HLW15R-6C7LF

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The FFCs, or flat flexible connectors, are the most widely used type of interconnect technology available today. They are used to connect printed circuit boards, either through a cable or a ribbon cable, providing a reliable connection between two copper conductors. One of the most popular types of FFCs is the HLW15R-6C7LF.

The HLW15R-6C7LF connectors consist of two conductive strips that are bonded together using a phosphor bronze material and an insulated material of polyethylene terephthalate. This creates a secure connection between two printed circuit boards, such as motherboards and daughterboards. Additionally, the use of a strain relief crimp on the wire enables the connection to withstand a certain amount of shock and vibration, ensuring that the connection remains secure.

The HLW15R-6C7LF connectors are typically used in applications such as: networking, electric motors, traffic lights, home automation equipment, computer peripherals, and industrial control equipment. These connectors offer many advantages such as the small size, thin cross section, no moving parts, and easy installation. They are also highly reliable, withstanding a maximum temperature range of -55°C to +105°C.

The working principle of the HLW15R-6C7LF connectors is based on the principle of electric conductivity, which is the ability of materials to carry an electric current. The conductors are made of several layers of conductive material which provide a high level of conductivity. In order to provide a secure connection between two boards, the two strips of conductive material must make contact with each other. When assembled correctly, a small amount of electric current will flow through the connection, which will cause a voltage drop and complete the circuit.

The HLW15R-6C7LF connectors are an excellent choice for low-profile applications. They provide a reliable connection and are easy to install, making them ideal for use in a wide range of applications. Additionally, their small size and thin cross section make them ideal when space is limited.

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