QFS-048-01-SL-D-DP-RA-PC4

QFS-048-01-SL-D-DP-RA-PC4 rectangular connectors are part of the Arrays Edge Type Mezzanine series. They have a unique feature that allows for an easier and more reliable connection process between two ICs, or integrated circuits. These connectors are ideal for connecting two ICs with varying power needs, as they have up to five power outputs. Furthermore, the QFS-048-01-SL-D-DP-RA-PC4 design enables them to be daisy-chained, allowing for multiple IC connections over a single cable.

QFS-048-01-SL-D-DP-RA-PC4 connectors consist of two parts. The first part consists of a small IC pin that is placed in the center and is designed to carry the power. The second part, which is placed around the center pin, is the array of pins. These pins are arranged in a pattern on each side of the connector, and they form a connection with the IC pin when mated. This helps to maintain a reliable power connection. Additionally, the centering pin ensures that all of the other pins line up properly with the IC pin to ensure an optimal connection between the two ICs.

QFS-048-01-SL-D-DP-RA-PC4 connectors are designed to work by forming a secure connection between two ICs. This connection is achieved by having the outer array of pins latch into the IC pins, thus creating a secure power path between the two ICs. This allows for a reliable connection between the two ICs without the need for additional cabling or tampering. Furthermore, the centering pin ensures that all the other pins are properly aligned and secured to the IC pins, ensuring a reliable connection.

QFS-048-01-SL-D-DP-RA-PC4 connectors are typically used in applications such as automotive, medical, and industrial applications. They can also be used in computers, networking systems, telecommunications, and in audio and video equipment. These connectors are highly customizable and provide a solution for applications with varying power needs and for daisy-chained IC connections. QFS-048-01-SL-D-DP-RA-PC4 connectors are versatile, reliable, and easy to use, making them ideally suited for a wide variety of applications.