Question

*USE Multisim( Provide Pictures of work on Multisim for each step) and Fill the Tables Below

PROCEDURE: Review the front panel controls in each of the major groups. Then turn on the oscilloscope, select Chl, set the SEC/DIV to 0.1 ms/div, select AUTO triggering, and obtain a line across the face of the CRT. Although many of the measurements described in this experiment are automated in newer scopes, it is useful to learn to make these measurements manually. Turn on your power supply and use the DMM to set the output for 1.0 V. Now we will use the oscilloscope to measure this de voltage from the power supply. The following steps will guide you: (a) Place the vertical COUPLING (AC-GND-DC) in the GND position. This disconnects the input to the oscilloscope. Use the vertical POSITION Control to set the ground reference level on a convenient graticule line near the bottom of the screen. (b) Set the CHI VOLTS/DIV control to 0.2 V/div. Check that the vernier control is in the CAL position or your measurement will not be accurate. Note that digital scopes do not have a vernier control. For fine adjustments, the VOLTS/DIV control can be changed to a more sensitive setting that remains calibrated. Place the oscilloscope probe on the positive side of the power supply. Place the oscilloscope ground on the power supply common. Move the vertical coupling to the DC position. The line should jump up on the screen by 5 divisions. Note that 5 divisions times 0.2 V per division is equal to 1.0 V (the supply voltage). Multiplication of the number of divisions of deflection times volts per division is equal to the voltage measurement. Set the power supply to each voltage listed in Table 17-2. Measure each voltage using the above steps as a guide. The first line of the table has been completed as an example. To obtain accurate readings with the oscilloscope, it is necessary to select the VOLTS/DIV that gives several divisions of change between the ground reference and the voltage to be measured. The readings on the oscilloscope and meter should agree with each other within approximately 3%. Before viewing ac signals, it is a good idea to check the probe compensation for your oscilloscope. To check the probe compensation, set the VOLT/DIV control to 0.1 V/div, the AC-GND-DC coupling control to DC, and the SEC/DIY control to 2 ms/div. Touch the probe tip to the PROBE COMP connector. You should observe a square wave with a flat top and square comers. If necessary, adjust the compensation to achieve a good square wave.

Answer 1

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Tektronix Oscilloscope-XSC1 Tektronix TDS 2024 ELE OSCILOCOP 20 WERE DEFAULT SETUP SINEW che R Ready MPos: Os MEASURE CHI TRIGGER HORIZONTAL LEVEL Multimeter-XMM1 MENU Max 1V USER SET 1 V CH1 None POSITION YERTICAL POSITION POSITION POSITION POSITION CH1 None 00000 CURSOR 1 CURSOR 2 NEU CPU CH1 None VOLTS/DIV VOLTS/DIV V OLTS/DIV VOLTS/DIV SECON * Set... CH1 None CH1/0v CH1 2010V M5s CH1 vertical position -2.97 divs (-598m) CH2 EXT TRIG Design

:..Tektronix Oscilloscope-XSC1 Tektronix TDS 2024 EUR. YONALE OSCILLOSCOP SAVE/RECALL HENUS MEASURE TO CURSOR DIVERY DEFAULT SETUP R Ready M Pos: Os CHECK TRIGGER HORDONTAL LEVEL XMM MEASURE CH1 Max 8.3V CH1 None USER SELECT Multimeter-XMM1 POSITION YERTICAL POSITION POSITION POSITION POSITION 8.3 V CH1 None CURSOR 1 CURSOR 2 00000 HELP SCROLL CH1 None VOLTS/DIY VOLTS/DIV VOLTS/DIY VOLTS/DIV SEC/DIV CH1 Set... None CH1 1.6V M 5s CH1/2.5V Su CH1 CH 2 CH4 EXT TRIG Design1*

Table step Explanation 0.2x 5 = IV Power supply volts div oscilloscope DMM Number of division of deflection 0.2 V/div 2.51 - Vlain 5 0.5 2.5 2.5 4.5V 0.9 's 8.3V 1.66 bo

A simple formula 0.285 7W s § 502 like that for 2.50 2.5 No.of divisine. = volo dini 25 = 0.5 volto div.

: XMMI Multimeter-XMM1 Function Generator-XFG1 Waveforms YEG1. 989.948 mV 1 KHz Signal options Frequency: Duty cyde: Amplitude: Offset: Set... Set rise/Fall time Common O Design 1]

X Tektronix Oscilloscope-XSC1 Tektronix TDS 2024 EUR,CHATONALE OSCILLOSCOPE SAVE/RECALL MEASURE ACQUIRE HELP 200 MHZ CURSOR DISPLAY DEFAULT SETUP SHOP Aco Complete M Pos: Os ERLER TRIGGER HORIZONTAL LEVEL :: XMM Multimeter-XMM1 USER SELECT MEASURE CH1 Pk-Pk 2.8V CH1 Cyc RMS 989mV CH1 None POSITION YERTICAL POSITION POSITION POSITION POSITION 989.948 mV 00000 CURSOR1 CURSOR 2 HELP SCROLL A v2 dB CH1 SM None MERE SEC/DIV VOLTS/DIY VOLTS/DIV VOLTS/DIV VOLTS/DIV Set... CH1 None CH1 504mV M 200us CH1/2.5V COMPCH 1 CH2 CH 3 CH4 TEXT TRIG illega BE J Design?

"mo: Vpx the IVX82= vp Up = 1.4v for l Vrms. Function generator voltol dir No. of divisions Gek - Ft) Oscillop Pk PK Oscillosope measured rms) I vyms 0.5 5.6 div 2.8 989 mv. 2.2 mx lill 5. 6 din 6.22 2.2 Vrma z 3.7 krmo 48 Vima 1.86 2.42 5.6 506 10-46. 1357 simple formula as Vp x2 (since Pk-pk) divisions 5-6 voltos liv. = NP x2 No. of dir

Everything is done instep by step with explanation..

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