ANALOGUE ELECTRONICS (LEVEL 2)
OBJECTIVES
- Select the Butterworth, Bessel, Tchebyscheff or Cauer filter to solve a filtering problem in the best possible way
- Use transfer function tables to synthesise an N-order filter (based on 1st‑order and 2nd‑order cells)
- Identify oscillators in a diagram and calculate their frequencies
SYLLABUS
• Active filters:
– 2nd-order cell, filtering templates
– Main responses
– Synthesis of an N-order filter
• Switched capacitor filters:
– Principle of operation
– Study of a component and synthesis of a filter
• Relaxation oscillators:
– Relaxation principle
– Study of a miniature generator based on an integrated component
• Resonant oscillators:
– Resonance principle, oscillation condition
– Hartley and Colpitts oscillators
• Numerical generators:
– Principle of operation
– Architecture of arbitrary waveform generators
TYPE OF STUDENTS
All types of students
PREREQUISITES
Knowledge equivalent to that provided in the level 1 training course
DURATION
5 DAYS
PRICE
Consult us
