How to design your LED driver with EasyEDA

Рет қаралды 5,309

Күн бұрын

Make your own, one and only LED Driver with the features you need!
Find out how to
- Design Schematics & PCB
- Order PCB and Parts
Demo for the designed LED driver is also introduced!
* PWM Dimming Control Arduino Code
drive.google.com/drive/folder...
00:43 AL8805 Introduction
02:33 Parts Selection
05:20 Easy EDA Intro
05:38 Schematic Design
09:04 PCB Design
15:03 PCB Ordering
16:03 Parts Ordering
16:59 Advantages of Custom Design
17:33 Final Product
17:45 Dimming Control Demo with Arduino

Пікірлер: 8

@vishnuk4597 9 ай бұрын

I've 24V 150W SMPS. Can I use this LED driver to power up 8 LEDs in series at 1A?

@vishnuk4597 9 ай бұрын

If possible can you help me to make an LED PCB with driver using ZXLD1362ET5TA IC.

@zmarssojourner7435 Ай бұрын

I was told that the AL8805 is obsolete. Can I use an AL8835 instead? ty

@gemsungelectronics460 Ай бұрын

Hello, thank you for watching! Are you referring to AL8853? If yes, you can use AL8853 for driving the LED, but you need an extra circuitry (including the mosfet) according to the datasheet of AL8853. Hope this helped!

@danielsvane4004 2 жыл бұрын

Thank you for this, it was very helpful for my project. Do you know of some alternatives to AL8805? The 40V input is not enough for my use case, I need at least 48V input.

@gemsungelectronics460 2 жыл бұрын

Hello! How about finding the product that meets your requirements from the link below? www.ti.com/power-management/led-drivers/products.html I can see there are so many search results (59!) just by entering the Vin(max) to 48V. Thank you for watching!

@healthycolumbus 2 жыл бұрын

Can you do a video making LED driver with LT8391 upto 98% efficiency

@gemsungelectronics460 2 жыл бұрын

I took a quick view of the datasheet for LT8391, and it is a very nice device which supports Boost, Buck-Boost, Buck modes of operation! The efficiency of this device can almost reach 98% in certain conditions, according to the efficiency curves on page 1 and 8 of the datasheet. For 95% or more efficiency, you should use this device in following conditions. - Input voltage : 10~40V - Output current : 2A or more Though very interesting, I am very sorry to say that I will not be able to make a video for this device. I want to focus more on the concepts of the operation in a certain area, rather than on specific products which have similar functionalities. If you are intending to design a PCB using this device, the resources on the following link might be very useful. * DC2345A Evaluation Board (for LT8391) www.analog.com/en/products/lt8391.html#:~:text=The%20LT8391%20is%20a%20synchronous,equal%20to%20the%20output%20voltage. Thank you for asking. If you have any further questions, feel free to leave a comment.