FSI-110-06-L-D-M-AT-P

FSI-110-06-L-D-M-AT-P Application Field and Working Principle

FSI-110-06-L-D-M-AT-P is a type of rectangular connector, which falls into the category of arrays, edge type, mezzanine (board to board). This is an interconnect system which is mainly used for reliable signal current and power connections in high density board to board applications. It is typically used in a range of end markets such as industrial, medical, automotive and consumer electronics.

This system consists mainly of connectors, which includes male and female connectors that are attached to the external and internal PCBs respectively. Two boards are then connected by inserting the male connector into the female connector. Other components in the system are the protection caps and receptacles which are used to cover the exposed contacts when not in use to protect against potential environmental damage.

In terms of the working principle and electrical properties, the FSI-110-06-L-D-M-AT-P system consists of two parts – the plugging side and the mating side. The plugging side consists of the male connector which features 6 pins as contacts, while the mating side consists of the female connector that has two rows of three contacts each. Both sides of the connector have UL 94V-0 rated black thermoplastic insulator, providing a secure and reliable connection. The contact misalignment can reach up to 1.0 mm, making for easier mating and unmating.

The electrical properties of the FSI-110-06-L-D-M-AT-P system are impressive. The insertion of the male connector into female connector allows for a current of up to 8 A nominal and 11 A peak to flow between the two boards without any problems. The operating conditions of the system is -40 to +85 °C, making it suitable for use in many applications. It has also passed UL certification and can be used safely.

In conclusion, the FSI-110-06-L-D-M-AT-P system is highly suitable as an interconnect system for board-to-board applications in a range of end markets from industrial to medical. The electrical properties and the environmental conditions make it a preferred choice in many industries. It is also relatively easy to install and use, making it an even better choice.