FML18A228B000

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Rocker switches are special types of switches that are used for a variety of purpose. The FML18A228B000 is one such type of rocker switch, and it has a wide range of applications and a unique working principle. This article will take a detailed look at the uses and the working principle of the FML18A228B000.

Application

The FML18A228B000 is a type of rocker switch that is used primarily for on/off type of switching applications. It can be used in low power, electrical circuits as well as in circuits with higher current loads. As it is a small and compact switch, it can be used in confined or challenging spaces, such as in a vehicle with limited space. This type of switch is also suitable for use in lamp sockets, appliances and lighting systems. Some of the most common uses of the FML18A228B000 rocker switch include controlling small appliances, lighting, pumps and motors.

Working Principle

The FML18A228B000 is a two-pole rocker switch, which means it has two sets of contacts on either side of its base. When the switch is in the off position, one set of contacts is open and the other is closed. When the switch is in the on position, the contacts are reversed and the two sets of contacts are connected. When the switch is physically pushed up or down, it reverses the positions of the contacts, which turn the circuit on or off.

The FML18A228B000 rocker switch has a ‘make-before-break’ type of operation. This means that when the switch is moved from one position to another, the circuit is first connected to the new position before the previous connection is broken. This is important in ensuring that there is no interruption in the power supply and that it remains continuous as the switch is moved.

Conclusion

The FML18A228B000 is a type of rocker switch which has a wide range of applications for controlling electrical circuits. It is small and compact, which makes it suitable for installations in confined spaces. The working principle of this rocker switch is to use the ‘make-before-break’ type operation to ensure the continuous flow of power with no interruptions. It is a reliable switch that can handle both low power and higher current applications.

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