#Osciloscopio tektronix multisim 12 generator#
#Osciloscopio tektronix multisim 12 full#
#Osciloscopio tektronix multisim 12 series#

#Osciloscopio tektronix multisim 12 full#

Part B: Full wave rectification: Software (Multisim):ġ.Ĝonstruct the circuit of a full-wave rectifier in Figure 2 in Multisim. Capture screenshots of your measurements from Multisim. Measured voltage VSEC, the output peak voltage, VLOAD and ripple voltage VRIPPLE. What is the purpose of having a half-wave rectifier in the circuit?Ģ.ĝescribe the procedure in this lab to arrive at the final design of both the hardware portion and the software portion to achieve the design objectives?ģ.ĝiscuss the impact of having the capacitor on the output voltage and the effect of additional load on the ripple voltage.ġ. Tabulate all data gathered and compare the results with and without the filter capacitor.ġ. Measure and plot the peak-to-peak ripple voltage, V8RIPPLE, of the output. Connect a 100 μF capacitor (C1) in parallel with the load resistor (RL). There will be an AC ripple voltage component at the power supply frequency for a half-wave rectifier, twice that for full-wave, where the voltage is not completely smoothed. In order to produce steady DC from a rectified AC output, you need to add a filter. The output isn't very useful as a DC source because of the variations in the output waveform. Be sure to set the tolerance of the resistor to 10% (refer to the tutorial in Tools and Templates).Ģ.Ĝonnect the Tektronix oscilloscope so that channel 1 is across the secondary output side of the transformer and channel 2 is across the load resistor (RL). With a 10:1 ratio, the VSEC should be 3 VRMS.

#Osciloscopio tektronix multisim 12 generator#

Use a function generator to provide the AC input of 30VRMS at 60 Hz (Make sure to convert the RMS to Peak voltage) and use a center tapped transformer to obtain VSEC. Part A: Half wave rectification: Software (Multisim):ġ.Ĝonstruct the circuit of a half-wave rectifier in Figure 1 in Multisim. Please refer to the procedure to view date and time stamp at the end of the lab. Omission of the date and time stamp causes the lab to be worth only 1%. Note: Multisim must be configured so a date and time stamp is visible in all simulations.

ğunction Generator (top right of the Multisim screen).

To access the fuse, under Master Database > Group > Power > Fuse O One fuse (any rating is fine since it is for simulation only). O One 100 μF, 50 V electrolytic capacitor Ođ0:1 center-tapped transformer (refer to tutorial at the end of the lab to access) Rectifiers are widely used in power supplies to provide the required DC voltage. Lab is based on half-wave and full-wave rectifiers.

Specify the impedance as magnitude and phase, with the phase in degrees.Assignment: Diode Circuits Lab- Half-Wave and Full-Wave Rectifier

Also calculate the impedance for the general impedance.

Using the formulas for the impedance of each of the passive elements and the actual values of the elements, calculate the theoretical impedance for each element at each frequency where you made a measurement.

#Osciloscopio tektronix multisim 12 series#

Finally, repeat the above procedure at all the frequencies where the DUT is a general impedance consisting of a 100 ohm resistor in series with a 100 mH inductor. luf capacitor as the DUT, and then the 100 mH inductor as the DUT. Repeat the above procedure at all the frequencies for the O. Use the voltage generator as the reference voltage, i.e., consider its phase value to be zero.

You will use this value to calculate the phase difference. Measure the time between 2 corresponding points on the 2 waveforms. Using the oscilloscope, measure the amplitude of the voltage V AC, and across the DUT (VBC). For ✓ set the generator to produce a 10 Hz sine wave, with an amplitude of 2 volts, RMS.Ĥ. Use the 1 KN resistor for the device under test (DUT). PROCEDUREĪ 1ΟΚΩ B + V DUT DUT = Device Under Test Figure 1. NOTE: in the simulation, use the simulated Tektronix TDS2024 oscilloscope when you need an oscilloscope. Insert At into one of the equations for y to get the phase in radians or degrees.