QFS-016-04.25-H-D-DP-A-P

QFS-016-04.25-H-D-DP-A-P connectors are known to belong to the Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) category. The primary application field of these connectors include various industrial applications such as robotics, medical equipment, marine applications, and military applications. QFS-016-04.25-H-D-DP-A-P connectors are made from materials like stainless steel, composite, and Aluminum which provides robustness to these connectors and enables them to effectively manage and increase the reliability in all kinds of applications.

The working principle behind these connectors is quite simple. The body of these connectors is designed in such a way that when they are mated, the board interconnects are held together and other sections are locked in place to ensure a strong and reliable connection. The pins inside the connector are kept in place in order to provide a reliable connection and to help reduce the possibility of electromagnetic interference. The body of the connector consists of pin slots, which are located inside the connector which enables efficient connections and prevents any misalignment of the pins.

In addition to providing a strong connection, QFS-016-04.25-H-D-DP-A-P connectors also provide superior performance in terms of speed, signal integrity, and power. The impressive level of performance is achieved by having a high degree of contact accuracy which helps create a reliable connection and helps to reduce the level of electrical noise. The connectors also feature thrust locks which Self-align easily and are made to fit any PC board design.

Overall, QFS-016-04.25-H-D-DP-A-P connectors have proven themselves to be a reliable solution for various industries, offering robust reliability and superior performance. The connectors are made from superior materials, offer excellent contact accuracy and secure thrust locks, and come with a reliable connection and low electromagnetic interference. This makes them a great choice for a variety of different applications.