SFW15S-2STE1LF

FFC (Flat Flexible) Connectors are commonly used for applications requiring specific environmental characteristics or where there is a need to reduce assembly time and complexity. The SFW15S-2STE1LF is an FFC connector designed specifically for a range of applications including general purpose switching, residential, commercial, industrial, automotive, medical, control and instrumentation, HVAC, and power distribution.

The SFW15S-2STE1LF is a flat flexible connector that features two conductors in a single cable. It is a low profile, single row connector, and is designed to be installed in tight spaces. The outer cable jacket is 20mm wide, and the connectors are compatible with a range of connection points including standard sockets and press-fit terminals. The connector features a simple, snap fit mechanism that allows for quick, reliable connections.

The SFW15S-2STE1LF\'s two conductors offer good electrical performance, with impedance levels of less than 5.2 ohms. The connectors are rated to carry up to 5 amperes, and can operate in temperatures ranging from -20°C to +105°C. The connectors are also resistant to vibration and shock, and can be used in harsh environments.

The working principle of the SFW15S-2STE1LF is simple. The two conductors are insulated from each other by dual layer UV stabilized resin coating, and the two-piece assembly is made of extremely strong stainless steel frame with a suitable release mechanism for easy mating.

The connectors are designed with a low insertion and withdrawal force that allows one to easily mate and unmate the connection points. Once inserted, the connection is secure and reliable. The connectors are suitable for high frequency applications, and are available in a variety of lengths and pitch sizes.

The SFW15S-2STE1LF is ideal for applications such as general purpose switching, HVAC systems, control and instrumentation, industrial applications, and automotive applications. The connectors are easy to install and provide reliable, durable connections. The two conductor design allows for high levels of impedance and good electrical performance, and makes it suitable for a variety of applications.