G881H0921C3HR

G881H0921C3HR Application Field

G881H0921C3HR is a high quality, durable connector type that offers versatility and flexibility. The housing is constructed of high-grade die-cast zinc alloy that is designed to withstand harsh environments and vibration. It has a modular design that allows for the easy integration of different contact types, such as pass-through, pogo-pin, and solder retention. It is also designed with an EMI shield that decreases the chances of electrical interference within the system. This connector type is commonly used in applications such as aerospace, industrial machinery, medical imaging equipment, automotive, and consumer electronics.

Working Principle

The G881H0921C3HR connector is designed to provide secure power and data transmissions between two components or systems. It is modular in its design, which means that it can be used in a variety of different applications. The housing consists of a male and a female connector, as well as a latch assembly to hold the two halves together. The two halves are then locked together using a number of barbs or locking devices.

The female half of the housing contains several rows of contacts that run along each side of the housing. These contacts contain small pins or blades that make electrical contact with the male contact pins, allowing for a secure and reliable connection. The male contact pins are also arranged in the same manner as the female contacts, and the two sides are locked into place.

The power and data signals between the two sides are transmitted using the contact pins. The connection is made by pressing the male and female contacts together. When pressed together, the inner pins of the male and female contacts form a secure connection that allows for reliable data transmission. The signal is then transmitted through the pins and routed to the appropriate destinations.

Conclusion

G881H0921C3HR is a high-quality, durable connector type that offers reliability and versatility. It is designed to provide reliable power and data transmissions between two components or systems. The modular design allows for easy integration of different contact types and an EMI shield provides protection against electrical interference. It is commonly used in applications such as aerospace, industrial machinery, medical imaging equipment, automotive, and consumer electronics.