Stupid-projects.com Website Review

Just another site with stupid embedded projects Menu and widgets Long time, no see. Well, let me tell you a thing, parenting is the end of your free time to do your stupid projects. It took me a few months just to complete a very small stupid project like this… Anyway, this time I wanted to build an electronic load. There are so many designs out there with various different user interfaces, but I wanted something more useless than a pot to control the output current. Therefore, I though why not build an electronic load with a web interface? And which is the best option for that? Of course, esp8266. Well… not really, but we’ll see why later. Still, this is build on the esp8266 anyways. There are various ways to make an eload, but the easiest way to use a N-MOSFET and an opamp that it’s negative feedback drives the Gate-Source of the MOSFET. This is a screenshot of the main circuit: In the above circuit there’s a first stage opamp that is driven from a DAC. This opamp amplifies the signal with a gain of 2.2 and then the second stage opamp drives the MOSFET. The source of the MOSFET is connected on the PSU under test and the source to an array of parallel of the opamp. This means the opamp will do what opamps do and will “mirror” the voltage on the (+) input to the (-) input. Which means that whatever voltage is applied on the (+) input then the opamp will drive the output in a way that both inputs have the same voltage. Because the gate and the source of the MOSFET are part of the feedback loop, then in this circuit it means the voltage on the source will be So, if 5V are applied in the (+) input then 5A will flow on the resistors. It’s generally better to have resistors in parallel, because that means that the current will be split to these resistors, which means less heat and no need for extra cooling on a single resistor. There is also another opamp which buffers the voltage on the negative loop and drives a voltage divider and an RC filter. We need a buffer