Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

950408-8200-AR-TP Field of Application and Working Principle

Rectangular connectors - headers, receptacles, female sockets - are the most ubiquitous form of electronic interconnection. The 950408-8200-AR-TP (hereafter TP) is the rectangular connector’s standard type with a particular width, pitch, and contact type.

Field of Application

TPs are among the most versatile of connectors, finding uses in nearly every frontier of technology, from civilian electronics to aerospace applications. It has uses that range from providing a reliable connection between two power sources for industrial automation, serving as a data port between two computers and peripherals, to providing reliable low power connections in medical equipment.

TPs are generally chosen because of their size, low cost, and versatility. In an electronic component selection decision, the cost and size of the component’s enclosure are important factors, weighing in the favor of the use of TP’s, which are very small and very cost-effective.

The TP\'s versatility also allows its application to a wide range of uses, from power bus lines to data buses. It is compatible with a wide range of protocols, such as IEEE 1394 FireWire, UDMA, SATA, and USB. Additionally, it is capable of handling both low and high power requirements reliably.

Due to their low cost, ease of manufacturing, and compatibility with a wide range of protocols, TPs are widely used in a variety of industry applications, ranging from consumer electronics to automotive and aerospace. The TP’s small size also makes it a popular choice in consumer electronics, where footprint and reliability are important considerations.

Working Principle

The working principle of the TP connector operates on the principle of electrical connection through contact surfaces. The connections are usually made when an electrical component is inserted into the mating end of the connector, which causes a mechanical spring-loaded contact to make contact with the inside of the connector.

The TP connector contains electrical contact surfaces that are arranged in the form of a grid, which is made up of opposing parallel surfaces. An electric current flows through these surfaces and is insulated by a plastic outer insulation, which is typically made of moldable plastic.

The contact surfaces can be arranged in different configurations, such as single row, double row, or multiple row. The choice of the configuration depends on the application and the type of contact being used.

When a current is applied to the contact surfaces, it causes electrical flow between them. As the current passes through it creates a magnetic field that produces a mechanical force, which pulls the contact surfaces together. The force generated by this magnetic field is called a Lorentz force.

Once the contact surfaces are pulled together they form a tight electrical connection that is highly resistant to vibration and other environmental influences. This tight connection provides a reliable and flexible connection that is easy to use and maintain.

Conclusion

The 950408-8200-AR-TP (hereafter TP) is the rectangular connector’s standard type with a particular width, pitch, and contact type. It is a highly versatile and reliable connector that can be used in a wide range of applications, from power and data port applications to industrial automation and medical equipment. It operates on the principle of electrical connection through contact surfaces, which are arranged in the form of a grid and create an electromagnetic force. The force generated by this magnetic field provides a highly reliable connection that is resistant to vibrations and other environmental influences.

The specific data is subject to PDF, and the above content is for reference