Eric Fontaine ericfont

## circuit-20240704-0103.circuitjs.txt
$ 65 0.0000049999999999999996 23.47059216675035 68 5 50 5e-11
v 416 416 416 336 0 1 100 10 0 0 0.5
r 416 336 416 288 0 10000
w 416 288 512 288 0
w 416 416 512 416 0
c 512 416 512 288 0 1e-8 0.9406580458566396 0
w 560 288 608 288 0
d 608 288 608 240 2 1N5711
d 640 288 640 240 2 1N5711
d 608 336 608 288 2 1N5711

## circuit-20240701-1811.circuitjs.txt
$ 65 0.000005 382.76258214399064 81 5 50 5e-11
c 352 432 352 320 0 0.00009999999999999999 -5.468785364956499 0
v 64 432 64 320 0 0 40 7 0 0 0.5
w 272 320 352 320 1
O 352 320 416 320 1 0
w 176 432 272 432 0
g 176 432 176 448 0 0
w 112 432 176 432 0
d 144 320 176 320 2 1N5712
w 176 320 208 320 2

## various leds voltage when left connected to 5V mini solar panel
red: 1.61 V
yellow: 1.65 V
green: 2.08 V
blue: 2.42 V
white: 2.43 V

## gist:d2ff149e58faba4035a15c6bdc1998e1
at 5pm the cell had 3.52 volts.  Left connected to charging 5V solar panel though Schottky protection diode, but it seems alter at 11:40pm the super capacitor had discharged down to only 2.99 volts though that diode.  So maybe ideal diode is needed instead.

## simple-switching-step-down-DC-converter_circuit-20240619-1632.circuitjs.txt
$ 65 0.000009999999999999999 7.010541234668786 62 5 50 5e-11
c 800 400 800 528 0 1.5 4.663116310236138 0
v 688 528 688 400 0 2 10 2.5 2.5 0 0.9
g 688 528 688 544 0 0
g 800 528 800 544 0 0
d 704 400 752 400 2 1N5712
w 752 400 800 400 0
g 896 528 896 544 0 0
w 800 400 880 400 2
c 1056 400 1056 528 0 0.00001 2.8807489910716226 0.001

## simple-am-demodulation.circuitjs
$ 1 1.0000000000000002e-10 382.76258214399064 50 5 50 5e-11
200 128 176 96 176 0 10000000 10000 5
g 176 256 96 256 0 0
d 176 176 224 176 3 default
w 224 256 176 256 0
w 288 256 224 256 0
w 288 256 352 256 0
p 512 176 512 256 0 0 0
r 288 176 288 256 0 1000
c 224 176 224 256 0 1e-9 0.866742339891616 0.001

## circuit-20240524-2213.circuitjs.txt
$ 1 1e-7 10.20027730826997 67 5 42 5e-11
v 32 256 32 80 0 0 40 5 0 0 0.5
l 176 80 336 80 0 0.001 0.00004999500050001438 0
r 336 80 336 256 0 10
g 32 256 32 288 0 0
r 32 80 176 80 0 100000
w 336 80 400 80 2
403 416 192 912 352 0 5_8_0_12290_0.0004999500051363706_0.0001_-1_2_5_3
g 336 256 336 320 0 0
c 176 256 336 256 0 1e-8 0.0004999500048235615 0

## InterruptButton.ino
// Teensy 4.1 code to get input from 3 pins and output square wave frequency based on each.

#include <Audio.h>
#include <Wire.h>
#include <SPI.h>
#include <SD.h>
#include <SerialFlash.h>

// GUItool: begin automatically generated code
AudioSynthWaveform       waveform_note;      //xy=433,701

## highpass-capacitor-into-integrator-with-schmitt-trigger-feedback-pretend-stm32h7.asc
Version 4
SHEET 1 2148 680
WIRE 752 16 736 16
WIRE 864 16 832 16
WIRE -528 32 -528 0
WIRE -448 32 -448 0
WIRE -352 32 -352 0
WIRE 512 48 64 48
WIRE 64 64 64 48
WIRE 144 112 128 112

## highpass-capacitor-into-integrator-with-schmitt-trigger-feedback-no-opamp.asc
Version 4
SHEET 1 2148 680
WIRE 800 -96 64 -96
WIRE 64 -64 64 -96
WIRE 1040 16 1024 16
WIRE 1152 16 1120 16
WIRE -464 32 -464 0
WIRE -384 32 -384 0
WIRE 1024 112 1024 16
WIRE 1040 112 1024 112
	$ 65 0.0000049999999999999996 23.47059216675035 68 5 50 5e-11
	v 416 416 416 336 0 1 100 10 0 0 0.5
	r 416 336 416 288 0 10000
	w 416 288 512 288 0
	w 416 416 512 416 0
	c 512 416 512 288 0 1e-8 0.9406580458566396 0
	w 560 288 608 288 0
	d 608 288 608 240 2 1N5711
	d 640 288 640 240 2 1N5711
	d 608 336 608 288 2 1N5711
	$ 65 0.000005 382.76258214399064 81 5 50 5e-11
	c 352 432 352 320 0 0.00009999999999999999 -5.468785364956499 0
	v 64 432 64 320 0 0 40 7 0 0 0.5
	w 272 320 352 320 1
	O 352 320 416 320 1 0
	w 176 432 272 432 0
	g 176 432 176 448 0 0
	w 112 432 176 432 0
	d 144 320 176 320 2 1N5712
	w 176 320 208 320 2
	red: 1.61 V
	yellow: 1.65 V
	green: 2.08 V
	blue: 2.42 V
	white: 2.43 V
	$ 65 0.000009999999999999999 7.010541234668786 62 5 50 5e-11
	c 800 400 800 528 0 1.5 4.663116310236138 0
	v 688 528 688 400 0 2 10 2.5 2.5 0 0.9
	g 688 528 688 544 0 0
	g 800 528 800 544 0 0
	d 704 400 752 400 2 1N5712
	w 752 400 800 400 0
	g 896 528 896 544 0 0
	w 800 400 880 400 2
	c 1056 400 1056 528 0 0.00001 2.8807489910716226 0.001
	$ 1 1.0000000000000002e-10 382.76258214399064 50 5 50 5e-11
	200 128 176 96 176 0 10000000 10000 5
	g 176 256 96 256 0 0
	d 176 176 224 176 3 default
	w 224 256 176 256 0
	w 288 256 224 256 0
	w 288 256 352 256 0
	p 512 176 512 256 0 0 0
	r 288 176 288 256 0 1000
	c 224 176 224 256 0 1e-9 0.866742339891616 0.001
	$ 1 1e-7 10.20027730826997 67 5 42 5e-11
	v 32 256 32 80 0 0 40 5 0 0 0.5
	l 176 80 336 80 0 0.001 0.00004999500050001438 0
	r 336 80 336 256 0 10
	g 32 256 32 288 0 0
	r 32 80 176 80 0 100000
	w 336 80 400 80 2
	403 416 192 912 352 0 5_8_0_12290_0.0004999500051363706_0.0001_-1_2_5_3
	g 336 256 336 320 0 0
	c 176 256 336 256 0 1e-8 0.0004999500048235615 0
	// Teensy 4.1 code to get input from 3 pins and output square wave frequency based on each.

	#include <Audio.h>
	#include <Wire.h>
	#include <SPI.h>
	#include <SD.h>
	#include <SerialFlash.h>

	// GUItool: begin automatically generated code
	AudioSynthWaveform waveform_note; //xy=433,701
	Version 4
	SHEET 1 2148 680
	WIRE 752 16 736 16
	WIRE 864 16 832 16
	WIRE -528 32 -528 0
	WIRE -448 32 -448 0
	WIRE -352 32 -352 0
	WIRE 512 48 64 48
	WIRE 64 64 64 48
	WIRE 144 112 128 112
	Version 4
	SHEET 1 2148 680
	WIRE 800 -96 64 -96
	WIRE 64 -64 64 -96
	WIRE 1040 16 1024 16
	WIRE 1152 16 1120 16
	WIRE -464 32 -464 0
	WIRE -384 32 -384 0
	WIRE 1024 112 1024 16
	WIRE 1040 112 1024 112