68418-402HLF

The 68418-402HLF is a rectangular, male-pin connector (also known as header). It features a four-row, 2.00mm pitch design that allows for higher densities when compared to other popular header designs. It is predominantly used to join two circuits together, making it perfect for a wide range of applications. The connector features a lead-free design, making it compliant with contemporary standards. 

The 68418-402HLF is designed for high-density applications such as those found in computers, HDTVs, printers, medical equipment, and other electronic systems. It is ideal for applications that require power, signal and/or data transmission. Its low profile design is ideal for applications where space is a premium. Its locking feature aids in preventing accidental disconnections. The connector is capable of operating in a temperature range of -40°C to +85°C, making it suitable for most industrial and consumer applications.

The 68418-402HLF has four rows of receptacle pins configured in a 2.00mm pitch. The pin numbers range from 1-40 and they are made up of beryllium copper and gold-plated contacts. The female mating connector that is used in conjunction with the male header is the 68425-444HLF. The contacts are gold-plated for enhanced current carrying capabilities and superior corrosion protection. The contacts are also reflow-compatible, allowing for easy soldering and assembly processes.

The 68418-402HLF has robust construction and is designed to reliably deliver power and signal in harsh environments. It has a unique design that allows it to maintain a secure connection even in vibration-prone applications. The connector is resistant to EMI and ESD interference, thus eliminates the need for additional shielding. It is capable of delivering up to 5A of current in a contact and the four-row design makes it capable of delivering up to 200A of current.

The 68418-402HLF is a highly reliable and durable connector designed for use with a variety of applications. It has a lead-free design, making it compliant with various environmental standards. The connector is superior in terms of current handling, durability, and reliability. Its high-density design and compact size make it perfect for space-constrained applications.