M20-9990546

M20-9990546 connectors are rectangular connectors, headers, and male pins which are designed to connect two or more circuits together. These high performance electrical connectors provide a secure connection while also minimizing size and weight. Male pins connect to receive printed circuit boards while headers connect to the mating appliance.

The M20-9990546 connectors use a center/ram comb configuration which provides low resistance and lower height than other designs. This allows for a more compact and efficient connection. The low resistance ensures better signal integrity over longer distances. The male pins are made with a high grade copper alloy which has a higher current rating and better resistance to corrosion.

The M20-9990546 connectors have a range of applications in electronics. They can be used to connect two or more circuits together in motherboards, servers, I/O cards, and other electronic devices. They are commonly used in medical, telecommunications, military, and automotive systems. The low resistance and higher current ratings make them suitable for high-speed data transmission systems. The connectors provide a reliable data connection with minimal vias or traces needed for routing.

The working principle of the M20-9990546 connectors is based on the electrical contact between the male pins and female headers. The male pins have contact points which mate with the female headers. The pins are aligned in a grid pattern and the contact points are press fit in the female headers. When the pins are inserted into the female headers, the contact points make contact which creates a strong and secure connection for the power and signal transmission.

The M20-9990546 connectors are designed to provide superior electrical performance with minimum size and weight. They provide a reliable connection for long distance data transmission and are suitable for a wide range of application fields. The high grade copper alloy ensures better corrosion resistance and higher current rating, making them an ideal choice for a variety of electronic devices.