SFW14R-1STAE1LF

Introduction

Flat Flexible (FFC) and Flat Printed Circuit (FPC) connectors are increasingly utilized in modern technology applications due to their high reliability, small form factor and low power requirements. This article will provide an overview of the SFW14R-1STAE1LF application field and working principle.

Application Fields

SFW14R-1STAE1LF connectors are primarily used in automation, medical, industrial control, instrumentation, test & measurement, and telecom applications. They are designed for applications where space and power efficiency are critical criteria because of their small footprint. The SFW14R-1STAE1LF connector is rated for 4A and is available in two mating styles – First Mate Last Break (FMLB) and No Mate Last Break (NMLB).

Working Principle

The mechanism for SFW14R-1STAE1LF connectors is based on zero insertion force (ZIF) and standard ribbon or shielded cables, depending on the application. The SFW14R-1STAE1LF connector utilizes a spring-loaded, two-contact system. The contacts are pushed into the receiving end when connected and held in place by a spring latch, which ensures the connection is secure and reliable. The contacts on each end are arranged in two rows forming contact points that can transmit electrical signals. These contacts are connected by a common ribbon cable containing multiple wires that run the length of the cable.

Conclusion

In conclusion, the SFW14R-1STAE1LF is an effective connector for use in automation, medical, industrial control, instrumentation, test & measurement, and telecom applications. It is an efficient and reliable connector, providing a zero insertion force experience and a secure connection with a spring latch. The contacts are arranged in two rows, with each contact connected by a common ribbon cable.