Role of Filters in an Instrumentation System

?
  • Created by: jwgcurrie
  • Created on: 08-12-19 20:10

1. Passive filters are:

  • Good for high power applications (good for instrumentation)
  • Good for high power applications (not so good for instrumentation)
  • Bad for high power applications (not so good for instrumentation)
  • Bad for high power applications (good so good for instrumentation)
1 of 8

Other questions in this quiz

2. What type of filters are constructed from discrete componenets (inductors/resistors/capacitors)

  • Passive Filters
  • Active Filters

3. Match the description with the type of filter: Maximall flat, so magnitude reponse is easily predicted mid-band. Slower fall-off edges of band

  • Bessel
  • Butterworth
  • Chebyshev
  • Steve

4. Match the description with the type of filter: Linear phase in the pass-band

  • Chebyshev
  • Butterworth
  • Bessel
  • Wessel

5. Passive filters are:

  • ideal for low power applications but not ideal for low frequencies (due to inductor sizes)
  • ideal for low frequency/low power applications (due to inductor sizes)
  • not ideal for low frequency/low power applications (due to inductor sizes)
  • ideal for low frequencies but not ideal for low power applications (due to inductor sizes)
View more questions

Comments

No comments have yet been made

Similar Electronics resources:

See all Electronics resources »See all EE4017: Sensors and Instrumentation resources »