In Windows, when I attach files, I first put them in one directory and then select multiple files at once then send them. Trying to do one at a time requires editing the submitted post.
Both of the files Wilberforce seem to be the minimized version.
How does one go about minimizing a module?
Magic PID tuners exist in the world, there is some variance in PID implementations so one has to use an auto-tune with the matching PID implementation.
There also so rules of thumb methods that cut down on the iterations of a slow process that are required to achieve acceptable results. Google "PID tuning rules of thumb".
The most common heater control is the On/Off method. Some diffusion furnaces I worked with in the past have had SCR based control that varies the current to the heater.
tve thanks for the link. The method I used is based on differentiation the basic equation PID so
it calculates the change in output.
Espruino is a JavaScript interpreter for low-power Microcontrollers. This site is both a support community for Espruino and a place to share what you are working on.
In Windows, when I attach files, I first put them in one directory and then select multiple files at once then send them. Trying to do one at a time requires editing the submitted post.
Both of the files Wilberforce seem to be the minimized version.
How does one go about minimizing a module?
Magic PID tuners exist in the world, there is some variance in PID implementations so one has to use an auto-tune with the matching PID implementation.
There also so rules of thumb methods that cut down on the iterations of a slow process that are required to achieve acceptable results. Google "PID tuning rules of thumb".
The most common heater control is the On/Off method. Some diffusion furnaces I worked with in the past have had SCR based control that varies the current to the heater.
tve thanks for the link. The method I used is based on differentiation the basic equation PID so
it calculates the change in output.