SFML-150-T2-S-D-A

Rectangular Connectors - Headers, Receptacles, Female Sockets

SFML-150-T2-S-D-A is a type of rectangular connector used in several industries and applications. It has two rows of 15 pins and is designed to meet the requirements of an electrical interference hazard. This connector is commonly used in the audio, video, instrumentation, measurement and control applications.

Application Field

SFML-150-T2-S-D-A connectors are used widely in the following fields:

• Automotive and Aerospace Engineering: As the connectors are typically used in automotive and aerospace applications, they are designed to withstand extreme shock and vibration.
• Medical Equipment: SFML-150-T2-S-D-A are used to connect different medical equipments, such as ultrasound and X-ray devices, to improve their technical operational capabilities.
• Power Generation and Distribution: This type of connector is used to facilitate the connection between different power sources. It helps to ensure that the electrical signals remain stable and free from interference.
• Instrumentation, Measurement and Control: SFML-150-T2-S-D-A connectors are used in a variety of instrumentation, measurement and control applications, such as testing and troubleshooting, automated assembly line and industrial process monitoring.

Working Principle

The working principle of SFML-150-T2-S-D-A connectors is based on the principle of contact point bridging. This type of connection is made by connecting two metallic parts with a thin film of conductive material. The contact points are held in place by the use of a physical clip, or sliding cover plate, which limits movement in the X and Y axis. The minimum spacing between the contact points is 0.050 inch (1.27mm).

When the connection is made, the conductive material in the contact point bridges the two parts together. This allows the flow of electricity between the two parts, and reduces electrical interference. Additionally, the material used for the contact point provides additional insulation and protection against other elements, which can help to reduce or eliminate any potential risks that may be posed by the environment.

Conclusion

SFML-150-T2-S-D-A connectors are designed to meet the high-performance needs of a variety of industries. They are commonly used in automotive and aerospace applications, medical equipment, power generation and distribution and instrumentation, measurement and control. The working principle of this type of connector is based on contact point bridging, and the minimum spacing between the contact points is 0.050 inch (1.27mm).