How is the tricolor dimming light controlled?
1. The tricolor lamp can adjust the order of the tricolor lamp by adjusting the power cord. First, the interior of the LED lamp is taken apart, and then the bright white and yellow power lines are switched, which can not only change the color of the tricolor lamp, but also meet the needs of switching power.
2. It can be realized that the discoloration of tricolor light can be controlled by a single control switch. This kind of lamp can be connected to two power cords just like an ordinary lamp. Notice that the line of fire is not opposite to the zero line. If the lamps and lanterns do not have a “section switch”, you need to buy a three-way, four-section switch, and connect according to the wiring diagram on the section switch.
3. Every time you press the switch, you can directly adjust the light, and there are many tricolor lights that are too remote control, so you can switch lights directly through the remote control.
What is the principle of color-changeable neon lights
1. The principle of neon lamp discoloration is that three colors, red, green and blue, are mixed into various colors according to the change of their brightness. Controlled by a special controller. It is usually used in the design with larger area and higher lamp density. For more information, please refer to Hanlang Neon official website, article category.
2. Principle: the luminous principle of neon lights after electrification is similar to that of lightning in the sky, and it is also a phenomenon of gas discharge. When the tube is electrified, the gas molecules gain energy and are constantly ionized into free electrons (negatively charged) and positive ions (positively charged).
3. Neon lights emit light by low-pressure inert gas filled into the glass tube and cold cathode glow discharge under high-voltage electric field.
What is the principle of turning on and off discoloration lights?
Because different colors have different voltages, a switch actually changes the voltage and presents different colors with different voltages.
The specific principle is that different color led lamp beads are installed on the lamp holder, and the color of the lamp is changed by changing the gear in the process of turning on and off. The default color of the headlights is white, which is more suitable for use during the day. If you encounter special weather, you can change the gear by turning off the lights and turning on the lights to control the color of the lights.
The specific principle is that a variety of LED lamp beads of different colors are installed on the lamp holder, and the light color is changed by changing the gear through the action of turning on and off.
Turn on the switch for the third time after turning off, two groups of power supplies have output, the two groups of light strips are lit, this process is realized through the switch to achieve dimming (color). The driver of LED lamp is generally called LED color adjustment power supply, or LED tricolor segment driver controller and so on. It’s a little wordy. Experience it for yourself.
The optical principle of led discoloration lamp is composed of red (R), green (G) and blue (B) LED. It is generally composed of red light LED and green light LED. It can emit red or green light alone. If the red light and green light are bright at the same time, the red and green light will be mixed into orange and yellow.
The discoloration lamp has nothing to do with the switch. There is a tricolor discoloration module inside the lamp. Every time you turn on and off the switch, the module will be converted to the next lamp color output. The interval can not be too long. If it is too long, it will still be the first color.
What are the basic characteristics of led light source
1. LED lamp sources can be divided into three types: dichromatic phosphor conversion, tricolor phosphor conversion and multi-chip white LED light source.
2. The LED light source is the light source with the light emitting diode (LED) as the light emitter. Light-emitting diodes were invented in the 1960s, and in the decades that followed, they were basically used as indicators for electronic devices such as tape recorders. This kind of bulb has the characteristics of high efficiency and long life. It can be used continuously for 100000 hours, which is 100 times longer than that of ordinary incandescent bulbs.
3. The LED light source is the light source with the light emitting diode (LED) as the light emitter. Light-emitting diodes were invented in the 1960s, and in the decades that followed, they were basically used as indicators for electronic devices such as tape recorders. This kind of bulb has the characteristics of high efficiency and long life. It can be used continuously for 100000 hours, which is 100 times longer than that of ordinary incandescent bulbs.
4. The volume of LED is also small, because the relative light output is low, so in indoor applications, a large number of LED light sources are usually gathered in a large bubble shell.
