PRDDD1-16F-BB000

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Rocker switches are common electric components, which are used in various electronic devices and appliances. The PRDDD1-16F-BB000 is one such component and plays an important role in some of the electrical appliances. This article will explain the application field and working principle of this component.

Application Field

The PRDDD1-16F-BB000 is a bat wing-style rocker switch, which is used in various electronic appliances. It has a UL94-V0 rating, and has been found to be reliable in electrical applications. It is usually used for applications such as controlling the power supply, controlling the speed of motors, and controlling the direction of a motor. It can also be used to control the current in circuits and limit the power supply.

Working Principle

The rocker switch in its most basic form consists of two plastic levers, one being a \'rocker\' and the other being a \'button\'. The rocker levers are connected to two electrical contacts, one each for power and ground. When the \'rocker\' is pushed in one direction, it will make contact with the \'button\' lever and make the circuit complete. The other direction will open the connection and the switch will be considered \'off\'. There are also three positions on the switch, which are \'on\', \'off\', and \'neutral\'. On \'on\' setting, the current flows in a single direction, where as on \'off\' setting, no current will flow. The \'neutral\' setting is when both levers are disengaged and no current can flow.

Conclusion

The PRDDD1-16F-BB000 is a bat wing-style rocker switch, which is used in various electronic appliances. It is used to control the power supply, speed of motors and direction of motors. It is UL94-V0 rated and highly reliable for electrical applications. It consists of two plastic levers, the \'rocker\' and the \'button\', which when activated, make the circuit complete. There are three positions on the switch, which are \'on\', \'off\', and \'neutral\'. The \'on\' position allows current to flow in a single direction, the \'off\' position breaks the circuit and the \'neutral\' position disengages the levers.

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