Copper Mountain Technologies PLANAR TR1300/1 User manual

PLANAR TR1300/1,
TR5048 and TR7530
Vector Network Analyzer
Operating Manual
Softwareversion:16.2.0
June,2016

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T A B L E O F C O N T E N T S
INTRODUCTION ......................................................................................................6
SAFETYINSTRUCTIONS ...........................................................................................7
1GENERALOVERVIEW ...........................................................................................9
1.1Description .......................................................................................................... 9
1.2Specifications....................................................................................................... 9
1.3MeasurementCapabilities .................................................................................. 9
1.4PrincipleofOperation ....................................................................................... 16
2PREPARATIONFORUSE .....................................................................................18
2.1GeneralInformation.......................................................................................... 18
2.2SoftwareInstallation ......................................................................................... 18
2.3FrontPanel ........................................................................................................ 20
2.3.1TestPorts .................................................................................................... 21
2.3.2PowerSwitch .............................................................................................. 21
2.4RearPanel ......................................................................................................... 22
2.4.1PowerCableReceptacle ............................................................................. 23
2.4.2ExternalTriggerSignalInputConnector.....................................................23
2.4.3ExternalReferenceFrequencyConnector.................................................. 23
2.4.4USB2.0HighSpeed..................................................................................... 23
2.4.5EarthTerminal ............................................................................................ 23
3GETTINGSTARTED .............................................................................................24
3.1AnalyzerPreparationforReflectionMeasurement.......................................... 25
3.2AnalyzerPresetting ........................................................................................... 25
3.3StimulusSetting................................................................................................. 25
3.4IFBandwidthSetting ......................................................................................... 26
3.5NumberofTraces,MeasuredParameterandDisplayFormatSetting............ 27
3.6TraceScaleSetting ............................................................................................ 29
3.7AnalyzerCalibrationforReflectionCoefficientMeasurement.........................29
3.8SWRandReflectionCoefficientPhaseAnalysisUsingMarkers .......................32
4MEASUREMENTCONDITIONSSETTING..............................................................33
4.1ScreenLayoutandFunctions ............................................................................ 33
4.1.1SoftkeyMenuBar ....................................................................................... 33
4.1.2MenuBar .................................................................................................... 35
4.1.3InstrumentStatusBar ................................................................................. 35
4.2ChannelWindowLayoutandFunctions ........................................................... 37
4.2.1ChannelTitleBar......................................................................................... 38
4.2.2TraceStatusField........................................................................................ 38
4.2.3GraphArea.................................................................................................. 41
4.2.4Markers....................................................................................................... 42
4.2.5ChannelStatusBar...................................................................................... 43
4.3QuickChannelSettingUsingMouse ................................................................. 45
4.3.1ActiveChannelSelection ............................................................................ 45
4.3.2ActiveTraceSelection................................................................................. 45

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4.3.3MeasuredDataSetting ............................................................................... 45
4.3.4DisplayFormatSetting................................................................................ 46
4.3.5TraceScaleSetting ...................................................................................... 46
4.3.6ReferenceLevelSetting .............................................................................. 46
4.3.7MarkerStimulusValueSetting ................................................................... 46
4.3.8SwitchingbetweenStart/CenterandStop/SpanModes ...........................47
4.3.9Start/CenterValueSetting.......................................................................... 47
4.3.10Stop/SpanValueSetting ........................................................................... 47
4.3.11SweepPointsNumberSetting .................................................................. 48
4.3.12SweepTypeSetting................................................................................... 48
4.3.13IFBandwidthSetting................................................................................. 48
4.3.14PowerLevel/CWFrequencySetting .......................................................49
4.4ChannelandTraceDisplaySetting.................................................................... 49
4.4.1ChannelWindowAllocating........................................................................ 49
4.4.2NumberofTracesSetting ........................................................................... 50
4.4.3Trace/ChannelActivating............................................................................ 53
4.4.4ActiveChannelWindowMaximizing .......................................................... 53
4.5StimulusSetting................................................................................................. 55
4.5.1SweepTypeSetting..................................................................................... 55
4.5.2SweepSpanSetting..................................................................................... 56
4.5.3SweepPointsSetting .................................................................................. 56
4.5.4StimulusPowerSetting............................................................................... 57
4.5.5PowerSlopeFeature................................................................................... 57
4.5.6CWFrequencySetting................................................................................. 58
4.5.7RFOutFunction .......................................................................................... 58
4.5.8SegmentTableEditing ................................................................................ 58
4.5.9MeasurementDelay ................................................................................... 61
4.6TriggerSetting ................................................................................................... 62
4.7MeasurementParametersSetting.................................................................... 63
4.7.1S‐Parameters............................................................................................... 63
4.7.2S‐ParameterSetting.................................................................................... 64
4.7.3AbsoluteMeasurements............................................................................. 64
4.7.4AbsoluteMeasurementSetting.................................................................. 65
4.8FormatSetting................................................................................................... 65
4.8.1RectangularFormats................................................................................... 66
4.8.2PolarFormat ............................................................................................... 68
4.8.3SmithChartFormat..................................................................................... 69
4.8.4DataFormatSetting.................................................................................... 71
4.9ScaleSetting ...................................................................................................... 73
4.9.1RectangularScale........................................................................................ 73
4.9.2RectangularScaleSetting ........................................................................... 73
4.9.3CircularScale............................................................................................... 74
4.9.4CircularScaleSetting .................................................................................. 75
4.9.5AutomaticScaling ....................................................................................... 75
4.9.6ReferenceLevelAutomaticSelection ......................................................... 75
4.9.7ElectricalDelaySetting ............................................................................... 76
4.9.8PhaseOffsetSetting.................................................................................... 76
4.10MeasurementOptimizing ............................................................................... 77
4.10.1IFBandwidthSetting................................................................................. 77

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4.10.2AveragingSetting ...................................................................................... 77
4.10.3SmoothingSetting..................................................................................... 79
4.10.4MaxHoldfunction .................................................................................... 79
5CALIBRATIONANDCALIBRATIONKIT.................................................................80
5.1GeneralInformation.......................................................................................... 80
5.1.1MeasurementErrors................................................................................... 80
5.1.2SystematicErrors ........................................................................................ 81
5.1.3ErrorModeling............................................................................................ 83
5.1.4AnalyzerTestPortsDefining....................................................................... 85
5.1.5CalibrationSteps ......................................................................................... 85
5.1.6CalibrationMethods ................................................................................... 87
5.1.7CalibrationStandardsandCalibrationKits .................................................89
5.2CalibrationProcedures...................................................................................... 92
5.2.1CalibrationKitSelection.............................................................................. 92
5.2.2ReflectionNormalization ............................................................................ 93
5.2.3TransmissionNormalization ....................................................................... 96
5.2.4FullOne‐PortCalibration ............................................................................ 98
5.2.5One‐PathTwo‐PortCalibration ................................................................ 100
5.2.6ErrorCorrectionDisabling ........................................................................ 101
5.2.7ErrorCorrectionStatus ............................................................................. 102
5.2.8SystemImpedanceZ0 ............................................................................... 102
5.2.9PortExtension........................................................................................... 103
5.3CalibrationKitManagement ........................................................................... 104
5.3.1CalibrationKitSelectionforEditing ..........................................................104
5.3.2CalibrationKitLabelEditing...................................................................... 105
5.3.3PredefinedCalibrationKitRestoration.....................................................105
5.3.4CalibrationStandardEditing ..................................................................... 105
5.4AutomaticCalibrationModule........................................................................ 107
5.4.1AutomaticCalibrationModuleFeatures ..................................................108
5.4.2AutomaticCalibrationProcedure .............................................................110
5.4.3ConfidenceCheckProcedure.................................................................... 111
6MEASUREMENTDATAANALYSIS .....................................................................112
6.1Markers........................................................................................................... 112
6.1.1MarkerAdding .......................................................................................... 114
6.1.2MarkerDeleting ........................................................................................ 114
6.1.3MarkerStimulusValueSetting .................................................................115
6.1.4MarkerActivating ..................................................................................... 115
6.1.5ReferenceMarkerFeature........................................................................ 116
6.1.6MarkerProperties..................................................................................... 117
6.1.7MarkerPositionSearchFunctions ............................................................ 121
6.1.8MarkerMathFunctions ............................................................................ 123
6.2MemoryTraceFunction .................................................................................. 127
6.2.1SavingTraceintoMemory ........................................................................ 128
6.2.2MemoryTraceDeleting ............................................................................128
6.2.3TraceDisplaySetting................................................................................. 129
6.2.4MathematicalOperations......................................................................... 130
6.3FixtureSimulation ........................................................................................... 131
6.3.1PortZConversion...................................................................................... 131

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6.3.2De‐embedding .......................................................................................... 132
6.3.3Embedding ................................................................................................ 133
6.4TimeDomainTransformation ......................................................................... 135
6.4.1TimeDomainTransformationActivating.................................................. 136
6.4.2TimeDomainTransformationSpan.......................................................... 137
6.4.3TimeDomainTransformationType .......................................................... 138
6.4.4TimeDomainTransformationWindowShapeSetting ............................. 138
6.4.5FrequencyHarmonicGridSetting............................................................. 140
6.5TimeDomainGating........................................................................................ 141
6.5.1TimeDomainGateActivating ................................................................... 142
6.5.2TimeDomainGateSpan ........................................................................... 143
6.5.3TimeDomainGateType ........................................................................... 143
6.5.4TimeDomainGateShapeSetting ............................................................. 144
6.6S‐ParameterConversion ................................................................................. 145
6.7LimitTest ......................................................................................................... 147
6.7.1LimitLineEditing....................................................................................... 148
6.7.2LimitTestEnabling/Disabling.................................................................... 149
6.7.3LimitTestDisplayManagement ............................................................... 150
6.7.4LimitLineOffset ........................................................................................ 150
6.8RippleLimitTest .............................................................................................. 151
6.8.1RippleLimitEditing ................................................................................... 151
6.8.2RippleLimitEnabling/Disabling ................................................................ 153
6.8.3RippleLimitTestDisplayManagement .................................................... 153
7ANALYZERDATAOUTPUT................................................................................154
7.1AnalyzerState ................................................................................................. 154
7.1.1AnalyzerStateSaving................................................................................ 155
7.1.2AnalyzerStateRecalling............................................................................ 155
7.2TraceDataCSVFile.......................................................................................... 157
7.2.1CSVFileSaving .......................................................................................... 157
7.3TraceDataTouchstoneFile............................................................................. 158
7.3.1TouchstoneFileSaving ............................................................................. 159
7.3.2TouchstoneFileRecalling ......................................................................... 160
8SYSTEMSETTINGS............................................................................................161
8.1AnalyzerPresetting ......................................................................................... 161
8.2GraphPrinting ................................................................................................. 161
8.3UserInterfaceSetting ..................................................................................... 163
8.4ReferenceFrequencyOscillatorSelection ......................................................166
8.5SystemCorrectionSetting............................................................................... 167
9MAINTENANCEANDSTORAGE ........................................................................168
9.1MaintenanceProcedures ................................................................................168
9.1.1InstrumentCleaning ................................................................................. 168
9.1.2FactoryCalibration.................................................................................... 168
9.2StorageInstructions ........................................................................................ 169
Appendix1—DefaultSettingsTable .................................................................170

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INTRODUCTION
This Operating Manual contains design, specifications, functional overview, and
detailed operation procedures for the Network Analyzer, to ensure effective and
safe use of its technical capabilities by the user.
Maintenance and operation of the Analyzer should be performed by qualified
engineers with basic experience in operating of microwave circuits and PC.
The following abbreviations are used in this Manual:
PC – Personal Computer
DUT – Device Under Test
IF – Intermediate Frequency
CW – Continuous Wave
SWR – Standing Wave Ratio

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SAFETY INSTRUCTIONS
Carefully read the following safety instructions before putting the Analyzer into
operation. Observe all the precautions and warnings provided in this Manual for
all the phases of operation, service, and repair of the Analyzer.
The Analyzer should be used only by skilled and thoroughly trained personnel
with the required skills and knowledge of safety precautions.
The Analyzer complies with INSTALLATION CATEGORY II as well as POLLUTION
DEGREE 2 as defined in IEC61010–1.
The Analyzer is a MEASUREMENT CATEGORY I (CAT I) device. Do not use the
Analyzer as a CAT II, III, or IV device.
The Analyzer is for INDOOR USE only.
The Analyzer has been tested as a stand-alone device and in combination with the
accessories supplied by Copper Mountain Technologies, in accordance with the
requirements of the standards described in the Declaration of Conformity. If the
Analyzer is integrated with another system, compliance with related regulations
and safety requirements are to be confirmed by the builder of the system.
Never operate the Analyzer in an environment containing flammable gasses or
fumes.
Operators must not remove the cover or any other part of the housing. The
Analyzer must not be repaired by the operator. Component replacement or
internal adjustment must be performed by qualified maintenance personnel only.
Never operate the Analyzer if the power cable is damaged.
Never connect the test ports to A/C power mains.
Electrostatic discharge can damage the Analyzer whether connected to or
disconnected from the DUT. Static charge can build up on your body and damage
sensitive internal components of both the Analyzer and the DUT. To avoid damage
from electric discharge, observe the following:
Always use a desktop anti-static mat under the DUT.
Always wear a grounding wrist strap connected to the desktop anti-static
matvia daisy-chained 1 MΩresistor.
Connect the post markedОшибка! Объект не может быть создан из кодов
полей редактирования.on the body of the Analyzer to the body of the
DUT before you start operation.
Observe all general safety precautions related to operation of electrically
energized equipment.

1BSAFETYINSTRUCTIONS
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The definitions of safety symbols used on the instrument and in the Manual are
listed below.
Refer to the Manual if the instrument is marked with this
symbol.
On (Supply).
Off (Supply).
A chassis terminal; a connection to the instrument’s chassis,
which includes all exposed metal surfaces.
CAUTION
This sign denotes a hazard. It calls attention to a procedure,
practice, or condition that, if not correctly performed or
adhered to, could result in damage to or destruction of part
or all of the instrument.
Note This sign denotes important information. It calls attention to
a procedure, practice, or condition that is essential for the
user to understand.

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1GENERAL OVERVIEW
1.1 Description
The Planar TR1300/1, TR5048 and TR7530 Network Analyzers are designed for
use in the process of development, adjustment and testing of various electronic
devices in industrial and laboratory facilities, including operation as a component
of an automated measurement system. The Analyzers is designed for operation
with an external PC, which is not supplied with the Analyzers.
1.2 Specifications
The specifications of each Analyzer model can be found in its corresponding
datasheet.
1.3 Measurement Capabilities
Measured parameters S11, S21
Number of
measurement
channels
Up to 9 logical channels. Each logical channel is
represented on the screen as an individual
channel window. A logical channel is defined by
such stimulus signal settings as frequency range,
number of test points, power level, etc.
Data traces Up to 8 data traces can be displayed in each
channel window. A data trace represents one of
the following parameters of the DUT: S-
parameters, response in time domain, input power
response.
Memory traces Each of the 8 data traces can be saved into
memory for further comparison with the current
values.
Data display formats Logarithmic magnitude, linear magnitude, phase,
expanded phase, group delay, SWR, real part,
imaginary part, Smith chart format and polar
format.

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Sweep setup features
Sweep type Linear frequency sweep, logarithmic frequency
sweep, and segment frequency sweep, when the
stimulus power is a fixed value; and linear power
sweep when frequency is a fixed value.
Measured points per
sweep
From 2 to 200001.
From 2 to 16001 (Planar TR1300/1)
Segment sweep A frequency sweep within several user-defined
segments. Frequency range, number of sweep
points, source power, and IF bandwidth should be
set for each segment.
Power settings Source power from -55 dBm to +5 dBm
(from -55 dBm to +3 dBm Planar TR1300/1)
with resolution of 0.05 dB. In frequency sweep
mode the power slope can be set to up to 2
dB/GHz to compensate high frequency attenuation
in cables.
Sweep trigger Trigger modes: continuous, single, hold.
Trace display functions
Trace display Data trace, memory trace, or simultaneous data
and memory traces.
Trace math Data trace modification by math operations:
addition, subtraction, multiplication or division of
measured complex values and memory data.
Autoscaling Automatic selection of scale division and
reference level value to have the trace most
effectively displayed.
Electrical delay Calibration plane compensation for delay in the
test setup, or for electrical delay in a DUT during
measurements of deviation from linear phase.
Phase offset Phase offset in degrees.

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Accuracy enhancement
Calibration Calibration of a test setup (which includes the
Analyzer, cables, and adapters) significantly
increases the accuracy of measurements.
Calibration allows to correct the errors caused by
imperfections in the measurement system: system
directivity, source and load match, tracking and
isolation.
Calibration methods The following calibration methods of various
sophistication and accuracy enhancement are
available:
reflection and transmission normalization;
full one-port calibration;
one-path two-port calibration.
Reflection and
transmission
normalization
The simplest calibration method. It provides
limited accuracy.
Full one-port
calibration
Method of calibration performed for one-port
reflection measurements. It ensures high accuracy.
One-path two-port
calibration
Method of calibration performed for reflection and
one-way transmission measurements, for example
for measuring S11 and S21 only. It ensures high
accuracy for reflection measurements, and
reasonable accuracy for transmission
measurements.
Mechanical calibration
kits
The user can select one of the predefined
calibration kits of various manufacturers or define
additional calibration kits.
Electronic calibration
modules
Copper Mountain automatic calibration modules
make the Analyzer calibration faster and easier
than traditional mechanical calibration.
Defining of calibration
standards
Different methods of calibration standard
definition are available:
standard definition by polynomial model
standard definition by data (S-parameters).

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Error correction
interpolation
When the user changes settings such as start/stop
frequencies and number of sweep points,
compared to the settings of calibration,
interpolation or extrapolation of the calibration
coefficients will be applied.
Supplemental calibration methods
Power calibration Method of calibration, which allows to maintain
more stable power levels at the DUT input. An
external power meter should be connected to the
USB port directly or via USB/GPIB adapter.
Marker functions
Data markers Up to 16 markers for each trace. A marker
indicates the stimulus value and measurement
result at a given point of the trace.
Reference marker Enables indication of any maker values as relative
to the reference marker.
Marker search Search for max, min, peak, or target values on a
trace.
Marker search
additional features
User-definable search range. Available as either a
tracking marker, or as a one-time search.
Marker math functions Statistics, bandwidth, flatness, RF filter.
Statistics Calculation and display of mean, standard
deviation and peak-to-peak in a frequency range
limited by two markers on a trace.
Bandwidth Determines bandwidth between cutoff frequency
points for an active marker or absolute maximum.
The bandwidth value, center frequency, lower
frequency, higher frequency, Q value, and insertion
loss are displayed.
Flatness Displays gain, slope, and flatness between two
markers on a trace.

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RF filter Displays insertion loss and peak-to-peak ripple of
the passband, and the maximum signal magnitude
in the stopband. The passband and stopband are
defined by two pairs of markers.
Data analysis
Port impedance
conversion
The function converts S-parameters measured at
50 Ωor 75 Ωport into values which would be
found if measured at a test port with arbitrary
impedance.
De-embedding The function allows mathematical exclusion of the
effects of the fixture circuit connected between
the calibration plane and the DUT. This circuit
should be described by an S-parameter matrix in a
Touchstone file.
Embedding The function allows mathematical simulation of
the DUT parameters after virtual integration of a
fixture circuit between the calibration plane and
the DUT. This circuit should be described by an S-
parameter matrix in a Touchstone file.
S-parameter
conversion
The function allows conversion of the measured
S-parameters to the following parameters:
reflection impedance and admittance,
transmission impedance and admittance, and
inverse S-parameters.
Time domain
transformation
The function performs data transformation from
frequency domain into response of the DUT to
various stimulus types in time domain. Modeled
stimulus types: bandpass, lowpass impulse, and
lowpass step. Time domain span is set by the user
arbitrarily from zero to maximum, which is
determined by the frequency step. Various window
shapes allow optimizing the tradeoff between
resolution and level of spurious sidelobes.

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Time domain gating The function mathematically removes unwanted
responses in time domain, allowing to obtain
frequency response without the influence of the
fixture elements. The function applies a reverse
transformation back to the frequency domain from
the user-defined span in the time domain. Gating
filter types: bandpass or notch. For better tradeoff
between gate resolution and level of spurious
sidelobes the following filter shapes are available:
maximum, wide, normal and minimum.
Mixer / converter measurements
Scalar mixer /
converter
measurements
The scalar method allows measurement of scalar
transmission S-parameters of mixers and other
devices having different input and output
frequencies. No external mixers or other devices
are required. The scalar method employs port
frequency offset when there is difference between
receiver frequency and source frequency.
Scalar mixer /
converter calibration
Method of calibration applied for measurements of
mixers in frequency offset mode. The OPEN,
SHORT, and LOAD calibration standards are used.
An external power meter should be connected to
the USB port directly.
Automatic adjustment
of frequency offset
The function performs automatic frequency offset
adjustment when scalar mixer / converter
measurements are performed to compensate for LO
frequency inaccuracies internal to the DUT.
Other features
Familiar graphical user
interface
Graphical user interface based on the Windows
operating system ensures fast and easy Analyzer
operation by the user.
Analyzer control Using a personal computer.
Printout/saving of
traces
The traces and data printout function has a preview
feature. Previewing, saving and printing can be
performed using MS Word, Image Viewer for
Windows, or the Analyzer Print Wizard.

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Remote control
COM/DCOM Remote control over COM/DCOM. COM automation
runs the user program on an Analyzer PC. DCOM
automation runs the user program on a LAN-
networked PC.

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1.4 Principle of Operation
The Vector Network Analyzer consists of the Analyzer Unit, some supplementary
accessories, and personal computer (which is not supplied with the package). The
Analyzer Unit is connected to PC via USB-interface. The block diagram of the
Analyzer is represented in Figure 1.1.
The Analyzer Unit consists of source oscillator, local oscillator, and source power
attenuator, after which the source signal is transferred to the directional coupler,
which is ending with connector of the port 1. Port 1 is the source of the test
signal. The test signal from the signal source goes through the DUT to the
connector of the port 2. Port 2 is the receiver of the test signal. The incident and
reflected waves from the directional coupler and the signal from the receiver port
2 are supplied into the mixers, where they are converted into first IF (312.5 MHz),
and are transferred further to the 3-Channel receiver. The 3-Channel receiver,
after filtration, produces the signal of second IF (about 40 kHz), then digitally
encodes it and supplies for further processing (filtration, phase difference
estimation, magnitude measurement) into the signal processor. The filters for the
second IF are digital and have pass band from 10 Hz to 30 kHz. The combination
of the assemblies of directional couplers, mixers and 3-Channel receiver forms
three similar signal receivers.
An external PC controls the operation of the components of the Analyzer. To fulfill
the S-parameter measurement, the Analyzer supplies the source signal of the
assigned frequency from port 1 to the DUT, then measures magnitude and phase
of the signals transmitted and reflected by the DUT, and after that compares these
results to the magnitude and phase of the source signal.

2BGENERALOVERVIEW
17
Figure 1.1 Vector Network Analyzer block diagram

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18
2PREPARATION FOR USE
2.1 General Information
Unpack the Analyzer and other accessories. Connect the earth terminal to the
earth protection. Then connect your Analyzer to power source by means of the
Mains Adapter supplied with the instrument. Connect the USB-port of your
Analyzer to the PC using the USB Cable supplied in the package. Install the
software (supplied on the USB Flash Drive) onto your PC. The software installation
procedure is described below in section 2.2.
Warm-up the Analyzer for 40 minutes after power-on.
Assemble the test setup using cables, connectors, fixtures, etc, which allow DUT
connection to the Analyzer.
Perform calibration of the Analyzer. Calibration procedure is described in section
1.
2.2 Software Installation
Connect the Analyzer to your PC via USB interface and install the software using
the USB Flash Drive supplied with the instrument.
Minimal system
requirements for
the PC
WINDOWS 2000/XP/VISTA/7/8
1.5 GHz Processor
2 GB RAM
USB 2.0 High Speed
The supplied USB Flash Drice contains the following software.
CD contents Setup_TRVNA_vX.X.X.exe 1
folder Driver contains the driver
folder Doc contains documentation
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1installer file

PREPARATIONFORUSE
19
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The procedure of the software installation is broken up into two steps. The first
one is the driver installation. The second step comprises installation of the
program, documentation and other files.
Driver installation Connect the Analyzer to your PC via the supplied USB
cable. It is allowed to connect the USB cable to the
running PC.
Turn on and boot the PC, if it is off.
Turn the Analyzer on by the Power key on the rear
panel.
When you connect the Analyzer to the PC for the first
time, Windows will automatically detect the new USB
device and will open the USB driver installation dialog
(Windows 2000/XP/VISTA).In Windows 7, open the USB
driver installation dialog as follows: Start > Control
Panel > Device Manager. Make the right mouse click on
the Unknown Device line and select Update Drivers.
In the USB driver installation dialog, click on Browse
and specify the path to the driver files, which are
contained in the \DRIVER folder on the CD and on hard
drive in analyzer software folder.
When the driver is installed, the new USB device
(TR5048 Network Analyzer or TR7530 Network
Analyzer) will appear in the system.
Program and other
files installation
Run the Setup_TRVNA_vX.X.X.exe installer file from
the CD. Follow the instructions of the installation
wizard.

PREPARATIONFORUSE
20
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2.3 Front Panel
The front view of Analyzer is represented in Figure 2.1. The front panel is
equipped with the following parts:
Test ports ;
Power Switch (TR5048, TR7530 only);
Power LED;
Indicator LEDs (TR5048, TR7530 only).
Figure 2.1 Analyzer front panel