## Schematics.Schematics History

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[[http://itp.nyu.edu/~ago218/PC/ampcircuit.png| circuit]] simple amplifier circuit
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[[http://itp.nyu.edu/~ago218/PC/ampcircuit.png| simple amplifier circuit]]
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[[http://itp.nyu.edu/~ago218/PC/ampcircuit.png]| circuit] simple amplifier circuit
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[[http://itp.nyu.edu/~ago218/PC/ampcircuit.png| circuit]] simple amplifier circuit
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[[(Schematics.)LM358 Op Amp]] - LM358 op amp used as a summing amplifier and a DC voltage gain amp to raise a piezo's voltage to 0.2 - 3.0V DC. \\\
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[[(Schematics.)LM358 Op Amp]] - LM358 op amp used as a summing amplifier and a DC voltage gain amp to raise a piezo's voltage to 0.2 - 3.0V DC. \\\

[[http://itp.nyu.edu/~ago218/PC/ampcircuit.png]| circuit] simple amplifier circuit
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This page contains links to schematics that can be used with a variety of sensors, as building blocks. Schematics for each specific sensor can be found in the sensor reports themselves. \\\
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This page contains links to general schematics that can be used with a variety of sensors, as building blocks. Schematics for each specific sensor can be found in the sensor reports themselves. \\\
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This page contains links to schematics that can be used with a variety of sensors, as building blocks. Schematics for each specific sensor can be found in the sensor reports themselves.

[[(Schematics.)Voltage
Divider]] - The voltage divider is the most basic analog input circuit.

[[(Schematics.)RC
Circuit]] - a resistor-capacitor circuit can be used to measure the change in a variable resistor or capacitor. It's a useful way to get analog in when you have no available analog-to-digital converters on your microcontroller.

[[(Schematics.)Wheatstone
bridge]] - Wheatstone bridges are used to measure the voltage difference across two leads of a sensor.

[[(Schematics.)LM358
Op Amp]] - LM358 op amp used as a summing amplifier and a DC voltage gain amp to raise a piezo's voltage to 0.2 - 3.0V DC.
to:
This page contains links to schematics that can be used with a variety of sensors, as building blocks. Schematics for each specific sensor can be found in the sensor reports themselves. \\\

[[(Schematics.)Voltage
Divider]] - The voltage divider is the most basic analog input circuit. \\\

[[(Schematics.)RC
Circuit]] - a resistor-capacitor circuit can be used to measure the change in a variable resistor or capacitor. It's a useful way to get analog in when you have no available analog-to-digital converters on your microcontroller. \\\

[[(Schematics.)Wheatstone
bridge]] - Wheatstone bridges are used to measure the voltage difference across two leads of a sensor. \\\

[[(Schematics.)LM358
Op Amp]] - LM358 op amp used as a summing amplifier and a DC voltage gain amp to raise a piezo's voltage to 0.2 - 3.0V DC. \\\
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[[(Schematics.)RC Circuit]] - a resistor-capacitor circuit can be used to measure the change in a variable resistor or capacitor. It's a useful way to get analog in when you have no available analog-to-digital converters on your microcontroller.

This page contains links to schematics that can be used with a variety of sensors, as building blocks. Schematics for each specific sensor can be found in the sensor reports themselves.
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[[(Schematics.)Voltage Divider]] - The voltage divider is the most basic analog input circuit.
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Put yer schematics here
to:
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[[{Schematics.)LM358 Op Amp]] - LM358 op amp used as a summing amplifier and a DC voltage gain amp to raise a piezo's voltage to 0.2 - 3.0V DC.
to:
[[(Schematics.)LM358 Op Amp]] - LM358 op amp used as a summing amplifier and a DC voltage gain amp to raise a piezo's voltage to 0.2 - 3.0V DC.
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[[(Schematics.)Wheatstone bridge]] - Wheatstone bridges are used to measure the voltage difference across two leads of a sensor.
to:
[[(Schematics.)Wheatstone bridge]] - Wheatstone bridges are used to measure the voltage difference across two leads of a sensor.

[[{Schematics.)LM358 Op Amp]] - LM358 op amp used as a summing amplifier and a DC voltage gain amp to raise a piezo's voltage to 0.2 - 3.0V DC
.
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Put yer schematics here
to:
Put yer schematics here

[[(Schematics.)Wheatstone bridge]] - Wheatstone bridges are used to measure the voltage difference across two leads of a sensor.