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The course gives the students a sound knowledge of Fourier transforms along with Fourier integrals, partial differential equations, advanced vector analysis, complex variables and complex integrals. This lab includes: Half, warve, Observe, measure, Implemnetation, Volt, Waveforms, Frequency, oscilloscope
Typology: Exercises
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EE216_Diodes Lab 3_ver5_SI
questions in your report:
happening?
simulating the circuit in figure 3A_1. Do you see a difference between peak values? Explain why does it occur?
Could you explain why this particular case is referred to as half wave rectification?
Why do you think the graph has now changed? Explain.
Figure-2B Circuits for Half-wave Rectifiers.
D1N
D1N
EE216_Diodes Lab 3_ver5_SI
Procedure
Set up the circuits given in fig-3B. Apply 10 volt peak to peak sine wave as an input signal and see the output signal across the 1K Resistor, on oscilloscope for both the circuits.
Observations/Measurements:
EE216_Diodes Lab 3_ver5_SI