SBAA635 July   2024 AFE7900 , AFE7901 , AFE7903 , AFE7950 , AFE7950-SP , AFE7951 , AFE7953 , AFE7954 , AFE7955 , AFE7958

 

  1.   1
  2.   Abstract
  3.   Trademarks
  4. 1Introduction
  5. 2AFE79XX TX Architecture
  6. 3Numerically Controlled Oscillator
  7. 4Configuring the AFE79XX for Multi-Band Jamming
    1. 4.1 Overview of Configurability
    2. 4.2 Jamming Related Latte Functions and Parameters
    3. 4.3 Results
  8. 5Summary
  9. 6References

4.3 Results

Spectrum Analyzer in Max Hold Mode (85MHz Sweep at ≈2.4GHz, in ≈62µs) Figure 4-1 Spectrum Analyzer in Max Hold Mode (85MHz Sweep at ≈2.4GHz, in ≈62µs)
Frequency versus Time from Phase Noise Analyzer (85MHz Sweep at ≈2.4GHz, in ≈62µs) Figure 4-2 Frequency versus Time from Phase Noise Analyzer (85MHz Sweep at ≈2.4GHz, in ≈62µs)
Spectrum Analyzer in Max Hold Mode (28MHz Sweep at ≈0.9GHz, in ≈62µs) Figure 4-3 Spectrum Analyzer in Max Hold Mode (28MHz Sweep at ≈0.9GHz, in ≈62µs)
Frequency versus Time from Phase Noise Analyzer (28MHz Sweep at ≈0.9GHz, in ≈62µs) Figure 4-4 Frequency versus Time from Phase Noise Analyzer (28MHz Sweep at ≈0.9GHz, in ≈62µs)
Spectrum Analyzer in Max Hold Mode (125MHz Sweep at ≈5GHz, in ≈62µs) Figure 4-5 Spectrum Analyzer in Max Hold Mode (125MHz Sweep at ≈5GHz, in ≈62µs)
Frequency versus Time from Phase Noise Analyzer (125MHz Sweep at ≈5GHz, in ≈62µs) Figure 4-6 Frequency versus Time from Phase Noise Analyzer (125MHz Sweep at ≈5GHz, in ≈62µs)