Digital-to-analogue converter using an R–2R ladder network — Physics 3D Lab
The Digital-to-analogue converter using an R–2R ladder network experiment in real-time 3D, in the SimOli Physics 3D Lab (Semiconductors and Electronics): theory, apparatus to set up, live readings, and a laboratory report as a PDF.
More in Semiconductors and Electronics
- Planck’s constant using LEDs
- Band gap (forbidden energy gap) of a semiconductor
- Hall effect — charge carrier density of a semiconductor
- I–V characteristics of a semiconductor diode
- I–V characteristics of a Zener diode
- Ripple factor of rectifiers and the effect of filters
- Variation of the conductivity of a semiconductor with temperature
- Solar cell characteristics
- LDR (light dependent resistor) characteristics
- Phototransistor characteristics
- Diode as a temperature sensor
- Fermi energy of a metal
- Logic gates AND, OR and NOT using discrete components
- Clipping circuits
- Integrator using an operational amplifier
- Differentiator using an operational amplifier
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