1658525-3

Rectangular connectors are amongst the most common type of connectors used today in a wide variety of applications. The ‘1658525-3’ rectangular connector is a board in, direct wire to board connector which is a ‘single row, polarized, polarized two-piece type’. It has a 0.200” row spacing, an 8-circuit configuration and is rated UL 94V-0.

This type of connector can be used in both commercial and industrial applications. It is suitable for appliations such as automotive, aerospace and computer peripherals because of its polarized characteristics, wide temperature operating range and high heat resistance. In addition, its shallow design and high durability means it can be used in portable electronic equipment as well.

The 1658525-3 rectangular connector is designed to accommodate a large variety of wire and cable sizes. It is fully insulated and features a printed circuit board that can be securely mated with a simple push-in connection. The pins are designed to provide uniform contact force for maximum retention and reliable performance. Additionally, it has a 600VRMS voltage rating and an operating temperature range of -65°C to 105°C.

The working principle of the 1658525-3 rectangular connector is simple yet effective. It is designed to securely mate the printed circuit board (PCB) with the 1658525-3 connector by ‘pushing’ the connector into the board. Once the male and female halves of the connector have mated, two sets of pin markers on the mating side of the male connector align perfectly with the corresponding sets of holes on the mating side of the female connector. This ensures that the pins of the male connector are securely and properly connected to the PC board.

In summary, the 1658525-3 rectangular connector is a reliable and versatile type of connector suitable for a variety of applications. It is easy to install and use, and its high temperature and voltage ratings make it suitable for use in a range of environments. Its operating principle is simple enough to ensure reliable performance under any conditions.