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Multisim Topics & Concepts Covered
| Topics | Concepts |
|---|---|
| Circuit Elements | Resistors, capacitors, inductors, voltage sources, current sources |
| Electronic Components | Transistors, diodes, operational amplifiers (Op-Amps) |
| Analog Simulation | Continuous-time simulations, AC and DC analysis, transient analysis |
| Digital Simulation | Logic gates, flip-flops, digital signal processing |
| Mixed-Signal Simulation | Integration of analog and digital components in a single simulation |
| Power Electronics | Switching circuits, power supplies, converters |
| Control Systems | Feedback systems, PID controllers, stability analysis |
| Communication Systems | Signal modulation, demodulation, RF circuits |
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Recently Asked Multisim Questions
Expert help when you need it- Q1:Q2: Using Thevenin Equivalent Circuit, calculate IRL and compare it with the value in part 1.See Answer
- Q2:Name: CAD 126- Electronics Graphics CAD Exam-Multisim Filter Design For the following LOW PASS FILTER circuit: Create a 10V Peak AC waveform Run analysis between 20Hz and 20,000Hz HF ww Choose the appropriate values for the components to demonstrate the behavior of a HPF-include oscilloscope plots as follows: Include an oscope plot demonstrating the original signal in RED and the output in BLUE. Show the output waveform at 90% of the original voltage At what frequency does this occur At what frequency does this occur Include an oscope plot demonstrating the original signal in RED and the output in BLUE. Show the output waveform at 10% of the original voltageSee Answer
- Q3:Instructions: Please place your work in this document. When you are finished, save as → pdf then upload to the correct folder on ELC. Please also include any simulation files where noted. Fuel Tank A float system is used to measure fuel in a gas tank. The float is connected to a gear and the gear is connected to a rotary potentiometer. This is shown in the corresponding figure. Potentiometer shaft 6 teeth 30 teeth 1.21. Empty Full Half Float The rotary potentiometer is linear with a resistance, R=100kn, distributed over a 330° strip (i.e. the potentiometer can rotate 330°). The float is connected to the shaft of a gear with 30 teeth and that in turn rotates the potentiometer through a gear with 6 teeth. The mechanical linkage is set so that when the tank is full, the potentiometer resistance is zero. The float is shown in three positions to show how the resistance changes (increases from zero at full tank). 1. Estimate the cost of a linear rotary potentiometer for this application? Potentiometers come in A, B, and C types. Which one is linear? Is the assumption that it can rotate 330 degrees acceptable? Find a datasheet of a linear potentiometer that would work for this project. i. Answer hereSee Answer
- Q4:2. Calculate the resistance reading for empty, 1/4, 1/2, 3/4, and full tank. Tank level Resistance Pot Angle Full 3/4 1/2 1/4 Empty Max pot angle 02 100kn 0⁰ 330⁰ Add values to table Level Angle 0° 66°See Answer
- Q5:3. Using the data of part B, plot the data and label. Y-axis is Resistance, X-axis is tank level. i. Answer here a. From the mathematics that govern the geometry of the tank, describe why the equation is fundamentally linear or non-linear. i. Answer here b. Find a linear transfer function. Describe the error. Is this a good fit? i. Answer here c. Find a higher order transfer function. Describe the error. Is a higher order fit justified? i. Answer here d. This is a resistive sensor. In Lecture 8 we learned how to linearize it. Would you suggest linearizing the output of the sensor based on the transfer function? i. Answer hereSee Answer
- Q6:4. Signal processing. Now let's finish out the signal processing. Given this sensor is on a car, you can assume: 1) you have access to 12VDC, 2) the signal needs to be a digital signal from 0-3.3V ready for use with a CAN bus (https://www.ti.com/lit/an/sloa101b/sloa101b.pdf?ts=1687241379481). a. Give the circuit, with component values, you would use to transduce the output of the potentiometer to a voltage ready for your ADC. What is the cost of the components? i. Answer here b. What type of filter would you suggest adding? Why? i. Answer here c. What resolution would you suggest for an analog to digital converter? Why? i. Answer here d. How does part c influence what topology to select for ADC? i. Answer here e. Explain how you are going from a change in fuel level to a digital signal where LOW-OV, HIGH - 3.3V. i. Answer hereSee Answer
- Q7:5. Multisim/Simulink/Etc. Build it all in your favorite simulation program. The input can be you changing a potentiometer, the output can be voltage readings going from LOW to HIGH or LEDs turning on. See the instructions about the .zip file. Include a screenshot of it working and a brief description of what you did. i. Submit file and insert screenshot hereSee Answer
- Q8:6. The Environment. While your design on paper may look great. The general safety checklist is there to ensure that your design is actually working. Look over the general safety checklist, specifically the aspects labeled sensors near the top. What testing should you need to perform in order ensure the design works in the environment? i. Answer here b. BONUS... Find a standardized test procedure (this could be something other engineers have come up with) and write it in that format.See Answer
- Q9:7. Capacitive Sensor redesign! How could you redesign the measurement of the fuel level to be capacitive instead of resistive? A neat hand drawn figure is ok. Include a diagram of your new capacitive sensor and include a mathematical transfer function as a function of the tank's geometry/fuel height. i. Answer hereSee Answer
- Q10:8. Make a plot of the transfer function of the new capacitive sensor for the full range of the tank. i. Answer here a. What transfer function would you suggest? What is the error? Justify your answer. i. Answer hereSee Answer
- Q11:9. Now let's use the 555 timer setup give in lectures to transduce a change in capacitance to a change in frequency. a. Design the timer circuit such that the frequency goes between 1-10kHz for the full range of fuel level. i. Answer here b. What components are used in the design? What is the cost to implement? i. Answer here c. Build the circuit using Multisim. i. Submit file and insert screenshot hereSee Answer
- Q12:10. Finally, the last question! Would you consider making this measurement an inductive sensor? Explain your reasoning. i. Answer here Conclusions: • What did you learn in this assignment? Answer hereSee Answer
- Q13:1. P-N junction forward bias characteristics Determine the forward bias characteristics of a specific P-N Junction diode. The diagram in figure 1 shows the arrangements for the voltage and current measurements. First, complete the current measurements for the voltage steps given in table 1. V1 XMMI D1 1N4148 Figure 1 Table 1 XMM2 Vd (V) 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 1 V2 1.00V 0 PR1+ REF1- ld (A) REF1 1N4148 PR2 Mutisim Live-SU_Diode Circuit 1 Plot the data generated in table 1 (preferably using Microsoft Excel). Extrapolate the straight-line part of the graph to intercept the voltage axis and estimate the tum on voltage for the diode tested. Can you estimate the resistance of this diode? How do the results in this experiment align with the theory of the operation of this device?See Answer
- Q14:2. P-N junction Reverse bias characteristics Determine the reverse bias characteristics of a specific P-N Junction diode. The diagram in figure 2 shows the arrangements for the voltage and current measurements. First, complete the current measurements for the voltage steps given in table 2. V1 XMM1 D1 1N4148 XMM2 Table 2 Vd (V) 0 -10 -20 -30 -40 -50 -60 -70 -80 -90 -100 -110 -120 1 V2 -0.00V Figure 2 PR1+ REFI Id (A) REF1 1N4148 0 PR2 Multisim Live-SU_Diode Circut 2 AL- Plot the data generated in table 2 (preferably using Microsoft Excel) and comment on your observation.See Answer
- Q15:3. Half Wave Rectifier Determine the characteristics of a half-wave rectifier circuit. The diagram in figure 3 shows the arrangement of the circuit. 7₂ VI 3Vpk 1k Hr XXX1 01 IN 4143 R1 SLOND PR1 VI 5.00V Hz 0 0 D1 Figure 3 IN1118 2 PR2 R1 1k2 Multisim Live-SU_AC Diode Circuit 1 L Using the Multisim Live software observe the traces of the input and output signals and comment on your results. What is the average value of the input and output signal? How do the results in this experiment align with the theory of the operation of this circuit?See Answer
- Q16:4. AC to DC conversion using a capacitor. Determine the characteristics of a Full Wave rectifier circuit. The diagram in figure 4 shows the arrangement of the circuit. VI Spk 1842 a XX1 01 IN4148 LOVE LRI ~ PRI V1 5.00V 1kHz 0" 0 D1 Figure 4 1N4148 2 HE PR2 C1 1μF Multisim Live-SU_AC Diode 2 R1 1kQ Comment on the output signal observed. From the theory you have researched, would this be the type of output you would expect? What would happen if the resistance value was increased to 100kQ? What would happen if the resistance value was 1k0 and the capacitor value was increased to 10μF? what would happen if the value of C1 was 10μF and R1 was 100 KQ? How do the results in this experiment align with the theory of the operation of this circut?See Answer
- Q17:5. Full Wave Bridge rectifier. Determine the characteristics of a Full Wave Bridge rectifier circuit. The diagram in figure 5 shows the arrangement of the circuit. M JU XSCI $10 VI SOOV He INAT Multisim Live-SU_Bridge 1 PRZ V Vas V 140 Figure 5 From the readings in the circuit simulation, what is the average value of the input and output signal? Observe the traces of input and output signals and comment on your results. How do the results in this experiment align with the theory of the operation of this circuit?See Answer
- Q18:6. AC to DC conversion using a capacitor. Determine the characteristics of a Full Wave rectifier circuit with a capacitor. The diagram in figure 6 shows the arrangement of the circuit. V₂ 1 C1 LOVE Supe V Ves VI 500V OP + Figure 6 ZNA Multisim Live-SU_Bridge 2 a KR 1902) MO V VES V 21 1Q From the readings in the circuit simulation, comment on the output signal observed. What is the DC value of the voltage as seen on the graph? What would happen if the resistance value was increased to 100k? What would happen if the resistance value was 1k0Q and the capacitor value was increased to 10μF? what would happen if the value of C1 was 10μF and R1 was 100kQ?See Answer
- Q19:7. Input Characteristics Determine the input characteristics of a Bipolar Junction Transistor. The diagram in figure 7 shows the arrangement of the circuit. VAR XPM1 XM12 VRE Q1 C107 Table 7 VaR (V) 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 tilt -VCC 41- Figure 7 Ves (V) 0 VI 0:00V 0 Q1 100A/A Mutisim Live-SU_BJT1 1₂ (A) 0 Hile V2 OV For the X voltage steps in table 7, take X & I readings then plot the data generated (preferably using Microsoft Excel) and comment on the shape of this input characteristic. What is the turn-on voltage for this transistor?See Answer
- Q20:9. Designing inverting operational amplifier with a gain of 10. Using the circuit shown in figure 9, select R1 and R2 to the amplifier for a gain of 10. Show how these values were chosen. If the frequency of the input signal is increased to 100kHz, 1MHz, 10MHz and 100 MHz what would happen to the output signal? Show why this may be and reference appropriate theory to support our case. V1 0.5Vpk J1kHz 0⁰ PR1 V 2 V1 500mV 1kHz 0° 0 R1 ww R2 ww U1 OPAMP_3T_VIRTUAL R1 ww 1k92 Muitsim Live-SU_QRAMP_2 Figure 9 R2 1k92 U1 XSC1 Ex Tr 3 PR2 VSee Answer
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