Signal generators : Generate three sine wave signals of O. IV peak amplitude and zero offset The frequency of each generator is obtained as follows ....
Really having trouble making the circuit. Any help would be appreciated.
AaBbCU - ab x , X' A - D - A -| = = = = IE_ _ _ HI -I NornFontParagraphMultisim Homework Assignment I for Spring 2019 3171 1AAAAASIGNALGENERATOR 1BAND PASS741FILTERSIGNALGENERATOR 2SUMMINGAMPLIFIERBAND STOPFILTER*SIGNAL*GENERATOR 3I our homework assignment is to develop a Multisim model based on the block diagram above.Signal generators : Generate three sine wave signals of O. IV peak amplitude and zero offsetThe frequency of each generator is obtained as follows . Add the last four digits of your 800number and multiply this times 2 k to get the frequency of signal generator 2 . The frequency ofsignal generator I is one third that of signal generator 2 , and the frequency of signal generator 3is three times that of signal generator 2 .Summing Amplifier . Use a 741 op amp and set up the gain for 10 using the input and feedbackresistors . ( You can use the information in the 2161 experiment guide for active devices )Filters : Construct an RLC band pass and an RIC band stop filter . Set the band center frequencyto match the frequency of signal generator 2. You need to select components to give a narrowband for these filters. See the Quick Guide to Selective Passive Filters on Moodle . A useful site*For this homework is the Okawa Electric filter calculator found on the web. With these*calculators you can preview your filters .Measurements : Add spectrum analyzers and an oscilloscope as shown in the diagramDeliverables :`Page 1_ A copy of your Multising circuit Include your name, your Lab section qucaberand the last four numbers of your BOO number in the headlines .Page 2 - Screen copies of the oscilloscope and spectrum analyzer displays.Page 3 - A table showing the following` The three Frequencies wise in the heatere to search
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