17030772017

Backplane connectors are components typically used to connect various electrical components in electronic systems. Automated assembly of backplane connectors is often required to ensure high quality, reliable, and cost-effective connections. Hard metric backplane connectors are high-speed, high-density connectors, offering great flexibility for various electrical interconnections, designed to meet stringent, industry-specific standards. Standard backplane connectors are also available for general-purpose applications.

The 1703-0772017 backplane connector is a high-bandwidth μMIP connector developed by Hirose Electric Group. The 1703-0772017 is an industry-standard, 30-pin device designed for differential signal transmission and is rated for use in automotive, industrial and consumer/communication applications. It has a total pin count of 30 and a width of 6.7 mm, which is the same as the Hirose U.FL-LP chemical-resistant industrial connectors.

The 1703-0772017 backplane connector provides excellent flexibility for various electrical connections. It is suitable for high-density, high-performance and reliable applications, such as audio, video, and communications. It features high-speed signal transfer up to 5Gb/s, Supports LVDS/HDMI signaling, and has a standard mating face and a large contact area for reliable and secure connections. It is also designed using a secure press-fit pin retention system for harsh environment applications.

The 1703-0772017 has many advantages such as high-speed differential signal transmission, high-density, high-reliability, and low-power consumption. It is RoHS compliant and features an exceptionally low profile, making it ideal for applications with limited space. It is also designed with a two-section, two-piece construction, which allows for easy and fast integration and assembly and supports multiple mating cycles.

The working principle of the 1703-0772017 backplane connector is an electrical contact between either two or more mating surfaces, which are held together by an interconnection process. The contact allows electrical signals to be transferred between the two surfaces, such as a connector and a backplane. During installation, the pins are first inserted into holes in the backplane, followed by the contacts in the connector being brought in contact with the pins.

The connector provides a secure fit due to the spring-loaded contact on the pins that helps to keep the connector firmly in place. It also has two types of mating windows; the control windows used for testing the contact and insulation resistance, and the method windows used for aligning the connector contact with the pins.

The 1703-0772017 backplane connector is ideal for applications that require high-speed, high-density, reliable electrical connections, such as automotive, industrial, and consumer/communications applications. It is RoHS compliant and provides excellent flexibility for various electrical connections and is designed to meet strict industry standards. It is also a cost-effective solution for many applications due to its two-piece construction and compatible with most backplane designs.