Line 2: Line 2:
  
 
[http://www.falstad.com/circuit/circuitjs.html?ctz=CQAgjCAMB0l3BWEAWB0DsZnMwZgEwBsAHAJySkgKRUq4BQAbiALS4L4gGvuctjpCUYchpIaE6AnoAnVvlGsBQlgpotCyYdTiz5ijVtWLuY+PQAePBOhDEI-UluJatYIQFV8AHQDO3gEc-DwAXPwAqPwAlH18Aej8ACiiwbwAHGIBKejSlQnVNPJpuCAl6AHci1kLjAq1ICv1ivndmqEt5XEpVXGJwMCQepDc+gBUAQ18Aaz98AC5ggDsAEwBTGV8Q8ZWAS0WAcz8QgAtVvwA1AHsAGy39s98AER3GHbWZDo1usHdWIx-cChwJwABKXAC2q3KlxkUwAhJ90OpSBAwCjWMQ+m5OABBTJ+ADCx2292iYAANH5fABXADGxyOxLCm1Ofku1JCaQ5fnGzK8fh2-l8yHO0E++CRSl+qgQKgBQLAnBS4sESiMRBaEGxIBinzRfX4-2IgP4WuBIC8jTYHCUqtqtqEDSsbFItg0Bt6RkIw3NoURBSEaIchEB2oAQvjfESSQ8YpTfDT6YzeYyHuzOdzfCnfPzfIK-CKxc7JWxbPh8CbcK5fb4HicHrXaZcVn4AGYw8HU67jHkt3wyVbjGQyGMC5khS5ktkyaL4ei4EtqLh8XjL8DCJ2sSVYYQCBWcMPN6lCgAyq0Yq2uc0REAXIHw1BQNG1j3WLzrrN87Zkne7bNbqZ+IwNx3A8ywvG86xtjIEJ+AA8sc4JCt25QIs6q4-Hw+A7j8PqKiAiTAbc4ykr44GvO8bYdl24zZJcQKFM+FB9OI0ClOA9BAA Task 2: Understanding the Voltage Divider]
 
[http://www.falstad.com/circuit/circuitjs.html?ctz=CQAgjCAMB0l3BWEAWB0DsZnMwZgEwBsAHAJySkgKRUq4BQAbiALS4L4gGvuctjpCUYchpIaE6AnoAnVvlGsBQlgpotCyYdTiz5ijVtWLuY+PQAePBOhDEI-UluJatYIQFV8AHQDO3gEc-DwAXPwAqPwAlH18Aej8ACiiwbwAHGIBKejSlQnVNPJpuCAl6AHci1kLjAq1ICv1ivndmqEt5XEpVXGJwMCQepDc+gBUAQ18Aaz98AC5ggDsAEwBTGV8Q8ZWAS0WAcz8QgAtVvwA1AHsAGy39s98AER3GHbWZDo1usHdWIx-cChwJwABKXAC2q3KlxkUwAhJ90OpSBAwCjWMQ+m5OABBTJ+ADCx2292iYAANH5fABXADGxyOxLCm1Ofku1JCaQ5fnGzK8fh2-l8yHO0E++CRSl+qgQKgBQLAnBS4sESiMRBaEGxIBinzRfX4-2IgP4WuBIC8jTYHCUqtqtqEDSsbFItg0Bt6RkIw3NoURBSEaIchEB2oAQvjfESSQ8YpTfDT6YzeYyHuzOdzfCnfPzfIK-CKxc7JWxbPh8CbcK5fb4HicHrXaZcVn4AGYw8HU67jHkt3wyVbjGQyGMC5khS5ktkyaL4ei4EtqLh8XjL8DCJ2sSVYYQCBWcMPN6lCgAyq0Yq2uc0REAXIHw1BQNG1j3WLzrrN87Zkne7bNbqZ+IwNx3A8ywvG86xtjIEJ+AA8sc4JCt25QIs6q4-Hw+A7j8PqKiAiTAbc4ykr44GvO8bYdl24zZJcQKFM+FB9OI0ClOA9BAA Task 2: Understanding the Voltage Divider]
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[http://www.falstad.com/circuit/circuitjs.html?cct=$+1+0.000005+10.20027730826997+50+5+43%0Ag+-448+0+-448+16+0%0Av+-448+0+-448+-64+0+1+100+1+0+0+0.5%0Ax+-412+-146+-232+-143+4+18+The%5CsInverting%5CsAmplifier%0Aa+-304+0+-192+0+8+15+-15+1000000+0.000009966459951732714+0+100000%0A207+-192+0+-144+0+4+output%0Aw+-192+0+-192+-64+0%0Aw+-304+-64+-304+-16+0%0Ar+-288+-64+-208+-64+0+1000%0Aw+-288+-64+-304+-64+0%0Aw+-208+-64+-192+-64+0%0Ar+-448+-64+-304+-64+0+1000%0Ag+-304+16+-304+48+0%0Ax+-280+81+-201+84+4+12+Gain%5Cs%5Cq%5CsR2%5Cs/%5CsR1%0Ax+-253+-41+-238+-38+4+12+R2%0Ax+-383+-42+-368+-39+4+12+R1%0Ax+-467+-73+-437+-70+4+14+input%0Ax+-450+-111+-189+-108+4+12+Please%5Cschange%5CsR1,%5Cssuch%5Csthat%5Csthe%5Csoutput%5Csgain%5Csis%5Cs5!%0Ao+1+64+0+4098+5+0.1+0+2+1+3%0Ao+4+64+0+4098+5+0.00009765625+1+2+4+3%0A Task 3: Inverting Amplifier]
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[http://www.falstad.com/circuit/circuitjs.html?cct=$+1+0.000005+10.20027730826997+50+5+43%0Ag+-448+-64+-448+-48+0%0Av+-384+80+-384+16+0+1+100+1+0+0+0.5%0Ax+-430+-193+-211+-190+4+18+The%5CsNon-Inverting%5CsAmplifier%0Aa+-304+0+-192+0+8+15+-15+1000000+0.25476559641693725+0.25477069172886563+100000%0A207+-192+0+-144+0+4+output%0Aw+-192+0+-192+-64+0%0Aw+-304+-64+-304+-16+0%0Ar+-288+-64+-208+-64+0+1000%0Aw+-288+-64+-304+-64+0%0Aw+-208+-64+-192+-64+0%0Ar+-448+-64+-304+-64+0+1000%0Ag+-384+80+-384+96+0%0Ax+-289+67+-193+70+4+12+Gain%5Cs%5Cq%5Cs1%5Cp%5CsR2%5Cs/%5CsR1%0Ax+-253+-41+-238+-38+4+12+R2%0Ax+-383+-42+-368+-39+4+12+R1%0Ax+-467+-73+-437+-70+4+14+input%0Aw+-384+16+-304+16+0%0Ax+-465+-151+-151+-148+4+12+a)%5CsPlease,%5Csagain,%5Cschange%5CsR1,%5Cssuch%5Csthat%5Csthe%5Csoutput%5Csgain%5Csis%5Cs5!%0Ax+-464+-123+-68+-120+4+12+b)%5CsPlease%5Cschange%5CsR1%5Csand%5CsR2,%5Cssuch%5Csthat%5Csthe%5Csoutput%5Csgain%5Csis%5Cssmaller%5Csthen%5Cs1.1!%0Ao+1+64+0+4098+5+0.1+0+2+1+3%0Ao+4+64+0+4098+5+0.00009765625+1+2+4+3%0A Task 4: Non-Inverting Amplifier]
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[http://www.falstad.com/circuit/circuitjs.html?cct=$+1+0.000005+10.20027730826997+50+5+43%0Ag+-512+80+-512+96+0%0Av+-512+80+-512+16+0+1+100+1+0+0+0.5%0Ax+-376+-186+-139+-183+4+18+The%5CsNon-Inverting%5CsAttenuator!%0Aa+-192+48+-80+48+8+15+-15+1000000+0+0+100000%0A207+-80+48+-32+48+4+output%0Ax+-531+7+-501+10+4+14+input%0Aa+-384+48+-272+48+8+15+-15+1000000+0+0+100000%0Ax+-475+-152+-39+-149+4+12+Play%5Csaround%5Cswith%5Cstwo%5Csopamps%5Csto%5Csbuild%5Csa%5Csnon-inverting%5Csattenuator%5Cswith%5Csa%5Csgain%5Csof%5Cs0.5!%0Ax+-476+-125+10+-122+4+12+Non-Inverting%5Csmeans,%5Csthat%5Csthe%5Csoutput%5Csis%5Cspositive%5Csat%5Csthe%5Cssame%5Cstime,%5Cswhen%5Csthe%5Csinput%5Csis%5Cspositive!%0Ax+-477+-98+-15+-95+4+12+Attenuation%5Csis%5Csa%5Csgain%5Csless%5Csthan%5Cs1.%5CsIn%5Csthis%5Cscase%5Csthe%5Csoutput%5Cssignal%5Csis%5Cssmaller%5Csthan%5Csthe%5Csinput!%0Ax+-476+-70+1+-67+4+12+Hint:%5CsCombine%5Cstwo%5Csalready%5Csknown%5Csopamp%5Cscircuits%5Csin%5Csseries!%5CsMultiple%5Cssolutions%5Csare%5Cspossible.%0Ao+1+64+0+4098+5+0.1+0+2+1+3%0Ao+4+64+0+4098+0.0000762939453125+0.00009765625+1+2+4+3%0A Task 5: Non-Inverting Attenuator]

Latest revision as of 15:25, 25 November 2020

Task 1: Series Resistance

Task 2: Understanding the Voltage Divider

Task 3: Inverting Amplifier

Task 4: Non-Inverting Amplifier

Task 5: Non-Inverting Attenuator