DF7C-4P-3.96DSA

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, also known as headers or male pins, are devices designed to connect one piece of equipment to another in order to share a power source, data, or both. A DF7C-4P-3.96DSA is one such connector capable of connecting two points in an electrical system. This article will explain the application field and working principle of a DF7C-4P-3.96DSA rectangular connector.

Application Field of DF7C-4P-3.96DSA Connectors

DF7C-4P-3.96DSA rectangular connectors are recommended for use in automotive applications. They are best used in applications that require reliable electrical connections, such as in the control systems of vehicles or in power systems of battery-operated systems. They are suitable for connecting electrical systems that operate at a voltage of no more than 80 volts and a current of no more than 4 amperes. Additionally, they are rated for a maximum frequency of 300 MHz.

DF7C-4P-3.96DSA rectangular connectors are also suitable for use in industrial applications, such as in the control systems of industrial machinery. They are frequently used in the boards of automation machines, as well as in the wiring of industrial networks. As they are designed to be resilient in the face of high thermal tolerances and vibrations, DF7C-4P-3.96DSA rectangular connectors are widely adopted in the robotics industry.

In addition, DF7C-4P-3.96DSA rectangular connectors are designed for use in consumer electronics. They are capable of transmitting both power and data in a variety of consumer electronics, such as computers, laptops, mobile phones, and gaming consoles. As they are highly reliable and feature high-speed transmission, DF7C-4P-3.96DSA connectors are frequently found in these devices.

Working Principle of DF7C-4P-3.96DSA Connector

The working principle of a DF7C-4P-3.96DSA rectangular connector is relatively simple. The device consists of two components: a plug and a socket. The plug is designed to be inserted into the socket, and the two components are held together with a lock, which is usually embedded in the plug and pushed outwards during the insertion process. The plug and the socket are both fitted with internal contacts, which are the points of electrical connection.

The contacts in the socket (known as sockets) open up to allow the male contacts of the plug to slide in. As the plug is inserted further, the socket contacts are pushed back together, resulting in a perfect connection. This connection is held in place by the mechanical lock, which prevents the plug from coming out. The electrical connection between theplug and the socket allows the transfer of power and data between the two connected points.

In addition to the mechanical connection provided by the lock, the contacts in the plug and socket are designed to provide additional electrical protection. The contacts in the plug are connected to a spring, which helps ensure a good electrical connection even when there is vibration or shock. Additionally, the contact surfaces of the plug and socket are rounded with gold plating in order to provide reliable, low-resistance electrical connections.

Conclusion

DF7C-4P-3.96DSA rectangular connectors are designed to provide reliable power and data transmissions in a variety of applications, from automotive to consumer electronics. They consist of a plug, which is connected to the socket with a mechanical lock, as well as contacts in the plug and socket that provide a reliable electrical connection. By utilizing these devices, users can ensure efficient and reliable electrical connections for a variety of applications.

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