MPI002/TERM/AM

Pushbutton switches are simple and versatile user input components, commonly used to initiate or terminate an action in a wide range of applications. Among the many types of pushbutton switches are the MPI002/TERM/AM switches, which are known for their resistance to harsh industrial environments and their low profile form factor. This article provides an overview of the application field and working principle of MPI002/TERM/AM switches.

Application Field

MPI002/TERM/AM switches are widely used in many industries and applications including industrial, security, military, and medical. Commonly used in harsh environments and equipment, these switches are designed to be robust and reliable under extreme conditions, such as heavy vibration and shock, high temperature, moisture, dust, and chemical splashes. Their electrical characteristics and resistance to environmental conditions make them suitable for use in general and hazardous installations and applications in explosive atmospheres.

The small size and low profile form factor of the MPI002/TERM/AM switches make them ideal for applications where a compact, low-profile switch is required. Additionally, they are easy to install without the need of additional hardware. This makes them well-suited for applications with installation space restrictions.

Aside from industrial applications, the MPI002/TERM/AM switches are also commonly used in consumer electronics and computing applications. They can be used as input devices to initiate an action, such as powering on a device, or to make a selection from a menu. In addition, these switches have excellent tactile feedback that is well-suited for gaming and virtual reality applications.

Working Principle

The MPI002/TERM/AM switches operate according to a simple yet reliable mechanism. When the switch is actuated, a contact is made between two pieces of metal, completing the electrical circuit and sending a signal to the attached device. Depending on the configuration, a single switch can make either a single or double contact connection.

The MPI002/TERM/AM switches feature tungsten contacts, which provide superior electrical characteristics as well as increased durability and service life. This is an important benefit for applications where higher current load and voltage are required. Additionally, these switches utilize a unique self-cleaning mechanism that reduces contact oxidation and wear, ensuring reliable performance even in harsh environments.

Conclusion

MPI002/TERM/AM switches are ideal for a wide range of applications that require reliable and robust input devices, such as those found in industrial, security, or military applications. This article has provided an overview of the application field and working principle of these switches, as well as their many benefits.