7105J3ZBE1

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Rocker Switches

Rocker switches can be found in a variety of electrical applications, all of which require a user to switch between two different pathways or connections, which are then controlled by an electric current. The 7105J3ZBE1 rocker switch is one particular device from this technology, and its application field and working principles will be discussed in this article.

Application Field

Common applications for rocker switches of this type can range from industrial automation and mechanized components to home entertainment equipment, such as surround sound equipment, speaker systems and game consoles. This particular device can be used in any application that requires a user to switch between two states, with the 7105J3ZBE1 being capable of switching between continuous, momentary and latching functions.

Continuous-function rocker switches are typically used to send and receive signals to/from electric motors, indicating when the motors are receiving power and/or functioning properly. Momentary switches, such as the 7105J3ZBE1, are typically used in applications that require a pulse or temporary connection, such as elevator buttons, doorbells and game consoles. Lastly, latching switches are commonly used when a user needs to lock/unlock a connection, such as security systems, fire alarms, and even some video game systems.

Working Principle

Toggle and rocker switches, such as the 7105J3ZBE1, are operated by a user pressing the plastic rocker and transmitting electrons throughout the circuit to the controller train or motor. The rocker forms an open or closed connection, depending on the direction it is pressed, and the switch utilizes a series of contacts to switch between the two connection states. Some toggle switches even come with two or three connections, allowing a user to connect two or more paths/devices simultaneously.

Depending on the application, the contacts used can range from metal-oxide to silver and different types of base metals. The contacts between themals and metal allow a current to flow only when the rocker is pressed and released. Inside the switch, the contacts are rubbed against the switch casing, enabling an electrical connection to the metal plates. As the rocker is pressed, electrons flow consistently between the contacts, until the switch is released, whereupon the electron flow stops.

Conclusion

In conclusion, the 7105J3ZBE1 rocker switch is designed for a variety of applications, ranging from industrial automation to home entertainment. This particular switch utilizes a series of contacts to switch between an open and closed connection, allowing an electric current to travel through the circuit and activate a motor or controller train. Depending on the application, different types of contacts such as metal-oxide or silver can be used, with two or more pathways being available. This rocker switch is an innovative and efficient way to control electric currents in various applications.

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