28-1508-30

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

The 28-1508-30 application field and working principle covers a wide range of sockets for ICs, transistors, and other small integrated circuit boards and components. The application field includes a variety of three-way, seven-way, and five-way sockets, as well as industrial-grade plugs and cable assemblies, while the working principle covers from PCB to enclosure to board-to-board designs.

Introduction

The 28-1508-30 application field and working principle encompasses a wide range of sockets for interconnecting integrated circuit chips, transistors, and other small integrated circuit components. The application field generally deals with both the physical design of the sockets and the electrical connection between ICs (or similar components) and other electronics. The working principle covers everything from PCB to enclosure to board-to-board designs. Any combination of socket types can be used in the 28-1508-30 application field.

Types of Socket Connectors

The 28-1508-30 application field and working principle cover a wide range of three-way, seven-way, and five-way sockets. Commonly referred to as "3-way," "7-way," or "5-way," these sockets are designed to allow for the physical connection between an integrated circuit chip and a number of other electrical components.

Three-way sockets are typically used on small circuit boards and other surface-mountable components. They are three-pronged connectors that allow for the physical connection of two conductors and one isolation point. Three-way sockets have a standard pitch of 0.050" inch and a pitch-variance of 0.005-inch.

Seven-way sockets are more commonly used for industrial-grade plugs and cable assemblies. As the name implies, these sockets support seven contacts in a single package. They have a standard pitch of 0.074" inch and a pitch-variance of 0.010-inch. They can be purchased with a variety of contact types, including regular and gold-plated contacts.

Five-way sockets, as their name implies, are five-pronged connectors designed to support five contacts in a single package. They have a standard pitch of 0.100" inch with a pitch-variance of 0.010-inch and a variety of contact types available. Five-way sockets are commonly used for board-to-board and other high-density applications.

Working Principle of Sockets

The most important aspect of the 28-1508-30 application field and working principle is the electrical connection between one or more ICs (or similar components) and other electronic components. The electrical connection works in the following way:

• When a socket is plugged into a circuit board, a mechanical spring pushes the contacts into the integrated circuit chip, creating a physical and electrical connection.
• The electrical contact between the IC and the other components is then maintained by the mechanical spring.
• Once the IC is soldered onto the board, it is electrically connected to the other components via its own ground point.

This allows for the electrical current to flow from one component to another and to the IC, effectively powering and controlling the IC and all other components on the circuit board. The electrical connection between the ICs and other components is maintained by the physical connection and mechanical spring, as the electrical current only travels when a physical connection is made.

Conclusion

The 28-1508-30 application field and working principle covers a wide range of sockets for integrated circuit chips, transistors, and other small components. From three-way, seven-way, and five-way sockets to industrial-grade plugs and cable assemblies, the 28-1508-30 is designed to provide a reliable electrical connection between ICs and other components. The working principle of the 28-1508-30 is based on the mechanical spring pushing the contacts into the integrated circuit chip which maintains a physical and electrical connection with other components.

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