Not at the same time though. You have to watch the SOA curve and then you will realize that it is not so impressive as the numbers advertised by the manufacturer...
If you can accomodate some simulation inaccuracies, I suggest you try this circuit simulator. https://falstad.com/circuit/ Extremely frugal on resources.
Either you should choose a similar one (search the included lib or other people's lib) or make your own library. There are a few ways but I never tried really do...
Published on - 24th April 2010 09:47
Number of Views: 7712
Attached are the Mechanique MicroCode Studio hex files for serial bootloader. These hex files can be loaded into your PIC so that programming can be done through the serial port of the device. Some people have been experiencing problems getting the bootloader hex files to update for new devices via the online update function. Here they are with Mechanique's permission of course.
Typical crystal values are 4 and 20mhz. Meqanique has not published their code for compiling, so you can not modify the crystal value that way, unless you get Meqanique to compile it for you. But there is a way to edit the baud rate value in the hex file, which lets you run at different crystal values. It is fairly easy if you have a PicKit2 programmer. Here are the instructions for modifying the hex file:
So far, all the hex files I have looked at specify the baud rate at address 7D06. But just in case, here is the check: Load the 4 mhz hex file into the PicKit2, and program your chip. Now load the 20 mhz hex into the PicKit2, but select verify. This will highlight the differences between the hex files. On the 18F2520, the first failure (variance) is at address 7D06. The last half of E040 is the serial BRGH=1 setting. 40 hex is 64 decimal, which gives the serial port 19,200 baud at 20 mhz. Since this chip is capable of 40mhz, we can change this setting to 129 decimal for 19,200 baud, which would be 81 hex. With the PicKit2, we can just type in the new value so we edit it to E081. Now you need to enter the correct configuration settings for your chip. This will need to be the PLL settings, and any other things that need to differ to run at this speed. Then hit the write button.
Re: Charlie-plexing
Sorry, I took a break for a few years and didn't see this post.
Demon Yesterday, 04:40At first glance, your grid does look functionally like my leaning pyramid.
It's weird, your design looks more confusing to me. :D