DT22J3RS215QF8 Datasheet/PDFDT22J3RS215QF8 Application Field and Working Principle
DT22J3RS215QF8, known as the Rocker Switches, is a versatile instrument used to manipulate various types of machines and equipment. Its application field, working principle and main components will be introduced in this article.
Application Field of DT22J3RS215QF8
DT22J3RS215QF8 Rocker Switches is applicable to any situation, from your micro-controller driven robotic project to a sophisticated operation panel in a high-tech industrial device. It can be used in electrical machinery, equipment, communication and electronic products, instrumentation, etc., and it can be used to switch the on/off or additional controls in the circuit.
Working Principle of DT22J3RS215QF8
The working principle of the DT22J3RS215QF8 Rocker Switches is based on the electrical contact between the terminals and the rocker armature. When the rocker is pressed, the contacts are connected to form a closed circuit, and the corresponding machine actions can be activated. When the rocker is released, the contacts will be disconnected, and the circuit is broken. The working principle of the rocker switches is simple and reliable.
Main Components of DT22J3RS215QF8
The main components of the DT22J3RS215QF8 Rocker Switches include the rocker armature, terminals, and steel frame. The rocker armature is made of durable plastics and can be used for a long time. The terminals are designed to provide a good and stable electric contact. The steel frame is designed to resist wear and tear. The rocker switches are all designed with an IP67 watertight protection rating, making them suitable for harsh conditions.
Conclusion
DT22J3RS215QF8 Rocker Switches are versatile instruments that can be used for a wide range of applications. Their working principle is simple and reliable. Moreover, their main components, such as rocker armature, terminals, and steel frames, provide a high level of operation and stability. As such, rocker switches are a great choice for operation panels and micro-controlled robotic projects.