LCDN2-14AF-Q

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LCD N2-14AF-Q is a type of rectangular connector featuring multiple contacts to provide reliable signal and power connections for various electrical setups. It is especially useful in applications where space is limited and there are a number of connections to be made. The connector has two rows of contacts arranged in a 90 degree angle, allowing for easier connection and higher reliability. The conductor connection tabs are elongated for a stronger connection over a wider surface area. This helps to prevent problems with frequent disconnects. There are different contact and shell materials available to meet the needs of a variety of applications.

A major benefit of the LCD N2-14AF-Q connector is its small size and low-cost. It is designed to fit into tight spaces and still be able to provide reliable connections. It also comes in a range of colors and keying to ensure the correct connection is established. This helps avoid errors that could cause costly repair bills. The connector has a maximum current rating of 5 amperes and it is suitable for use in temperatures ranging from -40°C to +110°C. It can operate at operating voltages of up to 250VAC or 125VDC.

The working principle of the LCD N2-14AF-Q connector is simple. When it is inserted into a mating connector, the contacts are aligned and the conductor is clamped to the contact. This creates an electrical connection, allowing current to flow. These connectors can be mounted in a variety of ways, depending on the needs of the application. For instance, it can be mounted on printed circuit boards, wall panels, or DIN rails.

The overall design of the LCD N2-14AF-Q connector makes it an ideal choice for a variety of applications, particularly those where signal and power connections are needed in tight spaces and connectors have to be reliable and low- cost. It is commonly used in the automotive, computing, consumer electronic, industrial, and medical industries. It is also frequently used in aerospace, defence and telecommunications applications.

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