6-79. Separating the Amplitude and Phase Components of Test-Device-Induced

6-144

 

Modulation

6-80.

Range of a Forward Transform Measurement

6-145

6-81. ParaIIel Port Input and Output Bus Pin Locations in GPIO Mode

6-149

6-82.

Amplifier Parameters

6-153

6-83. Swept Frequency Amplifier Measurement of Absolute Fundamental, 2nd and 3rd

6-153

 

Harmonic Output Levels

6-84. Swept Frequency Amplifier Measurement of 2nd and 3rd Harmonic Distortion

6-154

 

(dBc)

6-85.

Diagram of Gain Compression

6-155

6-86.

Swept Power Measurement of Amplifier’s Fundamental Gain Compression and

6-155

 

2nd Harmonic Output Level

6-87. Test Configuration for Setting RF Input using Automatic Power Meter Calibration 6-156

6-88. Mixer Parameters

6-158

6-89. Conversion Loss versus Output Frequency Without Attenuators at Mixer Ports

6-159

6-90. Example of Conversion Loss versus Output Frequency Without Correct IF SiiaI

6-160

Path Filtering

6-91. Example of Conversion Loss versus Output Frequency With Correct IF Signal

6-160

Path Filtering and Attenuation at aII Mixer Ports

6-92. Examples of Up Converters and Down Converters

6-161

6-93. Down Converter Port Connections

6-162

6-94. Up Converter Port Connections

6-163

6-95. Example Spectrum of RF, LO, and IF Signals Present in a Conversion Loss

6-164

Measurement

6-96. Main Isolation Terms

6-164

6-97. Conversion Loss and Output Power as a Function of Input Power Level . . . . 6-166

6-98. Connections for an Amplitude and Phase Tracking Measurement Between Two

6-167

Mixers

6-99. Adapter Considerations

6- 169

7-l. External Trigger Circuit

7-18

11-l. Peripherd Connections to the Analyzer

11-8

11-2. HP-IB Bus Structure

11-17

11-3. AnaIyzer Siie Bus Concept

11-20

B-l. Error Model Flowgraph

B-13

Contents-21

Page 33
Image 33
HP 8753E Modulation, Range of a Forward Transform Measurement, Amplifier Parameters, Harmonic Output Levels, DBc, Mixers