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Electronics in Music Technology

Electronics in Music Technology

  • Electronics
    • Ohms law
    • Power Supplies
    • Passive RC-filters
    • Oscillator principle
    • Balanced and un-balanced
    • Digital Electronics
  • Components
    • Resistors
    • Capacitor
    • Opamps
    • Transistor
  • Video’s
  • Tools and Tips
    • Measuring tools
    • Breadboard
    • Simulation
    • Cables and connections
    • Building electronics
  • Arduino/Teensy
    • Arduino fundamentals
    • Serial communication
    • General Overview
    • SuperCollider
    • Sensors
    • Actuators
    • Timed Processes
  • Articles
    • vdPol filter
  • Courses
    • ArtofSound
      • Music Technology 1
        • CIRCUIT SIMULATOR
        • ITEMS ELECTRONICS
          • Power Supplies
          • RMS calculation
          • Passive RC-filters
          • Transistors theory
          • FET
          • OP-AMPS
        • Balanced Signal Transport
        • GROUNDING
        • MIDI, MAX and OSC
          • NEW MIDI PROTOCOL and NRPN
          • SMPTE and MTC
          • MAX BASICS tutorials
          • OSC
      • Music Technology 2
        • ETHERNET
          • YAMAHA ETHERNET TUTORIALS
        • WIFI
        • AUDIO NETWORK PROTOCOLS
          • DANTE
          • MADI
          • AES67
          • AVB
          • RAVENNA
        • RADIO MICROPHONY
          • INTERMODULATION
          • ADDITIONAL INFO RF
        • Microphone Electronics.
          • BUILD A MIC PRÉ-AMP
      • ELAK2
        • Bob’s Bible
        • SMAART
          • SMAART IR
        • MAPP XT
        • MAPP 3D
      • TTS2 CAD
        • VW Tutorials Speakers and Resources
    • Sonology
      • Introduction to Electronics Ba1
      • Musical Controllers Workshop
    • ArtScience Ba1
    • Artscience SAM
Electronics in Music Technology

ADDITIONAL INFO RF

The “ether” is completely full, telephone and digital broadcast claim the most wanted bandwidth. Practically it means, you are not allowed to be in certain frequency ranges. The situation varies per country and even locally per city. The use of RF scanners is highly recommended. Here are some interesting and handy links:

Overview_Radio_Mic_Frequency_charts_2014

SENNHEISER INTERNATIONAL FREQUENCY ADVISOR

AGENTSCHAP TELECOM

Interesting Software:

Portal EWP

RSS Arduino Blog

  • Let your coworkers know how you feel with this stress level indicator
  • The CWvox is a simple device that converts voice commands into Morse code keying
  • Lumos finally enables wearable spectroscopy research
  • 3D-printed digital clock contains 24 analog clocks

IpsonWebsite for more project information


Site Navigation

  • Electronics
    • Ohms law
    • Power Supplies
    • Passive RC-filters
    • Oscillator principle
    • Balanced and un-balanced
    • Digital Electronics
  • Components
    • Resistors
    • Capacitor
    • Opamps
    • Transistor
  • Video’s
  • Tools and Tips
    • Measuring tools
    • Breadboard
    • Simulation
    • Cables and connections
    • Building electronics
  • Arduino/Teensy
    • Arduino fundamentals
    • Serial communication
    • General Overview
    • SuperCollider
    • Sensors
    • Actuators
    • Timed Processes
  • Articles
    • vdPol filter
  • Courses
    • ArtofSound
      • Music Technology 1
        • CIRCUIT SIMULATOR
        • ITEMS ELECTRONICS
          • Power Supplies
          • RMS calculation
          • Passive RC-filters
          • Transistors theory
          • FET
          • OP-AMPS
        • Balanced Signal Transport
        • GROUNDING
        • MIDI, MAX and OSC
          • NEW MIDI PROTOCOL and NRPN
          • SMPTE and MTC
          • MAX BASICS tutorials
          • OSC
      • Music Technology 2
        • ETHERNET
          • YAMAHA ETHERNET TUTORIALS
        • WIFI
        • AUDIO NETWORK PROTOCOLS
          • DANTE
          • MADI
          • AES67
          • AVB
          • RAVENNA
        • RADIO MICROPHONY
          • INTERMODULATION
          • ADDITIONAL INFO RF
        • Microphone Electronics.
          • BUILD A MIC PRÉ-AMP
      • ELAK2
        • Bob’s Bible
        • SMAART
          • SMAART IR
        • MAPP XT
        • MAPP 3D
      • TTS2 CAD
        • VW Tutorials Speakers and Resources
    • Sonology
      • Introduction to Electronics Ba1
      • Musical Controllers Workshop
    • ArtScience Ba1
    • Artscience SAM
  • Electronics
    • Ohms law
    • Power Supplies
    • Passive RC-filters
    • Oscillator principle
    • Balanced and un-balanced
    • Digital Electronics
  • Components
    • Resistors
    • Capacitor
    • Opamps
    • Transistor
  • Video’s
  • Tools and Tips
    • Measuring tools
    • Breadboard
    • Simulation
    • Cables and connections
    • Building electronics
  • Arduino/Teensy
    • Arduino fundamentals
    • Serial communication
    • General Overview
    • SuperCollider
    • Sensors
    • Actuators
    • Timed Processes
  • Articles
    • vdPol filter
  • Courses
    • ArtofSound
      • Music Technology 1
        • CIRCUIT SIMULATOR
        • ITEMS ELECTRONICS
          • Power Supplies
          • RMS calculation
          • Passive RC-filters
          • Transistors theory
          • FET
          • OP-AMPS
        • Balanced Signal Transport
        • GROUNDING
        • MIDI, MAX and OSC
          • NEW MIDI PROTOCOL and NRPN
          • SMPTE and MTC
          • MAX BASICS tutorials
          • OSC
      • Music Technology 2
        • ETHERNET
          • YAMAHA ETHERNET TUTORIALS
        • WIFI
        • AUDIO NETWORK PROTOCOLS
          • DANTE
          • MADI
          • AES67
          • AVB
          • RAVENNA
        • RADIO MICROPHONY
          • INTERMODULATION
          • ADDITIONAL INFO RF
        • Microphone Electronics.
          • BUILD A MIC PRÉ-AMP
      • ELAK2
        • Bob’s Bible
        • SMAART
          • SMAART IR
        • MAPP XT
        • MAPP 3D
      • TTS2 CAD
        • VW Tutorials Speakers and Resources
    • Sonology
      • Introduction to Electronics Ba1
      • Musical Controllers Workshop
    • ArtScience Ba1
    • Artscience SAM
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