AYF530665TA

The AYF530665TA is a FFC (Flat Flexible) Connector. This FFC connector, also known as a flat ribbon connector, is designed to connect two or more flexible printed circuits used in compact, space-saving applications. Its small size and low profile make FFC connectors ideal for use in thin wall enclosures, laptop computers, cellular phones, digital cameras, and other electronic devices.

The AYF530665TA FFC connector contains two parallel rows of metal contacts with a polarized plastic housing. The contacts are constructed of phosphor bronze and allow for a non-removable connection between two flexible printed circuits. The contacts are arranged in a 0.5mm pitch and can accept flexible printed circuit widths of 0.4mm with conductor widths of 0.2mm. The housing is made of UL94V-0 rated plastic and comes with a polarizing key to ensure proper mating.

The AYF530665TA connector is a cost-effective and reliable solution for connecting multiple flexible printed circuits. The two rows of contacts can carry power and signal simultaneously, making it possible for the user to transmit up to 10A of power and 100MHz of signal. In addition, the connector’s mating blades are designed to ensure that the circuit is firmly held in place and reliably conducts both high current and high frequency signals.

The FFC connector’s simple two-piece design makes it easy and quick to install onto a circuit board. Installation requires only two steps: pressing the connector onto the board and pressing the contacts into place, so that the circuit board is securely connected to the flexible printed circuits. The connector is designed such that once installed, it can remain securely in place without any additional retaining mechanisms.

The AYF530665TA connector’s versatile design and reliable performance make it an ideal solution for a variety of applications, including cellular phones, PDAs, computers, measuring instruments, televisions, and home appliances. The FFC connector’s small size, low profile, and high frequency and power capabilities make it well-suited for use in any space-constrained environment.