BROUGHT Screen Power Usage Explained
BROUGHT Screen Power Usage Explained
One of the extremely asked questions is how you can calculate the maximal power utilization of a LED display. Well first of, you should understand the input current and also the voltage of the LEDs about the LED screen. In theory, in a labratory environment the best input current from the LEDs on the LED screen is actually 20mA, and the voltage for that LEDs for the actual LED screens is actually 5V. But the truth is, the current from the LEDs of the LED screen cannot reach 20mA. Therefore the power consumption of the LED is 20mA by 5V = 0. 1W. So it will be very simple how you can calculate the power utilization of one LED on the LED display.
And secondly, what you need to know is the actual pixel configuration from the LED display and also the resolution per square meter from the LED display. When you understand this data you will be aware how many LEDs can be found on the BROUGHT display. For instance, let's take the Outdoor LED Display having a pixel pitch associated with P16mm, the pixel arrangement mis 2R1G1B, meaning each pixel includes 2 red LED's, 1 eco-friendly LED and 1 azure LED. So which means that every pixel offers 4 LED's. And also the resolution per block meter of message 16mm LED show is 3906 pixels, meaning there are completely 3906 pixels in a single square meter. Based on the previous data the calculation is going to be as folows: four x 3906 = 15, 624 total LED's for each square meter with this LED display.
You will find two types of driving techniques for LED displays, that is the constant static driving method and also the scan driving technique. First let's explain how you can calculate the optimum power consumption as well as average power utilization of a pitch 16mm BROUGHT display using continuous static current generating.
The maximal power utilization of a pitch 16mm BROUGHT display is 15624 by 0. 1W = 1. 56Kw pero block meter. The average power utilization of a pitch 16mm BROUGHT display is 1. 56Kw and 2 = 780W. This calculation way is perfect for static constant present driving LED shows.
For scan generating Stage LED Display , you have to notice that it's a 1/4 generating, 1/8 driving or even 1/2 driving. Taking a message 6mm indoor LED display for example, the usual generating method is 1/8, if you calculate according in order to above way, the maximal power utilization of a pitch 6mm interior LED display is going to be extremely high and provides us more compared to 8Kw per block meter. But in reality it's not correct, the reason is you'll want to make the complete calculation result split by 8 since the driving method is actually 1 over 8 (1/8), and like that you will get a maximal power utilization of 1. 1Kw for each square meter.
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