767042-4

Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) encompass many of the common connections for modernization and development of a variety of electronic applications. The 767042-4 is a good example of a type of connector that is included in this category. This type of connector features multiple pins in an array that are arrayed in different rows and colums. It helps to facilitate the connection between a board and another device. Understanding the 767042-4 application field, as well as its working principle, allows for the optimum usage of this type of connector.

Application Field

The 767042-4 is used in a variety of electronics applications. It is particularly useful when a much larger connection is necessary and a user needs both power and signal lines. The array of multiple pins of this type of connector means that a number of different signals can be routed at the same time. This makes it a great choice for high speed data lines, as well as for communications between larger pieces of equipment.

The 767042-4 can also be used as a connector for a backplane, most commonly as a redundant power backup system. This type of system is great for supporting additional circuits without ever having to break the power connection between the two pieces of equipment. This is particularly useful in applications where power fluctuations are common, or where a system needs to be kept up and running for long periods of time.

Working Principle

The 767042-4 works on a basic principle that involves electrical contact, or the mating of two or more pins. The application of power causes the pins to mate, allowing the connection to be made. These connectors rely on the spring force from the pins in order to create the electrical contact. As the contacts mate, a small amount of pressure is generated between the pins, which provide a secure connection that will not come undone from vibration or twisting.

The working principle that the 767042-4 utilizes also focuses on safety. The connection that is established by the pins of the connector will only last as long as the power applied to it. When power is removed, the connection will break and the connector will become inert.

To ensure a safe connection, the 767042-4 will often come with specialized safety mechanisms such as locking notches or special tongue-and-groove mechanisms. These features ensure a secure connection and prevent any inadvertent disconnection from occurring.

Conclusion

The application field and working principle of the 767042-4 connector is such that it is applicable to a wide array of electronic applications. Because it features an array of pins, it can easily be connected to larger pieces of equipment, and can also be used as a backplane to provide redundant power. Its working principle is based on electrical contact between the pins, which is kept secure with locking mechanisms. Understanding the application field and working principle of the 767042-4 can allow for its maximum usage in any electronic application.