TSW-105-14-L-D

TSW-105-14-L-D Rectangular Connectors - Headers, Male Pins: Application Field and Working Principle

TSW-105-14-L-D is a type of rectangular connectors - headers, male pins produced by Molex. It offers a simple solution to the challenges of designing power, signal and data systems for automobiles and other industrial applications. Molex has developed this type of rectangular connectors - headers, male pins with two main objectives: to provide secure connection and to ensure reliable transmission of power, signal and data between two or more devices.

The TSW-105-14-L-D connector can be used in a wide range of applications. These include power, signal and data transmission for industrial applications, such as automated valves and sensors, automotive systems, and communication circuits for audio and video signals. Additionally, it is widely used in medical equipment, precision machining, and electronic instrumentation systems.

The TSW-105-14-L-D connector is exceptionally reliable, as it uses an advanced mechanical design. Most of its components are made of aluminum die-cast material, which makes them durable and resistant to corrosion and vibration. Additionally, the connector is rated up to 25 volts (V) and a current up to 2.2 amps (A), making it suitable for low-voltage applications. Furthermore, it offers a wide range of operating temperatures from -40 to +85°.

In terms of working principle, the TSW-105-14-L-D connector operates by making a direct electrical connection between two mating parts. It uses headers and male pins to achieve this connection. The pins are plastic-coated for superior contact retention and insulation. The pin housing has a mechanical locking mechanism to prevent accidental disconnection while in use. Additionally, the connector is designed with "discrete contact technology" to ensure reliable transmission of power, signal and data.

In conclusion, the TSW-105-14-L-D connector is a reliable, secure and versatile solution for low-voltage electrical systems, used in a wide variety of applications. Its strong mechanical design, superior contact retention and insulation, and discrete contact technology make it a highly reliable device, capable of transmitting power, signal and data between multiple devices.