To measure frequency responses of low-pass and high-pass RC circuits and plot frequency response graphs (Bode plots) of the amplitude and the phase. In this set of experiments we …

Plot Vc and Vd versus time (linear axis) on two-cycle semi-logarithmic graph paper. Plot voltages from 1 V to 10 V on the lower cycle and voltages from 10 V to 30 V on the upper cycle.

To explore the concept of time constant and rise/fall times in simple RC and RL circuits, how to use the oscilloscope to make such measurements, and introduce the idea of differentiator, …

Feb 5, 2014 · Observe and qualitatively describe the charging and discharging (de-cay) of the voltage on a capacitor. Graphically determine the time constant ⌧ for the decay. We continue …

Part A: RC Circuits (manual and computer-based) and part B: Oscilloscope. To study charging and discharging of a capacitor. To perform basic electrical measurements using an oscilloscope.

Explore RC circuits with this lab manual. Learn about capacitor charging/discharging, time constants, and body resistance.

Use a logarithmic scale for frequency (i.e. a semi-log graph, see last page) or plot your gain against the base10 logarithm of frequency. What is the half power point for this filter? Does it …

Draw and label a graph that shows the voltage across a capacitor that is charging and discharging (as in this experiment). Set up a data table for part one. (V, t (0-300s in 20s intervals, 360, and …

Base 10 logarithmic scales are often used to show features of H(jω) with clarity over a wide range of frequency and amplitude. The argument of a logarithm should be unitless, so logarithmic …

In this lab you will use the function generator and the oscilloscope to measure the voltage and phase (as a function of frequency) in a series RC network. If we connect the RC network to an …