76015-3103

Backplane Connectors - Specialized have been widely used in industries for their exceptional design and efficient functioning. The 76015-3103 Backplane Connectors is a type of specialized backplane connector specifically designed for high-speed applications and offers superior heat and shock resistance in extreme environments.

The 76015-3103 Backplane Connector features a low profile, rugged construction and high-performance EMI shielding. It has a unique single portion design with no bonding or fastening required, and can be easily mated or un-mated with one hand. It has a pin pitch of 0.5mm, contact footprint of 7.45mm x 5.7mm, and contact current rating of 3.0A.

This rugged and reliable type of connector is typically used in harsh environments such as aerospace and off-shore oil/gas industries, as well as military and medical applications. The connector offers high durability and is highly resistant to vibrations, shock and environmental effects. Additionally, it provides excellent signal integrity, electrical performance, low insertion force and a minimum of crosstalk.

The 76015-3103 Backplane Connector is designed for use in high-bandwidth applications. It features a triple-mount configuration that reduces board space and improves performance. Additionally, its unique high-speed pin design allows signal paths to be shortened and crosstalk to be reduced. Its design is optimized to minimize signal reflections, improve signal performance, and protect against EMI.

The 76015-3103 Backplane Connector is designed with an advanced-circuitry system that ensures reliable transmission of signals from different sources. The connector is compliant with IPC-990, a standard for high-speed data transmission. It also features an EMI filter for additional EMI protection.

The 76015-3103 Backplane Connector is a versatile and reliable solution for various applications. Its single-piece design provides easier installation and removal when compared with other backplane connectors. Its high-speed, triple-mount configuration reduces board space and significantly increases signal performance. It is especially suitable for demanding industrial, aerospace and medical applications.