IL-FPR-U16S-HF-N1

Introduction:

Flat Flexible Connectors (FFC) are a type of electrical connection that is designed to provide very narrow spacing in order to achieve high packing density. They are used in a wide variety of applications, ranging from consumer electronics to industrial automation systems. In this article, we will examine the IL-FPR-U16S-HF-N1 connector and its field of application and working principle.

Applications:

The IL-FPR-U16S-HF-N1 connector is a high-density, flat flexible ribbon cable connector. It is used primarily in small form-factor devices, such as laptops, tablets, and other mobile devices. It provides a reliable, low-profile connection that is easy to install and remove. This connector is also suitable for connecting hard disk drives, cellular phone components, and other electronic components with narrow interconnect spaces.

Working Principle:

The IL-FPR-U16S-HF-N1 connector features a flat ribbon cable that is composed of multiple thin strands of insulated copper wire. The connector has two mating pieces with male and female contacts that are secured together by a locking tab. The cable is plugged into the connector and the contacts are pushed into place. The connections are made when the contacts on the cable and the connector create electrical contact when pressure is applied.

The contacts on the connector have a plated gold or tin finish to increase cable retention and to prevent oxidation. The contacts also feature an anti-friction design that minimizes insertion forces. This allows the cable to be inserted and removed with ease and prevents the cable from becoming damaged due to friction.

Conclusion:

The IL-FPR-U16S-HF-N1 connector is a high-density, flat flexible connector used primarily in compact devices such as laptops, tablets, and other mobile devices. It is easy to install and remove and provides a reliable, low-profile connection. The connector has a plated gold or tin finish to increase cable retention and to prevent oxidation, and has an anti-friction design to reduce insertion forces. This ensures that the cable can be inserted and removed with ease and without causing any damage.