What is the led driver 3 in 1 dimming?

-

 

What is the led driver 3 in 1 dimming?

From: www.hzleddriver.com

what-is-the-led-driver-3-in-1-dimmable


        LED driver three-in-one dimming refers to LED 0/1-10V dimming, PWM dimming, and adjustable resistor dimming in three ways.

1. LED driver three-in-one dimming: 0/1-10V dimming
        The power supply is designed with a control chip. When connected to a 0-10V dimmer, the output current of the power supply can be changed through the 0-10V voltage change. For example: when the 0-10V dimmer is modulated to 0V, the current drops to 0, and the brightness of the light is turned off (with a switch function). When the 0-10V dimmer is adjusted to a maximum of 10V, The output current will also reach 100% of the power output, and the brightness will also be 100%. (The output voltage is unchanged).1-10V dimming principle: As explained above, only the dimmer is 1-10V: when the resistance dimmer is adjusted to the minimum 1V, the output current is also changed by 10%, such as when it reaches 10V (adjusted to the maximum), the output The current will also reach 100% of the power output, and the brightness will also be 100%. (The output voltage is unchanged).
Remarks: 1-10V has no switch function, and the lamps cannot be adjusted to the lowest closing function.

2. LED driver three-in-one dimming: PWM dimming
        Digital dimming, also known as PWM dimming, turns on and off LEDs through PWM waves to change the on-time forwarding current to achieve the effect of brightness adjustment. The method is based on the fact that the human eye is not sensitive enough to brightness flickering characteristics, Make the load LED light and dark.
3. LED driver three-in-one dimming: Adjustable resistance dimming
        Adjustable resistance dimming is to put a resistor in series in the bulb circuit and change the resistance value to change the loop current to achieve the purpose of dimming.

dimming-led-driver-for-led-light

dimming-led-driver-for-led-light


        Hi-zealed LED dimming products will design and match the dimming method according to the lighting application or market demand. If the application is not considered, the advantages and disadvantages of the dimming methods are as follows:

Dimming methodAdvantageShortcoming
ResistanceSimple control and lowest controller costVariable resistors are easily damaged
PWMEasy to find matching PWM control circuitAdditional wiring is required for lamp ON/OFF control
TriacFast voltage regulation, high dimming accuracy, and low costMore prone to EMI problems
DALIDigital control, the most functions, can be used as a switch controlIt needs to be equipped with a dedicated controller, and the cost of the controller is the most expensive
0/1-10VSimple application, good compatibility, high precision, good dimming effectHigh wiring cost


Products with three-in-one dimming functions are as follows:
HZD018CVI
HZD024CVI
HZD036CVI
HZD048CVI
HZD060CVI
HZD048AVI

    If you would like assistance in selecting the most suitable Hi-zealed LED driver with 3-in-1 dimming, please contact our expert team immediately. Simply contact Hi-zealed Electronic Co., Ltd.

评论

发表评论

此博客中的热门博文

Led Driver for tube light

-
图片
  Led Driver for tube light From:  www.hzleddriver.com          LED tube driver  is a LED driver power supply, it is the most important part of an LED tube lamp. improper choice, LED tube lamps can not play a performance, even can not be used normally.         Led Tube driver has two kinds built-in and external, the built-in is a long strip, that can be directly inserted into the semicircular tube inside. The built-in led driver is also divided into two types: isolated and non-isolated. Non-isolated means that there is a direct connection between the load end and the input end, and there is the risk of touch shock, especially when the load is high voltage.         The non-isolated type is most commonly used at present, which is directing step-down the power supply, as shown in Figure 1 ( HAD028CXN ). The non-isolated constant current led driver power supply has the advantages of simplicity and high index, an...
Read more »

How to judge the quality of Led Driver?

-
图片
  How to judge the quality of Led Driver? From:  www.hzleddriver.com   A few simple ways to identify the quality of an Led power supply: 1.  PFC (Power Factor Correction)         Now some countries will require at least PF>0.7, but not necessarily high PFC is good, but also consider the overall oblique wave (small), ripple (small), interference (low), because some manufacturers deliberately make the PFC very high but ignore the electromagnetic compatibility part. 2.  Conversion efficiency         Conversion efficiency, the value, and the stability of the deviation. For example, in the working voltage range of AC170-250V, you can try to debug it from 170V-250V. The voltage changes from low to high constantly, so that you can see on the power meter whether the fluctuation of "conversion efficiency, PFC" is large to prove its stability. 3.  Whether the temperature rise of the power supply is high       ...
Read more »

Choose a Led Driver for Street Light

-
图片
  Choose a Led Driver for Street Light From:  www.hzleddriver.com         With the development of the led lighting industry, the development of commercial led street lights is also getting faster and faster, and the advantages brought by led as an outdoor lighting source are becoming more and more prominent. Good power saving rate and lighting comfort make the development of led outdoor lighting more and the better. How to choose the right  led street light power supply , you need to consider a variety of factors. Here are the factors to consider when picking the best-led driver for the led street: 1. High-quality components         Street lights are in severe weather such as high temperature, high humidity, and lighting strikes, so the quality requirements for led drivers are very high. The quality of the led driver will affect the life of the led street lamp, and the quality of the led driver will be affected not only by good desi...
Read more »