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10-6 Linearity Test Operational Testing for the MA24106A
10-6 PN: 10585-00020 Rev. C PowerXpert UG
10-6 Linearity Test
The linearity correction of the MA24106A is compared to a thermal power sensor, which has very good
inherent linearity over a power range of about –20 to +10 dBm. For this reason, the MA24106A will be
compared to the thermal sensor in two ranges, keeping the power levels to the thermal sensor in the range of
–17 dBm to +5 dBm, while the power to the MA24106A will vary from about –26 dBm to about +14 dBm.
Test Procedure
1. Set up the equipment as follows (refer to Figure 10-2 for an illustration):
a. Connect the reference power sensor to the reference power meter using the appropriate cables.
b. Connect the USB cable between the personal computer with the PowerXpert application installed
and the MA24106A power sensor under test.
c. Launch the PowerXpert application.
d. Turn the power on to all of the instruments and allow them to warm up for the amount of time
specified in the instrument’s respective manuals.
e. Reset or Preset all of the instruments.
f. Configure the reference meter and sensor to measure a CW signal.
g. Perform a sensor Zero and a 1 mW reference calibration on the reference sensor and meter per the
manufacturer’s instructions.
h. Perform a low-level Zero of the MA24106A by disconnecting the sensor from the synthesizer, click
the Zero button in the PowerXpert application, and wait for the Zeroing message to close.
i. Connect the power splitter to the output of the synthesizer and connect the 10 dB attenuator to
one of the splitter outputs.
j. Connect an N(f) to K adapter to each power sensor.
k. Connect the reference sensor and adapter to the 10 dB attenuator.
l. Connect the MA24106A and adapter to the other splitter output.
m. Set the synthesizer to 50 MHz and +20 dBm.
n. Increase averaging by entering “16” in the PowerXpert application, and then click Apply above
settings.
- Anritsu PowerXpert 1
- USB Power Sensors 1
- SOFTWARE PRODUCT LICENSE 4
- MA24104A: 5
- Notes On Export Management 12
- CE Conformity Marking 12
- C-tick Conformity Marking 12
- Safety Symbols 13
- Symbols Used in Manuals 13
- For Safety 14
- Table of Contents 15
- Table of Contents (Continued) 16
- 1-1 Scope of Manual 21
- 1-2 Introduction 21
- 1-3 Description 21
- 1-4 CD-ROM Contents 21
- 1-5 Initial Inspection 22
- 1-6 Sensor Identification 23
- 1-8 Contacting Anritsu 24
- 2-1 Introduction 25
- Installing PowerXpert 26
- Chapter 3 — Using PowerXpert 33
- 3-2 PowerXpert Settings 34
- 3-3 PowerXpert 36
- Overview 36
- MA24105A GUI 37
- Numerical Display Area 38
- Sensor Information Area 38
- 3-4 Continuous Mode 42
- Forward Measurement 43
- Reverse Measurement 43
- Video Bandwidth 43
- Aperture Time 43
- 3-5 Time Slot Mode 44
- 3-6 Scope Mode 45
- Data Points 46
- Data Points > 100 47
- Data Points ≤ 100 47
- Gate and Fence 48
- 3-7 General Settings 49
- Auto Average 50
- Auto Averaging Source 50
- Averaging Method 50
- Averages 51
- Apply Above Settings Button 51
- 3-8 Trigger Settings 52
- Trigger Level 53
- Trigger Edge 53
- Noise Immunity 54
- Arm Trigger Button 54
- 3-9 Tools 55
- Log Data 56
- Multiple Sensor Display 57
- View Summary 58
- Offset Table 59
- Updating the Firmware 59
- 3-10 Settings 60
- Secure Mode 62
- 3-11 Help 63
- 3-11 Help Using PowerXpert 64
- Chapter 4 — Power Sensor Care 65
- 4-3 RF Connector Precautions 66
- 4-4 Connection Techniques 67
- Visual Inspection 68
- Pin Depth Measurement 68
- Pin Depth Dimensions 69
- Pin Depth Gauge 70
- Pin Depth Tolerances 70
- 4-6 Connector Cleaning 71
- ISOPROPYL 72
- INDUSTRIAL 72
- SOLVENTS 72
- 5-1 Sensor Overview 73
- 5-2 Making Measurements 73
- Basic Power Measurement 74
- Connecting the Sensor 75
- MA24104A Maximum Power 79
- 5-5 Error States 82
- MA24104A 83
- 6-4 VSWR Pretest 85
- 6-5 Directivity Test 86
- 6-6 Frequency Response Test 88
- 6-7 Linearity Test 90
- 7-1 Sensor Overview 95
- 7-2 Making Measurements 96
- Multitone Signals 100
- Noise and Averaging 100
- Settling Time 100
- Maximum Power 100
- Frequency [MHz] 101
- RF power [W] 101
- MA24105A Maximum Power 101
- Uncertainty Examples 103
- 7-5 Error States 104
- MA24105A 105
- 8-4 VSWR Pretest 107
- Test Procedure 107
- 8-5 Directivity Test 108
- “Power Forward” 109
- “Power Reverse” 109
- 8-6 Frequency Response Test 111
- 8-7 Linearity Test 113
- 9-1 Sensor Overview 119
- 9-2 Making Measurements 119
- Connecting the DUT 120
- Zeroing the Sensor 121
- Calibrating the Sensor 121
- Optimizing the Readings 121
- Time Varying Signals 123
- Uncertainty Example 126
- 20.00.4 126
- 20.00.6 126
- 20.70.7 126
- 9-5 Error States 127
- MA24106A 129
- 10-4 VSWR Pretest 131
- 10-5 Frequency Response Test 132
- 10-6 Linearity Test 134
- MA24118A, and MA24126A 141
- 0.20 dB 144
- 0.15 dB 144
- 0.10 dB 144
- 0.05 dB 144
- 0.01 dB 144
- Noise Floor in Scope Mode 147
- Uncertainty Components 148
- 20.00.8 149
- 20.80.8 149
- 2 1.25 1.25 150
- 11-5 Error States 151
- 12-1 Introduction 153
- 12-2 Precautions 153
- 12-4 VSWR Pretest 155
- 12-5 Frequency Response Test 156
- 12-6 Linearity Test 159
- MA24108A 160
- MA24118A 160
- MA24126A 160
- Chapter 13 — Remote Operation 171
- Time Resolution 172
- Sampling Rate 172
- Error Responses 172
- Default Sensor Settings 172
- 13-3 General Purpose Commands 174
- AUTOAVG? 183
- AUTOAVGSRC 183
- AUTOAVGSRC? 184
- AUTOAVGRES 184
- AUTOAVGRES? 184
- FORWARD? 185
- REVERSE? 185
- VIDEOBW? 186
- MODTYPE? 186
- CCDFTHRESH 186
- CCDFTHRESH? 187
- 13-4 Mode Commands 188
- CHAPERT? 189
- Slot Mode 189
- TSLTPARAMS 190
- TSLTPARAMS? 190
- Scope Mode 191
- SCOPEPARAMS 192
- SCOPEPARAMS? 192
- GATEPARAMS 192
- GATEPARAMS? 193
- GENABLE? 193
- GATEVALUES? 193
- 13-5 Trigger Commands 194
- Trigger Delay 197
- Trigger Noise Immunity 198
- TRGNOISE 198
- TRGNOISE? 198
- Trigger Arming 199
- TRGARMTYP 199
- TRGARMTYP? 200
- A-1 Demo Application 201
- B-1 Introduction 205
- Removing Old Upgrade Driver 211
- C-1 Introduction 213
- Alphabetical Index of 221
- Programming Commands 221
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