75844-305-14LF

Rectangular Connectors - Headers, Male Pins

The 75844-305-14LF is a male pin header connector from Molex. It is a low-profile and cost effective solution for connecting and configuring panel and PCB assemblies. It is designed as a 4-pin header connector, which is compatible with any 5.08mm pitch PCB.

Features

• Durable and reliable: resilient construction resists dust and other particles
• Fully compatible with standard cutouts: thin mounting tab provides secure retention
• Slim profile: keeps design clean and operational space efficient
• Sturdy design: robust strain relief and contact protection

Application

The 75844-305-14LF male pin header can be used for various industrial and commercial applications. It is an ideal solution for use in signal, power, and data connections for reliable data transfer. It is commonly used to connect a printed circuit board or panel to other panels and PCBs in a variety of industries like manufacturing, automotive, telecommunications, and aerospace.

It is particularly useful in applications where size and space are of utmost importance. Its slim profile and low-profile design allows for easy and reliable installation in tight spaces. It is also widely used in medical devices and equipment, where its slim design is perfect for limited space requirements.

Working Principle

The 75844-305-14LF is a male pin connector that uses a header pin to connect to the PCB board and a receptacle socket to connect to the panel or PCB board. The header pin is inserted into the receptacle socket, making the connection between the two boards. The pin and socket are held together securely by a retention clip, which is designed to provide a secure fit and reduce the risk of accidental disconnection.

The connector also features low-profile connections for efficient signal routing and improved EMI/RFI shielding. It is designed to prevent arcing and ensures reliable data transfer at high speeds and with long distances. Additionally, Molex\'s 75844-305-14LF has a durable design that can withstand harsh environmental conditions, making it a great choice for reliable and long-term connections.