ABD220N-G

Pushbutton Switches

ABD220N-G is a type of pushbutton switches that are used in variety of applications. This switch is designed to provide an electrically controlled switch with minimal contact bouncing. It is a cost effective and reliable switch which makes it preferable choice by many manufacturers.

Application Field of ABD220N-G

The ABD220N-G is suitable for a wide range of applications, such as home appliances, automotive, medical instruments, industrial machines, audio-visual equipment and computer peripherals. It is compatible with a variety of control systems like micro controllers, as well as several temperatures, humidity and voltage levels.

Apart from its wide range of applications, it also has attractive features, such as minimal build-up of dust or dirt. Its good contact design also prevents bounce and increases switch life up to 5,000 operations at 20 cycles per minute without noticeable bounce or chatter.

Working Principle of ABD220N-G

The general working principle behind switches can be illustrated through a simple circuit. When a switch is turned off, the circuit is in an open state, which means that voltage is not flowing through it. When the switch is turned on, the circuit is closed and current flows freely through the circuit.

The ABD220N-G basically works the same way but with some minor differences. Firstly, the switch is designed to reduce contact bounce, which enhances the consistency in the flow of current. Secondly, the switch is designed for a range of temperatures, voltages and humidity levels which makes it suitable for a wider range of applications.

In addition, the contact design of the switch is made to increase switch life and to provide reliable operation in a variety of conditions. The switch is also designed to ensure dust and dirt blockage from the contact points and minimize current leakage.

Conclusion

The ABD220N-G is a cost effective, reliable and versatile switch suitable a wide range of applications. Its contact design minimizes contact bounce which increases the consistency of current flow. It is also dust and dirt resistant. Furthermore, its design allows it to be used in a variety of conditions like varying temperatures, humidity and voltages.