The Roglang switch is an electronic switch, also known as a magnetic switch. It was invented by the Swedish engineer Roglang. The working principle of Roglang switch is based on the magnetic sensitive effect, when the external magnetic field acts on the switch, the switch will automatically switch the state. Roglang switches are widely used in home appliances, automotive, industrial, medical and other fields.
Operating steps of Loglan switch
The operation of Loglan switch is very simple, just need to follow the following steps:
1. Determine the state of the switch: there are two states of Loglan switch, which are on and off. Before use, you need to determine the state of the switch.
2. Determine the direction of the magnetic field: the sensitive direction of the Loglan switch is perpendicular to the face of the switch. Therefore, the direction of the magnetic field needs to be determined before use.
3. Apply the magnetic field: Place a magnet or electromagnet near the switch so that the magnetic field acts on the switch. When the magnetic field is applied to the switch, the switch will automatically switch states.
4. Checking the status: Check if the status of the switch is correct. If the state is not correct, you can reapply the magnetic field until the state of the switch is correct.
Applications of ROGRAM switches
ROGRAM switches are widely used in various fields, such as:
1. Home appliances: ROGRAM switches can be used in home appliances such as televisions, stereos, air conditioners and other home appliances for controlling the functions of switching on/off and volume level.
2. Automobile: Loglan switches can be used in automobiles for air conditioning, windows and other equipment, for controlling the switching and adjusting of the equipment and other functions.
3. Industrial: Loglan switches can be used in industrial automation control, for detecting and controlling the operation status of robots, assembly lines and other equipment.
4. Medical: Logran switches can be used in medical equipment for controlling the switching and adjusting functions of medical equipment.