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MRF04 - Introduction to RF Power Measurements
1.0 Power Measurement Basics
1.1 What is Power?
1.2 Why Measure Power?
1.3 Power Measurement History
1.0 Quiz
2.0 Key Power Measurement Technologies
2.1 Thermal RF Power Sensors
2.2 Detector (Diode) RF Power Sensors
2.3 Receiver-Based Amplitude Measurement
2.4 Monolithic RF Amplitude Measurement
2.5 Direct RF Sampling Amplitude Measurement
2.6 What is an RF Power Meter?
2.0 Quiz
3.0 CW, Average, and Peak Power
3.1 CW Power Meter Limitations
3.2 The "Peak Power" Solution
3.3 It's All About Bandwidth
3.4 The Importance of Dynamic Range
3.0 Quiz
4.0 Making Power Measurements
Considerations
4.1 Choosing the Right Power Meter
4.2 Choosing an RF Power Sensor
4.3 Selecting a Measurement Mode
4.4 Measuring Complex Modulated RF Signal: Power Meters versus Spectrum Analyzers Instruments
4.5 Oscilloscopes and Detectors
4.0 Quiz
5.0 Calibration Issues
5.1 Factory Open-Loop Calibration
5.2 Single, Double, and Multipoint Linearity Calibrations
5.3 Field Linearity Calibration Methods
5.4 Frequency Response Correction
5.0 Quiz
6.0 RF Power Analysis
6.1 Continuous Power Measurement
6.2 Triggered and Pulse Analysis
6.3 Statistical Power Analysis
6.0 Quiz
7.0 Power Measurement Applications
7.1 Low Duty-Cycle Pulse Measurements
7.2 Statistical Analysis of Modern Communication Signals
7.3 Using Power Meters for EMC and Compliance Testing
7.0 Quiz
8.0 Performance Tips
8.1 Reducing Measurement Noise
8.2 Optimizing ATE Performance
8.3 Communication Amplifier Testing
8.0 Quiz
9.0 Measurement Accuracy
9.1 Introduction to Uncertainty
9.2 Power Measurement Uncertainty Contributions
9.3 Sample Uncertainty Calculations
10.0 Reference Tables
10.1 Amplitude Measurement Conversions
10.2 Return Loss / Reflection Coefficient / VSWR Conversions / Fwd-Rev Power
10.3 Wireless and Radar/Microwave Bands
10.4 Sensor Cable Length Effects
11.0 Berkeley Nucleonics Solutions
11.1 Model 12200 Series USB Peak Power Sensor
11.2 Model 12100 CW USB Power Sensor
11.3 Model 12000 RF Power Meter
10.2 Return Loss / Reflection Coefficient / VSWR Conversions / Fwd-Rev Power
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