803-47-036-20-001000

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

Rectangular connectors are used for the electrical connection between two devices, such as a printed circuit board, an integrated circuit or a cable. Among various shapes of connectors, rectangular connector is the most commonly used type, which makes it a widely accepted and easily identified type of connector. This article will focus on rectangular connectors, particularly 803-47-036-20-001000 headers, receptacles, and female sockets, and explain their application field and working principle.

Headers

Headers are the rectangular-shaped electrical connectors that have contacts or pins in a row and a mounting flange or another kind of support. The 803-47-036-20-001000 headers are designed for various kinds of electrical connectors, especially for board-to-board or cable-to-board connectors, as it has good resistance credentials such as high insulation of rated voltage 250V, rated current 50A, and has fine dust resistance and an anti-condensation structure with under-plate. These 803-47-036-20-001000 headers are generally used for electrical and electronic applications in automotive systems, industrial control systems, computer peripherals, communication systems, and medical equipment.

Working Principle

The working principle of 803-47-036-20-001000 headers is based on electric current flow through the two poles of the connector. The first pole is the contact pin, which is the metal protrusion that attaches to the printed circuit board, and the second is the female socket that is attached to another device (typically a cable). When the contact pin is plugged into the female socket, the electric current flows from the contact pin to the female socket. This creates a connection between the two devices.

Receptacles

Receptacles are rectangular-shaped electrical sockets designed for connecting two circuits or devices together. Unlike conventional plug-in connections, receptacles are designed to be plugged in and out multiple times. 803-47-036-20-001000 receptacles are typically used in power supplies, data acquisitions, machinery control systems, and electronic products. This type of receptacle has a low insertion force, good contact reliability and superior anti-vibration performance. In addition, the 803-47-036-20-001000 receptacles meet UL, CSA, and other safety requirements, making them suitable for a wide range of applications.

Working Principle

The working principle of the 803-47-036-20-001000 receptacle is similar to that of the header connection described above. There is a contact pin in the receptacle socket that is connected to another device (typically a cable) or circuit on the other side. When the contact pin is inserted into the receptacle socket, an electric current will flow through the contact pin and the female socket. This creates the electric connection between the two devices.

Female Sockets

Female sockets, also known as terminal blocks, are rectangular-shaped electrical connectors that have metal contacts to create a connection between two points. 803-47-036-20-001000 female sockets are typically used in printed circuit boards and control systems, where they provide a reliable and secure connection. These 803-47-036-20-001000 female sockets have high insulation resistance and excellent contact stability due to their high-grade material. In addition, they are also dust-proof, vibration-proof, and resistant to heat and chemical damage.

Working Principle

The working principle of 803-47-036-20-001000 female sockets is the same as that of the headers and receptacles described above. There is a contact pin in the female socket that is connected to another device (typically a cable) or circuit on the other side. When the contact pin is inserted into the female socket, an electric current will flow through the contact pin and the female socket. This creates the electric connection between the two devices.

In conclusion, 803-47-036-20-001000 headers, receptacles, and female sockets are used in various applications, such as automotive systems, industrial control systems, computer peripherals, communication systems, and medical equipment. These connectors provide good electrical connections to ensure secure connections between two devices. They also have excellent insulation, dust resistance, and anti-condensation capabilities. The working principle of the 803-47-036-20-001000 headers, receptacles, and female sockets is based on the flow of electric current from one device to another when the contact pins are plugged into the female socket.

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