2-88179-2 Connectors, Interconnects

FFC (Flat Flexible) Connectors are devices that are used to electrically connect a flat surface to a circuit board. Unlike traditional components, this type of connector has been designed to be highly flexible and cost-effective. In this article, we will discuss the applications and working principle of 2-88179-2 FFC connectors.

The 2-88179-2 FFC connectors are especially suitable for applications where space and signal integrity are key factors. In many applications, a high-density and reliable signal connection is needed. These connectors provide a fast and accurate connection for easy installation and maintenance. Furthermore, their "floating" construction makes them highly flexible in terms of space utilization.

Apart from the space-saving advantage, the 2-88179-2 FFC connectors also provide excellent vibration-resistance performance. This is due to their special high-temperature silicone elastomer spring that provides the necessary vibration damping and no-slip locking mechanism. This makes the connections more resistant to the vibration and shock that may be encountered in industrial environments.

As far as the working principle is concerned, the FFC connectors are quite straightforward. A special flat ribbon cable is designed to fit into the connector housing. The cable has tiny contacts on each end which make contact with corresponding contacts on the connector housing. When the cable is inserted into the housing, an electrical connection is established. The ribbon cable may be made from various metals such as copper, gold, or silver.

These FFC connectors are also very popular because of their low profile. As they are mounted in the side of a circuit board, space requirements are minimal. This makes them ideal for use with embedded systems. Furthermore, their flexibility makes them suitable for a wide variety of applications, including consumer electronics, industrial automation, medical equipment, and automotive.

In conclusion, the 2-88179-2 FFC connectors are ideal for a wide range of applications due to their small size, cost-effectiveness, and space-saving ability. Furthermore, their flexible construction ensures accurate and reliable connections, while their vibration-resistant and no-slip locking mechanisms provide the necessary protection against shock and vibration. These types of FFC connectors are sure to remain popular in the future as engineers continue to try and find new and innovative ways of using them.