166873-2 Connectors, Interconnects

Backplane connectors are used for assembling and connecting different electronic components and wires on several planes, offering reliable connectivity for data transmission. DIN 41612 is a type of backplane connector created to provide a secure connection solution with its versatile design. The DIN 41612 standard connectors are widely used in the industrial field due to its robustness and positive locking feature.

166873-2 connector type is part of the DIN 41612 standard connectors, It\'s a 36-position, 2-rows, female SMT connector with a 1.27 mm pitch. It provides a reliable connection with a robust, rugged design and is suitable for vertical mounting applications. Their easy soldering technique and positive locking feature make these connectors one of the most popular in the industrial market.

The 166873-2 features a simple construction with the main body made of a solid plastic material, It also consists of 36 gold-plated pins that provide an electrical connection between the different devices. These pins are organized on 2 rows, 18 pins on each row, with a 1.27 mm center to center distance. The connector includes a metal locking clip for a secure connection.

In terms of performance, the 166873-2 offers a robust design and optimized power and data transmission. Its compact size also ensures a consistent connection with less noise and signal crosstalk. It also features a wide voltage and temperature range: up to 3A and from -40 to 125 °C. Therefore, 166873-2 can be used in a wide range of industrial environments.

Regarding the working principle, the 166873-2 backplane connector uses a push and twist locking mechanism. First, the connector is aligned to the receiving socket. Then, the connector is pushed inward until it makes contact with the socket contacts and the locking clip is engaged. Finally, a quarter turn of the connector is made to ensure a secure connection.

The 166873-2 is a reliable and cost-effective solution for vertical mounting applications due to its rugged design, optimized power and data transmission, and wide voltage and temperature range.