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User:Kevin k/Books/applied circuits

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From circuits to EKGs

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Applied circuits for bioengineers

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This is an experimental draft, to see how easy or hard creating Wikipedia books is. It is nowhere near ready for prime time! Some of these articles are too long, and only selected subsections should be included. There is also considerable duplication between articles, so some articles can be omitted. Note: this text is not included in the PDF version! Any extra text needs to be put into a page.

Where do these concepts go?


Chapter 1 Basic electronics
Voltage
Electric current
Hydraulic analogy
DC current
Resistance
Resistor
Ohm's Law
Voltage divider
Chapter 2 DC Circuits
Voltage source
Kirchhoff's circuit laws
Thévenin's theorem
Load line
Wheatstone bridge
Current source
Norton's theorem
Chapter 3 AC Circuits
AC current
Oscilloscope
AC coupling
DC coupling
Frequency
Complex numbers
Phasors
Capacitance
Capacitor
RC time constant
Inductor
Reactance
Impedance
RC circuit
RL circuit
LC circuit
Chapter 4 Electrodes
Electrode
Electrolyte
Conductivity
Molar conductivity
Nernst equation
Polarizable and non-polarizable electrodes
Silver chloride electrode
Platinum electrode
Surgical steel
Stainless steel
Chapter 5 Sensors
Thermistor
Steinhart-Hart equation
Electret
Electret microphone
Pressure sensor
Strain gauge
Piezoresistor
Chapter 6 Analog-to-digital conversion
Discrete signal
Quantization
Sampling frequency
Nyquist frequency
Aliasing
Chapter 7 Amplifiers
Hysteresis
Decibel
Op amps
Op amp applications
Relaxation oscillator
Capacitance touch switch
Instrumentation amps
Chapter 8 Filters
Low-pass filter
High-pass filter
Bode plot
Chapter 9 Electrocardiograms
Excitable cell
Action potential
Electromyography
Electrocardiography