UB25SKW03N-C

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

Pushbutton Switches

Whether it’s for industrial control, consumer electronics, or home appliance applications, pushbutton switches are widely used in any type of application. As a crucial part of many designs, they provide reliable and efficient means of controlling the diagnostic illumination and actuation of the system. One such switch is the UB25SKW03N-C.

UB25SKW03N-C Application Field

The UB25SKW03N-C is a small 20mm non-illuminated pushbutton switch ideal for either panel mount or PCB embedded applications. It is a standard size and can fit into tight spaces. With its solid state design, it provides greater reliability and durability than traditional mechanical switches. This type of switch is used for applications such as data entry devices, accounting machines, electronic music instruments, remote controllers, and digital appliances.

UB25SKW03N-C Working Principle

The UB25SKW03N-C works by using an integrated circuit (IC) and a 9V voltage source. An electrical current passes through the switch leading to different states. When the switch is not actuated, the current is blocked and no contact is made. When the switch is actuated, the current is allowed to flow through and thus make contact. The integrated circuit then further processes this electric current, acting as a processor for the switch.

To provide tactile feedback to the user, the switch also contains a spring based on the design principle of its mechanical counterparts. This spring helps to ensure the switch rebounds after being actuated, and thus helps provide feedback that the circuit has been closed and the switch is working correctly.

Conclusion

In short, the UB25SKW03N-C is a typical non-illuminated pushbutton switch with an integrated circuit. It is commonly used in data entry, accounting machines, and digital appliances, and its solid state design provides greater quality and reliability than traditional mechanical designs. It also has a spring-loaded design to give users tactile feedback when the switch has been actuated, letting them know that their instructions have been registered.

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