The 72388-0171LF application field is mainly focused on backplane designs, offering a highly reliable and cost-effective solution. It is an electrical connector designed to join two printed circuit boards (PCBs) using a motherboard. This allows basic functions such as power, ground, and signal integrity while enabling its various components to be linked and assembled together.
It is mainly used in telecommunications, computer systems, aviation, and aerospace applications. Conventionally, this type of connector is used in many important applications, such as monitoring the functioning of an airplane in flight and controlling its fuel systems, enabling communications during flight, and controlling other systems onboard.
The 72388-0171LF is extremely reliable and provides a couple of benefits which include superior signal integrity and electrical circuit design. It has been extensively tested under the most rigorous conditions, and is known to us to meet the requirements of operating in high temperatures and humid conditions. The connector also provides outstanding efficiency with its gold-plated contacts, which helps minimise the effects of noise and interference.
The working principle of the 72388-0171LF is very simple. It has two sets of pins that interlock and form a signal connection between the two printed circuit boards. The contact pins are designed in such a way that the boards are securely held together and signals are securely transmitted. The space between the two boards can also be adjusted using the thumbscrew on the connector.
The connector has a unique locking system that prevents any accidental power loss or signal loss. It features a thumbscrew that is used to lock and unlock the connector, ensuring a secure connection between the two boards. Furthermore, it has a self-locking feature that allows the connection to be accepted by the motherboards even when power is on or off.
In conclusion, the 72388-0171LF application field and working principle offer a reliable, cost-effective solution for backplane designs and other important applications in the telecommunications, computer, aviation, and aerospace industries. It has been tested to meet the highest standards of safety and performance, and its locking system helps ensure a secure connection between the two boards.