Telemetry Techniques: Pulse Code Modulation (PCM) (171)

Purchase Options
OnDemand Short Topics$250.00

Chapter Outline

Chapter 7 - Telemetry Techniques: Pulse Code Modulation (PCM) (Telemetry Systems)

  • PCM Encoder
  • Bar Chart
  • Airborne Instrumentation
  • CAIS
    • CAIS Control Bus
    • CAIS Sources
  • PCM Ground Station
  • Bit Sync.
    • Phases of Clocks (all 1×)
    • Half Rate and 2× Clocks
  • Decommutator
    • Decommutator Example
  • Optimal Frame Sync Pattern
  • Chapter 7 Exercise A: Sample Rates vs. Bit Rates
  • Sub-Commutation
    • Sub-Com Bar Chart
  • Frame Encoding
  • Why?
  • Formats
  • Super-Commutation
    • Super-Commutation, Sub Com Level
  • Free Fire Setup Lesson 1
  • Typical Barchart
  • Super-Commutation Concerns
  • Sub-Sub Commutation
  • Discrete Inputs
  • Parity Bits
  • Sample Plans
  • Chapter 7 Exercise B: Sample Plans
  • Receiving System Setup Issues
    • Receiver Settings
    • Bit Sync Settings
    • Decom Settings
    • Auto-Polarity
  • Free Fire Setup Lesson 2
  • Module I/O
    • Digital-Analog Output Module I/O
  • State of the Art
  • Chapter 7 Exercise C: PCM Ground Station

Video Outline

Telemetry Techniques: Pulse Code Modulation, Part 1 of 5

Pulse Code Modulation (PCM) • Review: Pulse Amplitude Modulation (PAM) • PCM Encoder • Bar Chart • Airborne Instrumentation • CAIS Sources • PCM Ground Station • Bit Sync. • Phases of Clocks (all 1×) • Half Rate and 2× Clocks • Decommutator • Decommutator Example • Optimal Frame Sync Pattern • Exercise: Sample Rates vs. Bit Rates • Sub-Commutation • Sub- Com Bar Chart • Frame Encoding • Formats • Super-Commutation • Super-Commutation, Sub Com Level • Typical Barchart • Super-Commutation Concerns • Sub-Sub Commutation • Discrete Inputs • Parity Bits • Sample Plans • Exercise: Sample Plans • Receiving System Setup Issues • Receiver Settings • Bit Sync Settings • Decom Settings • Auto-Polarity • Module I/O • Digital-Analog Output Module I/O • State of the Art • Exercise: PCM Ground Station 

Telemetry Techniques: Pulse Code Modulation, Part 2 of 5

Telemetry Techniques: Pulse Code Modulation, Part 3 of 5

Pulse Code Modulation (PCM) • Review: Pulse Amplitude Modulation (PAM) • PCM Encoder • Bar Chart • Airborne Instrumentation • CAIS Sources • PCM Ground Station • Bit Sync. • Phases of Clocks (all 1×) • Half Rate and 2× Clocks • Decommutator • Decommutator Example • Optimal Frame Sync Pattern • Exercise: Sample Rates vs. Bit Rates • Sub-Commutation • Sub- Com Bar Chart • Frame Encoding • Formats • Super-Commutation • Super-Commutation, Sub Com Level • Typical Barchart • Super-Commutation Concerns • Sub-Sub Commutation • Discrete Inputs • Parity Bits • Sample Plans • Exercise: Sample Plans • Receiving System Setup Issues • Receiver Settings • Bit Sync Settings • Decom Settings • Auto-Polarity • Module I/O • Digital-Analog Output Module I/O • State of the Art • Exercise: PCM Ground Station 

Telemetry Techniques: Pulse Code Modulation, Part 4 of 5

Pulse Code Modulation (PCM) • Review: Pulse Amplitude Modulation (PAM) • PCM Encoder • Bar Chart • Airborne Instrumentation • CAIS Sources • PCM Ground Station • Bit Sync. • Phases of Clocks (all 1×) • Half Rate and 2× Clocks • Decommutator • Decommutator Example • Optimal Frame Sync Pattern • Exercise: Sample Rates vs. Bit Rates • Sub-Commutation • Sub- Com Bar Chart • Frame Encoding • Formats • Super-Commutation • Super-Commutation, Sub Com Level • Typical Barchart • Super-Commutation Concerns • Sub-Sub Commutation • Discrete Inputs • Parity Bits • Sample Plans • Exercise: Sample Plans • Receiving System Setup Issues • Receiver Settings • Bit Sync Settings • Decom Settings • Auto-Polarity • Module I/O • Digital-Analog Output Module I/O • State of the Art • Exercise: PCM Ground Station

Telemetry Techniques: Pulse Code Modulation, Part 5 of 5

Pulse Code Modulation (PCM) • Review: Pulse Amplitude Modulation (PAM) • PCM Encoder • Bar Chart • Airborne Instrumentation • CAIS Sources • PCM Ground Station • Bit Sync. • Phases of Clocks (all 1×) • Half Rate and 2× Clocks • Decommutator • Decommutator Example • Optimal Frame Sync Pattern • Exercise: Sample Rates vs. Bit Rates • Sub-Commutation • Sub- Com Bar Chart • Frame Encoding • Formats • Super-Commutation • Super-Commutation, Sub Com Level • Typical Barchart • Super-Commutation Concerns • Sub-Sub Commutation • Discrete Inputs • Parity Bits • Sample Plans • Exercise: Sample Plans • Receiving System Setup Issues • Receiver Settings • Bit Sync Settings • Decom Settings • Auto-Polarity • Module I/O • Digital-Analog Output Module I/O • State of the Art • Exercise: PCM Ground Station