71918-106LF Datasheet/PDF71918-106LF rectangular connectors are widely used to allow electrical or optical signals to pass through a panel. They can be categorized as headers, male pins, and receptacles. In this article, we will discuss the application field and working principle of 71918-106LF connectors.
Application Field of 71918-106LF Connectors
71918-106LF connectors are typically used for two main purposes – to carry electrical or optical signals. Examples of applications include automotive electronics, lighting systems, audio transmission systems, industrial automation, networking and military systems, medical equipment, LED lighting systems, and home automation. In addition, these connectors are also used for power distribution and current monitoring.
71918-106LF connectors have become popular because they are capable of providing reliable electrical and optical connections. The design of the connectors ensures that the mating components are firmly locked in place even under vibration, shock, or dynamic activity. Additionally, these connectors provide a secure connection against vibration, dust, and moisture, which makes them ideal for use in harsh environments.
71918-106LF connectors are also cost-effective and take up a minimal amount of space, making them easy to install. The connectors can be easily connected with other connectors, such as PCBs, and other components without the need for extra tools. Additionally, they are suitable for high-frequency and high-speed transmission applications.
Working Principle of 71918-106LF Connectors
71918-106LF connectors use a simple locking mechanism to ensure a secure connection. In this system, two mating components are held securely together by a pin and socket system. One end of the connector is inserted into the other end with the pins entering the socket. Once the pins are inserted, they are held in place by a spring-loaded lock on the outside of the connection. The lock is designed to prevent the pins from disconnecting or disengaging from the socket.
When current or optical signals pass through the connector, they are divided into two different connections, creating two separate outputs. This allows a signal to move from one device to another without any interference. Additionally, the pins on the connectors are designed to provide an additional level of shock resistance to protect against power surges. This helps to reduce the possibility of damage to the circuitry.
71918-106LF connectors are also designed for high-frequency and high-speed data transmission. The connectors are capable of transmitting signals up to 1000 MHz and data speeds up to 20 Gbps. This ensures that the signals are transferred with minimal distortion and interference.
Conclusion
71918-106LF connectors are a versatile and reliable option for electrical and optical connections. The connectors are designed to provide a secure connection with minimal interference and offer a cost-effective and compact solution for many applications. They also provide excellent transmission speeds and are suitable for use in harsh environments.