1934289-1

Backplane connectors have become an important component to the power of many systems. They provide reliable and efficient connections between multiple electronic components in a system. 1934289-1 connectors, in particular, belong to a class of specialized backplane connectors used to solve complex issues in power distribution across multiple automated systems. This article will discuss the application field and working principle of 1934289-1 connectors.

Application Field

1934289-1 connectors are most commonly used in high-reliability, highly automated systems. They are used to provide reliable, efficient connections between components of mobile robots, commercial vehicles, industrial robots, and other automated machines. This type of connector is especially suited to systems used in harsh environments such as factories and mines, where reliable power connections are crucial. In addition to providing reliable power connections, 1934289-1 connectors can also provide useful signals for controlling automated systems.

Working Principle

1934289-1 connectors use an electrical connector design which connects together two layers of sheet metal. The two layers are separated by several insulated wires, typically made of copper. The two layers are connected to each other using pins or blades. These pins or blades act as the electrical contacts between the two layers, providing a complete connection. The pins and blades are usually held together using a spring clip. The spring clip ensures the reliability of the connection by allowing the pins and blades to move slightly whenever the system is subjected to shock or vibration.

The electrical connection created by the pins and blades effectively reduces the resistance of the connection, allowing a greater current to pass through it. This allows the system to operate with more efficiency, leading to improved system performance. In addition, 1934289-1 connectors provide very low voltage drop, which allows for a more reliable power connection.

1934289-1 connectors are designed with a self-cleaning slot which helps to keep the connection clean. As dirt and debris build up on the pins and blades, they can be quickly swept away with a self-cleaning brush, making it easier to maintain the connection over time. This design greatly improves the reliability of the system, reducing the need for repairs or replacements.

Conclusion

1934289-1 connectors are specialized backplane connectors which are used in highly automated systems. They provide reliable and efficient connections between components, and can also provide useful signals for controlling these systems. Their self-cleaning slot and low voltage drop make them an ideal choice for systems exposed to harsh environments. By properly understanding the application field and working principle of 1934289-1 connectors, engineers are able to take advantage of this specialized connector design in order to increase the efficiency and reliability of their systems.