17230552101 is a Hard Metric backplane connector, specifically designed for high-speed applications. It is designed for a wide range of industry-standard distributed backplane applications, and is compliant with the IEC 617-16 and other standards.

17230552101 has a number of features that make it ideal for high-speed applications. For instance, it has a 15-way latch that provides a secure mating interface and has a high-retention force to ensure signal quality. It also has an advanced signal pre-emphasis design that minimizes crosstalk and improves signal integrity. Additionally, it has an optimized low-profile modularized solution with an extremely short rise time from the connector contact landing zone to the PCB. This helps to reduce the overall signal loss caused by longer rise times.

The working principle of 17230552101 is fairly simple. It is designed to provide a secure and stable electrical connection between the printed circuit board and its associated devices. It uses an array of metal contacts, arranged in a particular pattern or slots, to interconnect the pinholes of the printed circuit board to the corresponding pins of the backplane. The contact surfaces of the metal contacts of the connector must be perfectly aligned to their corresponding pins in order to provide a reliable electrical connection.

Standard Backplane Connectors

Standard backplane connectors are the most popular and widely used type of backplane connectors. They are typically used in applications where low- to medium-speed transmission speeds are required. Additionally, they are often used for low- and medium-density applications, such as power and signal routing in consumer electronic and telecommunication products.

17230552101 is a standard backplane connector, which is designed for a wide range of applications. It features a board-level module interface, which allows for the easy integration of multiple modules and a high-density arrangement, enabling the connector to provide maximum signal integrity with minimal footprint. Additionally, 17230552101 is highly reliable due to its robust cable strain relief design and its unique PCB contact retention feature.

The working principle of 17230552101 is straightforward. It consists of a housing with board-side contacts, and mating board-side pins. The housing holds the pins and board-side contact together, and the mating board-side pins are inserted into the backside of the backplane. When the backplane is pushed together, the pins are inserted, making contact with the board-side contact. The contacts between the pins and the board-side contact form a connection, allowing for a reliable electrical connection.

In summary, 17230552101 is a versatile and reliable backplane connector, which is designed for both Hard Metric and Standard applications. It has a robust modularized solution that provides high signal integrity and stability in high-speed applications. Moreover, it is highly reliable due to its cable strain relief design and PCB contact retention feature. Finally, the working principle of 17230552101 is relatively straightforward, as it uses a housing with board-side contacts and mating board-side pins to make a reliable electrical connection.

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