Resistance, Voltage, Current, Charge, Energy,
Syllabus As It Develops:
Sensors 1: Piezo and Force Sensors
Electronics Intro
Physics Intro
Work, Mass, Power, Force, Velocity, Acceleration,
Conservation of Mass, Conservation of Energy,
Conservation of Charge, Avogadro's Number
Sensors 2: More Resistors, Capacitance
More Voltage, Current, Charge, and Resistance
Voltage Division (series Resistors), Potentiometers
A to D converters, BasicStampII freqout function,
FSR + Resistor -> frequency display
PhotoCells (light sensitive resistors)
Capacitance, Capacitors
Sensors 3: More Capacitance, BasicStampII RCTime Function
Theremin, Radio Baton, Piezo-Electric Sensors (displays)
Inductance, Magnetic Fields, Right Hand Rule,
Mutual Inductance
Speakers, Motors, and other Muscles
Solenoids, DC Motors, Servos, Stepper Motors
BasicStampII PulseOut function
Systems: Serial Communication, RS232, Infrared, RF
BasicStampII serout and serin functions.
MIDI communications, more Serial, sending
MIDI with the BasicStampII, some of Perry's Instruments
Research Presentations I
Signal Processing and Filter Intro
Each participant will be expected to complete two major
assignments (with a proposal, progress report, and
final demonstration/presentation for the 2nd one):
Topics to be Covered:
These are pretty much in order, the numbers don't necessarily
imply weeks.
1) Sensors: Force, proximity, whatever
2) Communication: infrared and wireless
3) Microprocessors and DSP chips
4) Signal Processing: effects, filters, pattern recogn.
5) Motors and other muscles
6) Project Research Presentations
7) More Signal Processing
8) Video: As Input
9) Speakers, 3D sound
10) Video (and Light): As Output
11) More Stuff
12) Project Presentations