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Thumbnail: 22 pF Capacitor

22 pF Multilayer Ceramic Capacitor

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.1uf (100nf) ceramic capacitor

Single .1uF (100nF) 50V 10% Through Hole Ceramic Capacitor

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10uF Through Hole Electrolytic Capacitor

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thumbnail: 100uF 50v through hole aluminum electrolytic capacitor

100uF/50v Through Hole Electrolytic Capacitor

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Thumbnail: Crystal Oscillator 18.432 MHz for UART

18.432 MHz Crystal Oscillator 18pf 30ppm

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Thumbnail: MAX603 Voltage Regulator
Thumbnail: Quartz crystal oscillator - 16 MHz

16 MHz Crystal Oscillator 20 pF Through Hole

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330 ohm metal film resistor

330 Ohm Through Hole Resistor

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Thumbnail: 10K through hole 1/4 watt resistor

10K Resistor 1/4 watt Through Hole

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4.7K ohm resistor

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Operational Amplifier (Op Amp) - More Complex Opamp Circuit - Classic Integrator Circuit using a ,01 capacitor, 20k resistor and an opamp

At the feedback from the output to the inverting input resides a .01 uF capacitor. The inverting input will have a square wave that is rise above and fall below 5 volts where 5 volts is at the midpoint of the square wave.

When the square wave is abov ethe 5 volts, there will be current from the 5 volts, but not into the inverting input. The current goes to the capacitor. There will be a linear voltage change at the capacitor when current is applied to the capacitor. The voltage ramps down.

When the voltage is below the 5 volts, the current will be going in the other direction and the voltage will ramp up.

The end result is creating a triangle wave from a square wave.

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