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

Modular Connectors - Jacks With Magnetics

The use of modular connectors – jacks with magnetics – is becoming increasingly popular in the industrial and commercial sectors. This is partly due to their ease of use, their broad range of applications, and the fact that these jacks can offer very efficient power transfer. The SI-10141 is a popular choice of jack, and this article will explore its application field and working principle.

Applications of the SI-10141 Jack

The SI-10141 series of jacks are primarily designed for use in DC power applications. These jacks are compact and robust and are suitable for applications in the industrial and commercial spaces. The SI-10141 is especially well-suited to applications that require a reliable connection between two points. This could be for charging power, data signals, or control signals. Some examples of the application areas for these jacks include:

• Wireless communications.
• Telemetry.
• Robotics.
• Power systems.
• Automation systems.
• Industrial machinery.
• Portable electronic devices.
• Instrumentation.

The Working Principle of the SI-10141 Jack

The SI-10141 jack has two main components – an outer housing and a magnetically actuated contact system. The outer housing is designed to be rugged and durable, while the contact system is designed to be reliable in the presence of magnetics. The contact system is also designed to provide a very efficient transfer of power from one point to another. This is achieved through the use of cleverly designed magnets.

The magnetically actuated contact system in the SI-10141 jack is made up of three main components – the magnet, the contact, and the bridge. The contact is the main electrically conducting part of the system, while the bridge is the non-conducting part of the system. The magnet is the key component of the system as it is what ultimately controls the connection between the contact and the bridge. This is achieved through the use of a strong magnetic field.

When the two components of the jack are mated, the magnet in the contact system is attracted to the bridge in the outer housing. This connection causes the bridge to move, which in turn allows the contact to establish a connection with the other component of the jack. This connection is what allows the efficient transfer of power between the two components. The magnet’s strength and positioning are both important for ensuring a reliable connection between the two components of the jack.

Conclusion

The SI-10141 jack is a modular connector that is widely used in the industrial and commercial sectors. Its main application is in power transfer, but it can also be used for data and control signals. The working principle of the jack is based on the use of a magnetically actuated contact system, which is designed to be robust and reliable. With its wide range of applications and reliable design, the SI-10141 is a popular choice of jack for many applications.

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