1996952-1

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Backplane connectors are an essential component of the modern computing world. Characterized by durability and strength, they provide standard interfaces for data and power transmission between components within a system. The ARINC 1996952-1 standard backplane connector family is designed to meet the needs of high-speed data communications in Enterprise and avionics applications. In this article, we\'ll explain the application fields for 1996952-1 and the working principle behind it.

What is ARINC 1996952-1?

ARINC 1996952-1 is an advanced backplane connector system designed for Enterprise and avionics applications. It features a high-speed data rate, high density/greater number of contacts, improved insulation distance and disruptive EMI (electromagnetic interference) levels. The connector family includes horizontal surface mount (SMT), vertical plug-in headers, Wire-to-Board, Board-to-Board, Board-to-Box, power distribution boards and many others. ARINC 1996952-1 is a ruggedized and reliable system and is suitable for a variety of application fields from satellites and avionics to board-level and even computer-peripheral interconnections.

Application Fields

ARINC 1996952-1 is designed for applications where there is a need for high-speed and reliable data connectivity, and where a large number of contacts are necessary. It is used in aircraft and aerospace applications such as Satellite Communications, Avionics, Networking, Power Distribution, and Flight Control. Other application fields include Consumer Electronics, Automation, Industrial Control, Medical, Transportation, and Military/Scientific applications.

The ARINC 1996952-1 is also suitable for board-level applications such as Motherboards, Peripheral Cards, Network Cards, and Video Cards. With its robustness and durability, the 1996952-1 backplane connector can provide reliable interconnectivity and signal integrity for mission-critical applications in an demanding environment.

Working Principle

The ARINC 1996952-1 connector system consists of two parts: a plug and a receptacle. The plug and receptacle are designed in a specific way so that they provide mechanical and electrical connections when mated. This is implemented by the presence of contacts inside the plug, which protrude out and make extended contact with the receptacle\'s contacts. When the plug is inserted into the receptacle, the contacts from both parts make electrical contact, resulting in a secure connection.

The ARINC 1996952-1\'s plug and receptacle also feature improved insulation distance, making the connection stronger and reliable. Insulation distance refers to the distance between the two contacts. The distance ensures that the two contacts do not short circuit when mated, resulting in a secure connection. The improved insulation distance also ensures the connector can handle high currents and provide more reliable data transmission.

Conclusion

The ARINC 1996952-1 backplane connector family is a reliable and robust system suitable for a variety of application fields, from satellites and avionics to board-level and even computer-peripheral interconnections. It features a high-speed data rate, high density/greater number of contacts, improved insulation distance and disruptive EMI levels. The system consists of two parts: a plug and a receptacle. When mated, the contacts from both parts make electrical contact, resulting in a secure connection. This ensures reliable and secure connections for mission-critical applications in demanding environments.

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