2170864-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane Connectors encompasses a family of connectors, typically used for connecting printed circuit boards together. Two main types of backplane connectors are hard metric and standard metric, both of which offer specific advantages for some applications. Every backplane family stands out when it comes to meeting the challenge of supplying reliable electrical connections between printed circuit boards. Backplane Connectors are specified by a unique combination of parameters, and designs may also be customized to meet a customer’s individual requirements.

Hard Metric Connectors

Hard Metric Connectors are typically used in industrial, automotive and telecom applications. They offer key advantages over other types of backplane connectors, most notably, they are designed to provide higher power density, increased mechanical strength, greater pin-outs, and faster mating cycles. Hard Metric connectors are ideal for applications in harsh environments where vibration, temperature, and moisture are present.

2170864-1 Hard Metric Connectors are designed in accordance with IEC 61076-4-101. The use of robust contact designs ensures superior signal integrity and withstand the vibration, shock, and temperature fluctuations often found in Industrial and Automotive applications. These connectors also include a patented “two-point locking system” that secures the connector to the board while still allowing for easy assembly.

The contact design of the 2170864-1 Hard Metric Connector consists of a female ground side connector with a two-row header and a male contact side connector with a 26-position header. The connector is rated for signal up to 5GHz, and is capable of transmitting up to 32A per pin. Additionally, the terminals feature a spring-loaded contact design with two crimp points for increased power capacity.

Working Principle

The 2170864-1 Hard Metric Connector allows the user to create high speed, low voltage connections between printed circuit boards. When the male contact side connector is plugged into the female ground side connector, the mechanical spring pressure of the male contact ensures a reliable connection between the contact and female signal contact on the board. The two-point locking system ensures that the Plug remains securely connected to the PCB.

Once the connector is plugged in, the current passes through the two crimping points where it is then transferred to the contact block on the male side. From there, the current travels through the header pins to the female side and into the printed circuit board. The overall connection is comprised of three individual components: the male contact side connector, the female ground side connector, and the printed circuit board itself—all of which work together to create a reliable connection.

Application Field

The 2170864-1 Hard Metric Connector is designed for applications in industrial, automotive, and telecom industries, where reliable electrical connections between printed circuit boards is essential. These connectors are suitable for a range of power applications, including but not limited to, telecommunications, automotive, motor control, security, lighting, medical, and industrial systems.

Due to their high power density, reliability, and fast mating cycles, the 2170864-1 Hard Metric Connector is ideally suited for automotive and telecom applications. In particular, these connectors are an invaluable tool when it comes to creating high-voltage, power interactions between PCBs. Furthermore, the two-point locking system ensures that the connector remains securely attached to the printed circuit board, while the robust contact design ensures that the connection remains reliable for the life of the application.

In conclusion, the 2170864-1 Hard Metric Connector is an invaluable tool for applications in industrial, automotive, and telecom industries. Combining robust contact designs, higher power density, increased mechanical strength, greater pin-outs, and faster mating cycles, these connectors are a must for any project requiring reliable electrical connections between printed circuit boards.

The specific data is subject to PDF, and the above content is for reference