p01-pease
16
p02-emergency
17
p03-cordwood
34
p04-thelady
26
p05-tap
22
p06-thecuttle
26
p07-touchy
23
p08-ligemdio
21
p09-pissoff
22
p10-thegent
23
p11-thematrix
47
p12-juice
31
p13-cordwood-too
42
p14-stringy
43
p15-spoolt
22
p16-ixpando
31
p17-mostap
27
p18-themonarch
62
p19-binco
42
p20-ananas
43
p21-widlar
22
p22-whiteboard
28
p23-pips
35
p24-conehead
27
p25-cordwood-three
25
p26-lite2sound-bc
22
p27-dreamer
7
p28-3x7
32
p29-krell
14
p30-respot
10
p31-capaci-meter
15
p32-pease-out
14
p99-theconqueror
1
qsop-breakout
3
Contributed by @tardate on Oct 7, 2018
All my notes are in the LittleArduinoProjects repo. Quick demo of picking up the Spirit of Saar over LiFi with a Cuttle and Lite2Sound:
Contributed by @tardate on Oct 7, 2018
My build of the Boldport Lite2Sound BC. All my notes are in the LittleArduinoProjects repo Here’s an extended demo using Lifi from a Cuttle…
Contributed by EA78751 on Oct 7, 2018
Here’s a quick video demo of our Lite2Sound PX v1.4 kit and a Tektronix 603 X-Y storage monitor CRT. I used a sawtooth waveform from a synthesizer as the X-input, and Lite2Sound as the Y-input. Of course, I had to try the original “comb filter” effect! Our Lite2Sound PX kit has more gain than Lite2Sound BC, and it has auto gain control. -Eric
Contributed by Kevin Reid on Oct 7, 2018
Light from the oscilloscope screen hits a photodiode, producing an electrical signal which is amplified and fed into the oscilloscope input. Modulation results from the the beam moving off the screen, passing under the black graticule (grid), or being obstructed by objects in front of the screen.