9.4 Cascade Active Filters

1
Favorite
10
copy
Copy
2582
Views
9.4 Cascade Active Filters

Circuit Description

Graph image for 9.4 Cascade Active Filters

Circuit Graph

A telephone line provides sufficient bandwidth (3 kHz) for intelligible voice conversations, but human hearing has a much higher bandwidth, typically 20 Hz to 20,000 Hz. 1. Design an active bandpass filter to mimic the bandwidth of a telephone line subject to the following constraints: (a) Cascade a first-order active lowpass filter and a first-order active highpass filter, (b) Set the corner frequencies to 300 Hz and 3.0 kHz, (c) Set the passband gain to 0 dB, (d) Choose resistors in the range 1.0 k to 100 k.

There are currently no comments

Profile image for Abhishekverma591

Abhishekverma591

9 favorites
Profile image for jmendoza1689

Práctica 17. 1 Filtro pasa bajas de primer orden

jmendoza1689
Profile image for Jacob897

9.4 Cascade Active Filters

Jacob897
Profile image for jmendoza1689

9.4 Cascade Active Filters

jmendoza1689
Profile image for jmendoza1689

Práctica 18. Puente de Wien

jmendoza1689
Profile image for Czyz78

filtr kaskadowy dolnoprzepustowy zad2 spotkanie6

Czyz78
Profile image for Kevin3801

9.4 Cascade Active Filters

Kevin3801
Profile image for Marlord*

schematic

Marlord*
Profile image for E_J123

Copy of 9.4 Cascade Active Filters

E_J123
Profile image for JoshH67

Copy of 9.4 Cascade Active Filters

JoshH67
Profile image for ssookra001

Copy of 9.4 Cascade Active Filters

ssookra001

Creator

rui.rocha

1 Circuit

Date Created

7 years, 9 months ago

Last Modified

7 years, 9 months ago

Tags

  • opamps
  • ac circuits
  • filters

Circuit Copied From