Confetti is a stack able modular electronic analog computation system by Wolfgang Spahn.
The development was made possible with support of the Art Science BLR and the Indian Sonic Research Organization at a residecy of Goethe-Institut Max Mueller Bhavan in 2016.
Each module can run one operation. It can be used for analog computing, designing synthesizer and all other kind of analog electronics.

The in- and outputs can be patched with normal breadboard patching wires. It's manly based on the operational amplifier TL072 and the operation voltage is 12V/-12V.
The Pop Neurons - one can build analog artificial neuron systems with these - are compatible to Confetti.

Further information and wiring examples one can find in the old manuals of analog computer of the online library of the Analogmuseum: http://www.analogmuseum.org/english/library.html.

Neural Network Modules:

• Confetti501 Confetti Neuron
• Confetti502 Analog Junction
• Confetti503 Digital Junction
• Confetti504 Quad Indicator Buffer
• Confetti505 End Stage
• Confetti506 Monostable Pulse

Operational Modules:

• Confetti701 Absolut Value
• Confetti702 Differential Amplifier
• Confetti703 Multiplier
• Confetti704 Non Inverting Summer
• Confetti705 Inverting Integrator
• Confetti706 Non Inverting Scaling Amplifier
• Confetti707 Inverting Scaling Amplifier
• Confetti708 Inverting Summer

Special Operation Modules

• Confetti101 Gyrator
• Confetti102 Chua Diode
• Confetti105 Instrumentation Amplifier
• Confetti106 Quad Buffer
• Confetti107 Inverting Comparator
• Confetti108 Non Inverting Comparator
• Confetti109 Schmitt Trigger
• Confetti110 Inverting Schmitt Trigger

Connection and Development Modules

• Confetti302 Breadboard
• Confetti303 Turn Connector
• Confetti304 Connector
• Confetti305 Simple Connector
• Confetti310 Hexacorner
• Confetti311_Hexaconnector

Power Modules

• Confetti003 PowerBrick
• +9V and -9V Battery Supply

Miscellaneous Modules

• Confetti103 Buffered Output

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Pop Neuron - An Analog Artificial Neural Network

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