DIY Adjustable Electronic DC Load 5 Steps (with Pictures) Instructables
DIY electronic load Sponsor PCBWay
Here are the lab's current electronic loads: Figure 2 Manually-adjustable electr (on)ic loads I could mount these in the supply chassis along with a fan. But it might be nice to have a true electronic load - something with a bit more functionality. Something that doesn't require a screwdriver to adjust. Something like:
![](https://i.ytimg.com/vi/fsLAlNNcC7w/maxresdefault.jpg)
How to Make an Electronic Load YouTube
Figure 1: Schematic For 3A Load Box The opamp, an LT1635, also contains a buffered 200mV reference (U1a) which is amplified to obtain 3V. I trimmed the output current to 3A by adding 2MΩ across R6. If you want to make a fully adjustable load box, add a 1MΩ log taper pot or 10-turn 100kΩ pot between U1a and U1b.
![](http://electronoobs.com/images/Arduino/tut_123/sch_1.jpg)
Arduino homemade electronic load schematic
Step 1: Watch the Video! The video gives you all the information you need to make your own adjustable constant load. During the next steps though, I will present you some additional information. Ask Question Step 2: Order the Components! Here you can find a parts list with example seller (affiliate links): Aliexpress:
DIY electronic load Sponsor PCBWay
April 29, 2014. Some projects are both educational and useful. We believe that [Jasper's] Arduino based electronic load is one of those project. [Jasper's] electronic load can not only act as.
![](http://www.fivefishstudios.com/images/eload/eload-2.jpg)
DIY Electronic Load PCB Kit for Testing Power Supplies FiveFish Audio
The operating principle is very simple; custom PCBs act in parallel to provide any load needed, by switching in the on-board load resistor. Each load board handles all the details of.
![](https://cdn.hackaday.io/images/6185921551564816394.jpeg)
Gallery Homemade DC Electronic Load Hackaday.io
Click "Like" to get coupon: https://jlcpcb.com/Workshop-PCB-Project-Competiton$2/5pcs 2Layer & $5/5pcs 4Layer PCBs: https://jlcpcb.com🔥This is a second ver.
![](https://www.fivefishstudios.com/images/eload/eload-3.jpg)
DIY Electronic Load PCB Kit for Testing Power Supplies FiveFish Audio
EEVBLOG electronic load This project was created on 02/26/2019 and last updated 3 years ago. Description I needed an electronic load for testing DC-DC boost converters but didn't want to buy one (they're expensive!). I saw Dave Jones of the EEVBlog build a pretty handy looking electronic load very simply using a transistor current source.
![](https://hackaday.com/wp-content/uploads/2019/02/enclosure1.jpg)
Spot This DIY Electronic Load’s Gracefully Hidden Hacks Hackaday
An encoder is used for current adjustment. By default, the current can be adjusted at a resolution of approximately 1mA/step. By pressing the encoder button, this resolution can be changed to 10mA/step and 100mA/step respectively. This makes it easier to to coarse adjustments. Constant power mode is achieved by calculating the desired set.
![](https://www.electronics-lab.com/wp-content/uploads/2020/06/top_assembled-scaled.jpg)
A DIY Electronic load for DCDC converter characterization
In this tutorial, we will learn how to build our very own Adjustable Electronic Load using Arduino, which can take a maximum input voltage of 24V and drain current as high as 5A. For this project, we have used PCB boards which are manufactured by AllPCB, a china based professional PCB manufacturing and assembling service provider.
![](https://www.komitart.ru/uploads/posts/2021-04/1617249846_electronic-load-600w-schematic.gif)
DIY ELECTRONIC LOAD 600 Watt schematic with Komitart LAY6.
By biasing the motor with a small DC voltage applied to one lead and reading the resulting voltage from the other, the knob's speed and direction can be detected, doing a serviceable job as rotary.
![](https://i.ytimg.com/vi/beUrWKt-0j8/maxresdefault.jpg)
Carga electrónica de 180watt 200V/20A DIY 300watt (Electronic load 180wat) YouTube
Special $2 for 10 PCBs(100*100mm): https://jlcpcb.com Previous video: https://youtu.be/SIo_Gv7K7FoConstant Current Load video: https://youtu.be/8uBcywBUTkwCo.
![](https://i.ytimg.com/vi/XAtDmUz8tCQ/maxresdefault.jpg)
ADJUSTABLE DIY ELECTRONIC LOAD YouTube
DIY Adjustable Electronic DC Load By voltlog in Circuits Electronics 22,947 104 2 Featured Download By voltlog Visit my website! Follow More by the author: About: Electronics enthusiast, vlogger on youtube. More About voltlog » In this project I am building an analog adjustable dc load with parts easily obtainable from ebay and banggood.
![](https://i.ytimg.com/vi/3XEf05flC4Q/maxresdefault.jpg)
Homemade Digital Electronic Load Multiple Modes YouTube
See how to make a digital electronic load. Homemade DIY circuit using a power MOSFET. It can have constant load, current and power. It has a LCD and a rotary encoder for the menu. See full tutorial, part list and schematic with Arduino.
![](https://www.komitart.ru/uploads/posts/2021-04/1617249488_electronic-load-600w-komitart-project.gif)
DIY ELECTRONIC LOAD 600 Watt schematic with Komitart LAY6.
A DIY Electronic Load With A Twist 13 Comments by: Tom Nardi June 6, 2020 If you're testing a power supply or battery pack, an electronic load is a nice tool to have. By watching the voltage.
![](https://www.komitart.ru/uploads/posts/2021-03/1615093421_electronic-load-diy-kit-komitart-project.gif)
DIY KIT Electronic LOAD schematic and Komitart LAY6.
An electronic load, also known as a constant current dummy load, is a device design so a power supply can draw a certain amount of current without dissipating too much of heat. Basically, when you dial in a current level, the electronic load circuitry will draw only that amount of current, regardless of the voltage.
![](https://www.komitart.ru/uploads/posts/2021-03/1615201167_electronic-load-300w-komitart-lay6-foto.gif)
DIY Electronic LOAD 300 Watt schematic with Komitart LAY6.
With that out of the way, I would like to present my conceptual approach to the CC, CV and CR mode electronic load in an (IMO) elegant mostly analog circuit using 2 switches, 2 potentiometers and a bunch of resistors/caps. Feedback is appreciated.