SFMC-121-01-FM-D

Rectangular connectors typically consist of headers, receptacles, and female sockets, which allow for the electrical connection of signals between printed circuit boards and a wide range of other devices. This article will focus on the application field and working principle of the disconnected SFMC-121-01-FM-D.

The SFMC-121-01-FM-D is a common connector with a maximum current rating of 20A. Its operating temperature range is from -25 to +85°C (without derating). It can resist vibrations and shocks of up to 15g. Its contact plating features Nickel plated copper alloy, and it has a PCB mounting design. The SFMC-121-01-FM-D is rated for 1000 mating cycles.

The SFMC-121-01-FM-D can be used in a variety of applications, including motor controls, power supplies, automotive, medical, instrumentation, and industrial equipment. It is designed to provide reliable, low-impedance connections between printed circuit boards and other electrical components.

The SFMC-121-01-FM-D is designed to be easily installed and to provide a reliable and secure connection. The contact between the contacts is designed to make reliable contact during installation and over time. The connector has a tactile feedback once fully mated, allowing the user to securely lock the connector in place. The contacts are designed to resist corrosion and wear, providing reliable and durable connections over time.

The SFMC-121-01-FM-D utilizes an insulation displacement connection (IDC) technology. This connector has two metal pins that are insulated from one another. When the two pins are placed in contact with an insulated wire, an electric circuit is created. The pins cut through the insulation of the wire to create a connection.

The SFMC-121-01-FM-D also utilizes a low-resistance contact technology. This technology is designed to reduce contact resistance and increase current-carrying capacity, making it especially suitable for applications that require a low-resistance connection.

In conclusion, the SFMC-121-01-FM-D is a versatile connector. It can be used for a variety of applications and is designed to provide reliable and secure connections. It features a PCB mounting design, and its contact plating is designed to resist corrosion and wear, providing reliable and durable connections over time. It utilizes a low-resistance contact technology, making it especially suitable for applications that require low-resistance connections. The insulation displacement connection technology ensures that the connector provides reliable contact during installation and over time.