anonymous
  • anonymous
H12P3:Our specification is that we want there to be two break frequencies for this filter: 12Hz and 17kHz. We also want midband frequencies, such as signals around 1kHz, to be amplified by about a factor of 2. We have available a 1.2μF and a 470pF capacitor. We also have a variety of resistors between 100Ω and 100kΩ. However, our op amp really likes RS=20kΩ. Your job is to fill in the remaining details of this design.Please help me nurali
MIT 6.002 Circuits and Electronics, Spring 2007
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SOLVED
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katieb
  • katieb
I got my questions answered at brainly.com in under 10 minutes. Go to brainly.com now for free help!
anonymous
  • anonymous
Our specification is that we want there to be two break frequencies for this filter: 13Hz and 18kHz. We also want midband frequencies, such as signals around 1kHz, to be amplified by about a factor of 2. We have available a 1.0μF and a 220pF capacitor. We also have a variety of resistors between 100Ω and 100kΩ. However, our op amp really likes RS=20kΩ. Could anybody explain? Thanks!
Nurali
  • Nurali
1. 11052.426 2. 19919.266 3. 20000 4. 1.2μF 5. 470pF 6. 11052.426 7. 19919.266 8. 1.2μF 9. 470pF 10. -1.80
Nurali
  • Nurali
1. 12242.687 2. 40190.642 3. 20000 4. 1.0μF 5. 220pF 6. 12242.687 7. 40190.642 8. 1.0μF 9. 220pF 10. -3.28

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Nurali
  • Nurali
if correct please click best response.
anonymous
  • anonymous
what for this Our specification is that we want there to be two break frequencies for this filter: 14Hz and 16kHz. We also want midband frequencies, such as signals around 1kHz, to be amplified by about a factor of 2. We have available a 1.5μF and a 390pF capacitor. We also have a variety of resistors between 100Ω and 100kΩ. However, our op amp really likes RS=20kΩ. Your job is to fill in the remaining details of this design.
anonymous
  • anonymous
Nurali...plz help Our specification is that we want there to be two break frequencies for this filter: 16Hz and 20kHz. We also want midband frequencies, such as signals around 1kHz, to be amplified by about a factor of 2. We have available a 0.68μF and a 470pF capacitor. We also have a variety of resistors between 100Ω and 100kΩ. However, our op amp really likes RS=20kΩ.
anonymous
  • anonymous
give the formula atleast
Nurali
  • Nurali
@ashishsmvdu 1. 7578.806 2. 25505.599 3. 20000 4. 1.5μF 5. 390pF 6. 7578.806 7. 25505.599 8. 1.5μF 9. 390pF 10. -3.36
anonymous
  • anonymous
Our specification is that we want there to be two break frequencies for this filter: 15Hz and 16kHz. We also want midband frequencies, such as signals around 1kHz, to be amplified by about a factor of 2. We have available a 1.2μF and a 470pF capacitor. We also have a variety of resistors between 100Ω and 100k Ω. However, our op amp really likes R S=20k Ω. Your job is to fill in the remaining details of this design.
Nurali
  • Nurali
if correct please click best response
Nurali
  • Nurali
@Coolamigo 1. 8841.94 2. 21164.22 3. 20000 4. 1.2μF 5. 470pF 6. 8841.94 7. 21164.22 8. 1.2μF 9. 470pF 10. -2.39
Nurali
  • Nurali
if correct please click best response.
Nurali
  • Nurali
@almasrsg 1. 14628.21 2. 16931.38 3. 20000 4. 0.68μF 5. 470pF 6. 14628.21 7. 16931.38 8. 0.68μF 9. 470pF 10. -1.16
anonymous
  • anonymous
Thanks though μF is not accepted
Nurali
  • Nurali
My pleasure 1.2uF= 0.0000012F
anonymous
  • anonymous
Can you help with P1 Q2&3
Nurali
  • Nurali
i will try tell me value of Vs, v and i
anonymous
  • anonymous
i=6mA v=5 R came out to be 833.33
anonymous
  • anonymous
+- Vs = 15 For 3 A=100. Using the value of R that you computed above, and assuming a load resistance of 500Ω,
Nurali
  • Nurali
1. 833.33 2. 1665.66 3. 0.0058939
anonymous
  • anonymous
c is not correct
Nurali
  • Nurali
0.005905512
anonymous
  • anonymous
Our specification is that we want there to be two break frequencies for this filter: 16Hz and 19kHz. We also want midband frequencies, such as signals around 1kHz, to be amplified by about a factor of 2. We have available a 1.8μF and a 390pF capacitor. We also have a variety of resistors between 100Ω and 100kΩ. However, our op amp really likes RS=20kΩ. Your job is to fill in the remaining details of this design. Guys I need the answers

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