Thursday, September 1, 2011

Telecommunication Circuits and Technology


Telecommunication Circuits and Technology
by Andrew Leven
| Pages 383 | PDF | 2.9 MB |

Content,
Oscillators
  • Introduction
  • The principles of oscillation. 
  • The basic structure and requirements of an oscillator
  • RC oscillators
  • LC oscillators
  • Crystal oscillators
  • Crystal cuts
  • Types of crystal oscillator 
  • Oscillator frequency stability
  • Integrated circuit oscillators 
  • Further problems
    Modulation Systems
    • Introduction
    • Analogue modulation techniques
    • The balanced modulator/ demodulator
    • Frequency modulation and demodulation
    • FM modulators
    • FM demodulators
    • Digital modulation techniques 
    Filter applications
    • Introduction
    • Passive filters
    • Active filters
    • First-order filters
    • Design of first-order filters
    • Second-order filters
    • Using the transfer function
    • Using normalized tables
    • Using identical components
    • Second-order high-pass filters
    • Additional problems
    • Bandpass filters
    • Additional problems
    • Switched capacitor filter
    • Monolithic switched capacitor filter
    • The notch filter
    • Choosing components for filters
    • Testing filter response
    Tuned amplifier applications
    • Introduction
    • Tuned circuits
    • The Q factor
    • Dynamic impedance
    • Gain and bandwidth
    • Effect of loading
    • Effect of tapping the tuning coil
    • Transformer- coupled amplifier
    • Tuned primary
    • Tuned secondary
    • Double tuning
    • Crystal and ceramic tuned amplifiers
    • Integrated tuned amplifiers
    • Testing tuned amplifiers
    • Further problems
    Power amplifiers
    • Introduction
    • Transistor characteristics and parameters
    • Using transistor characteristics
    • Transistor bias
    • Voltage divider bias
    • Small signal voltage amplifiers
    • The use of the decibel
    • Types of power amplifier
    • Calculating power and efficiency
    • Integrated circuit power amplifiers
    • Radio frequency power amplifiers
    • Power amplifier measurements
    • Further problems
    Phase locked loops and synthesizers
    • Introduction
    • Operational considerations
    • Phase locked loop elements
    • Phase detector
    • Compensation
    • Integrated phase-locked loops
    • Phase-locked loop design using the
    • Frequency synthesis
    • Further problems 
    Microwave devices and components
    • Introduction
    • Phase delay and propagation velocity
    • The propagation constant and secondary
    • Transmission line distortion
    • Wave reflection and the reflection
    • Standing wave ratio
    • Fundamental waveguide characteristics
    • Transmission modes
    • Microwave passive components
    • Microwave active devices
    • Further problems
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