Mind map

HNC Electronic Principles

miekes English

Map content

Semiconductor Devices
- transistors
  - switching
  - amplifiers
  - BJT
  - FET
- instruments
  - Oscilloscope
  - probes
  - signal generator
  - multimeter
- diodes
  - rectifier
    - full wave
    - half wave
  - zener
  - LED
  - photodiode
  - thyristor
  - triac
- Op-amp applications
  - filters
  - comparitors
  - power supplies
  - oscillators
- Literature
  - Manufacturers' specifications
  - manuals
  - characteristics
  - circuit diagrams
Amplifier Circuits
- characteristics
  - gain
  - bandwidth
  - input/output impedance
  - noise
  - thermal drift
  - common notation
  - applications
  - circuitry
    - differential amp
    - voltage amp
    - power amp
- Analyse Operation and Performance
  - quantitive methods
  - equivalent circuits
  - computer modelling
  - frequency response
  - voltage gain
  - distortion
  - bandwidth
- types of amplifier
  - power amplifiers
    - class A
    - class B
    - class AB
  - tuned
  - small signal
  - Op-amps
    - inverting
    - non-inverting
    - differentiator
    - summing
    - comparitor
    - integrator
    - Schmitt trigger
  - active filters
    - high pass
    - low pass
    - band pass
    - notch
- Modify circuit designs
  - circuit calculations
  - use of alternative components
  - use manufacturers data
Feedback
- transistor amplifier
- Op-amp
- types
  - voltage
  - current
  - series
  - shunt
  - single and multi-stage circuits
- effect of feedback
  - gain
  - bandwidth
  - distortion
  - noise
  - stability
  - input and output impedance
- circuit design and build
Sine Wave Oscillators
- crystal oscillators
- circuit configurations
  - RC
  - Wein Bridge
  - LC
  - transistor
  - op-amp
- Circuit Conditions
- frequency determining elements
- distortion
- amplitude stabiity
- frequency stability

Information

Description: Mind Map on HNC Electronic Principles, created by miekes on 04/07/2015.
Created by: miekes
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