71920-406LF

Rectangular connectors, headers, receptacles, and female sockets are important components of many electrical and electronic systems. These components come with different specifications, sizes, and shapes. The 71920-406LF is one such example, a header and socket assembly. It is a modular-style connector that consists of a socket and a header, designed primarily for use in low-voltage applications.

The 71920-406LF is designed to provide reliable, quick, and secure connections in low-voltage electronic circuits. It has a height of 407-millimeters (16.03-inches) and a width of 11-millimeters (0.43-inches). The device is rated for a voltage and current of 250-volts and 5-amps respectively. The contacts of the socket are plated in gold, for improved electrical conductivity and corrosion resistance. The header is made of a rigid plastic material which can withstand high levels of vibration without damage. The socket has a retention latch which facilitates easy insertion of the devices in the header without damaging the contacts.

The 71920-406LF is ideal for use in consumer electronics, industrial controls, automotive, medical instrumentation, and communications devices. It can be used in a variety of applications that require reliable connectivity, such as audio and video connectors, power supplies, and panels. Its low voltage rating makes it suitable for powering components in signal transmission systems. It is also an excellent choice for lighting circuits.

The 71920-406LF’s working principle is based on a pin and socket contact system. The socket consists of two/three/four/five/eight holes that are designed to accept the male pins of the header. The header is composed of two/three/four/five/eight pins that form an electrical connection with the socket when inserted. It provides a secure and reliable electrical pathway between the two components. The contacts are plated with a gold layer that helps in improving the electrical conductivity and ensures corrosion resistance.

The 71920-406LF is an ideal choice for low-voltage, low-amperage applications. Its robust design and plating layer provide reliable electrical pathways, allowing it to be used in a wide variety of applications. Its versatile design ensures that it can fit into a variety of devices, which makes it an attractive option for a large number of applications.