HLEM27R-1RLF

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Flat Flexible Connectors (FFCs) have been a staple of electrical connectivity for many years. The most common type of FFC is the multiple conductor format, which consists of several conductors connected in a spiral, used to connect two or more boards or PCBs in a variety of applications. The HLEM27R-1RLF is one such connector.

The HLEM27R-1RLF is a single row, 0.5mm-pitch FFC connector designed for applications such as smartphones, cameras, compact digital electronics, and other portable electronic devices. It has a low profile of just 2.6mm in height, and a width of 11.2mm. It has a 4-pin configuration, and is designed to meet the needs of high-speed data and signal applications with a transmission rate of up to 2Gbps. The connector is shielded to provide protection against EMI and reduce signal distortion.

The HLEM27R-1RLF features an enhanced push-in mechanism for easy installation and removal. The connector is constructed of a resilient thermoplastic housing and a metal-alloy shield to help protect the internal contacts from damage due to vibration or shock. The connector also features two latches that operate in tandem, so it can be easily connected and disconnected without damaging the wiring.

The HLEM27R-1RLF uses a simple, yet effective, working principle. It has two flat flexible cables that are connected by one row of metal pins. The cables are connected to the pins with a special adhesive material. This connection keeps the flat flexible cables securely attached to the pins, and ensures that the pins stay in place during insertion. The pins are then inserted into the corresponding receptacles on the boards, and the connection is secured with a locking mechanism.

The HLEM27R-1RLF is an ideal solution for applications such as data/signal transfer, power distribution, and display/panel connection. Its low-profile design coupled with its enhanced push-in mechanism makes it ideal for applications where space constraints are an issue. Its shielded design also protects from interference from external sources. Its robust design and reliable performance make it an excellent choice for a wide range of applications.

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