Saluki S5800E Series User manual

S5800E Series Field Comm Analyzer
User Manual
Saluki Technology Inc.

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This manual applies to the instruments of the following models:
S5800EA Field Comm Analyzer (9kHz - 4.0GHz).
S5800EB Field Comm Analyzer (9kHz - 6.0GHz).
Standard Accessories of S5800E series field comm analyzer:
Item
Name
Qty.
1
Main Machine
1 pcs
2
AC/DC Adapter
1 pcs
3
Crossover LAN Cable
1 pcs
4
USB Cable
1 pcs
5
RF Connector
1 pcs
6
Soft Carrying Case
1 pcs
7
CD (Site Workbench Software and Manual)
1 pcs
Options of the S5800E series field comm analyzer:
Option No.
Item
Description
S5800-01
RF Power Meter (Software)
Providing true RMS measurements with accurate
measurements for both CW and complex digitally
modulated signals.
S5800-03
Terminal RF Power Sensor
1MHz to 6GHz, -30dBm to +20dBm, N(m), 50Ω
S5800-04
Interference Location Analysis
Add Spectrogram, RSSI, Signal ID, Signal Strength,
Interference Location Mapping, Delta Spectrum and
DPS measurement applications to the spectrum
analyzer. (Need directional log periodic antenna)
S5800-05
Signal Coverage Mapping
Allowing users to map RSSI and ACPR
measurements. (Need option S5800-06)
S5800-06
GPS Module (USB)
/
S5800-07
Signal Analysis
LTE,WCDMA,TDSCDMA,GSM,CDMA
S5800-08
Tracking Generator
Frequency range: 25MHz - 4.4GHz
S5800-09
Tracking Generator
Frequency range: 25MHz - 6.0GHz
S5800-10
Spectrum Persistence
Find interference covered by transmit signal.Acquires
several thousands of spectrum data per second and
show the spectrum density over time.
S5800-11
Gate Sweep
For TD signal analysis

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Option No.
Item
Description
S5800-12
Directional Active Log Periodic
Frequency range: 9 kHz to 20MHz
S5800-13
Directional Active Log Periodic
Frequency range: 20MHz to 200MHz
S5800-14
Directional Active Log Periodic
Frequency range: 200MHz to 500MHz
S5800-15
Directional Active Log Periodic
Frequency range: 500MHz to 3GHz
S5800-16
Directional Active Log Periodic
Frequency range: 500MHz to 8GHz
S5800-17
Antenna Handle with GPS and
Electronics Compass
/

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Preface
Thanks for choosing S5800E series field comm analyzer produced by Saluki Technology Inc. Please read this
quick guide carefully for your convenience.
We devote ourselves to meeting your demands, providing you high-quality measuring instrument and the best
after-sales service. We persist with “superior quality and considerate service”, and are committed to offering
satisfactory products and service for our clients.
Document No.
S5800E-03-01
Version
Rev01 2019.08
Saluki Technology
Authorization
The information contained in this manual is subject to change without notice. The power to interpret the
contents of and terms used in this guide rests with Saluki.
Saluki Tech owns the copyright of this document which should not be modified or tampered by any
organization or individual, or reproduced or transmitted for the purpose of making profit without its prior
permission, otherwise Saluki will reserve the right to investigate and affix legal liability of infringement.
Product Quality Certificate
The product meets the indicator requirements of the manual at the time of delivery. Calibration and
measurement are completed by the measuring organization with qualifications specified by the state, and
relevant data are provided for reference.
Quality/Environment Management
Research, development, manufacturing and testing of the product comply with the requirements of the quality
and environmental management system.
Contacts
Service Tel:
886.909 602 109
Website:
www.salukitec.com
Email:
[email protected]om
Address:
No. 367 Fuxing N Road, Taipei 105, Taiwan (R.O.C.)

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CONTENTS
Chapter 1 General Information....................................................................................................................... 10
1.1 Overview..................................................................................................................................................10
1.2 Standard Accessories............................................................................................................................... 10
1.3 Available Product Measurement Options.................................................................................................11
1.4 Preventative Maintenance........................................................................................................................12
1.5 Calibration Requirements & Annual Verification....................................................................................12
1.6 ESD Caution............................................................................................................................................ 12
1.7 Battery Replacement................................................................................................................................13
1.8 Soft Carrying Case...................................................................................................................................13
Chapter 2 Instrument Overview.................................................................................................................... 15
2.1 Turning on the Instrument....................................................................................................................... 15
2.1.1 Front panel overview...................................................................................................................... 16
2.1.2 Test panel connector overview........................................................................................................17
2.2 UI Overview............................................................................................................................................ 18
2.2.1 Screen information..........................................................................................................................18
2.2.2 Menu operation...............................................................................................................................18
2.2.3 Symbols and indicators...................................................................................................................19
2.2.4 Data entry........................................................................................................................................20
2.3 Mode Selector Menu................................................................................................................................20
2.4 Menu Trees.............................................................................................................................................. 21
2.4.1 AMPTD...........................................................................................................................................21
2.4.2 CPL................................................................................................................................................. 23
2.4.3 FREQ.............................................................................................................................................. 24
2.4.4 MARK............................................................................................................................................ 25
2.4.5 MEAS............................................................................................................................................. 26
2.4.6 MEAS SETUP................................................................................................................................ 27
2.4.7 PEAK..............................................................................................................................................28
2.4.8 SYS................................................................................................................................................. 29
Chapter 3 Spectrum Measurement.............................................................................................................. 15
3.1 Measurement Type Selection...................................................................................................................30

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3.2 Swept SA................................................................................................................................................. 30
3.2.1 Basic measurement......................................................................................................................... 30
3.2.2 Basic parameters setting................................................................................................................. 42
3.2.3 Measurement parameters setting.................................................................................................... 52
3.2.4 Basic usages....................................................................................................................................56
3.3 Channel Power.........................................................................................................................................64
3.3.1 Basic measurement......................................................................................................................... 64
3.3.2 Basic parameter setup..................................................................................................................... 70
3.3.3 Measurement parameter setup........................................................................................................ 70
3.3.4 Basic usage..................................................................................................................................... 72
3.3.5 Burst RF basic parameters setup.....................................................................................................73
3.3.6 Burst RF measurement setup.......................................................................................................... 74
3.4 Adjacent Channel Power..........................................................................................................................75
3.4.1 Basic measurement......................................................................................................................... 76
3.4.2 Basic parameter setup..................................................................................................................... 77
3.4.3 Measurement parameter setup........................................................................................................ 78
3.4.4 Basic usage..................................................................................................................................... 80
3.5 Occupied BW...........................................................................................................................................81
3.5.1 Basic measurement......................................................................................................................... 82
3.5.2 Basic parameter setup..................................................................................................................... 83
3.5.3 Measurement parameter setup........................................................................................................ 83
3.5.4 Basic usage..................................................................................................................................... 84
3.6 Field Strength...........................................................................................................................................85
3.7 FM/AM.................................................................................................................................................... 86
Chapter 4 Interferometric Analysis.............................................................................................................. 88
4.1 Spectrogram.............................................................................................................................................88
4.2 Signal Strength.........................................................................................................................................89
4.3 RSSI.........................................................................................................................................................89
4.4 Channel Scan........................................................................................................................................... 90
4.5 Interference Localization......................................................................................................................... 90
4.6 Difference Spectrum................................................................................................................................ 91
4.7 Signal ID..................................................................................................................................................91
Chapter 5 Basic Stations Analyzer................................................................................................................93

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5.1 TDD-LTE.................................................................................................................................................93
5.1.1 Power vs. Resource block...............................................................................................................94
5.1.2 Constellation................................................................................................................................... 98
5.1.2 Control channel power................................................................................................................. 100
5.1.3 Summary.......................................................................................................................................100
5.1.4 OTA scanner................................................................................................................................. 101
5.1.5 Tx Test.......................................................................................................................................... 103
5.1.6 Channel Power..............................................................................................................................104
5.1.7 ACLR............................................................................................................................................104
5.1.8 Occupied bandwidth.....................................................................................................................105
5.1.9 Power vs. Time............................................................................................................................. 105
5.1.10 CCI............................................................................................................................................. 106
5.1.11 ULI..............................................................................................................................................108
5.1.12 MIMO......................................................................................................................................... 110
5.2 FDD-LTE............................................................................................................................................... 111
5.2.1 Power vs. Resource block.............................................................................................................112
5.2.2 Constellation................................................................................................................................. 116
5.2.3 Control channel power..................................................................................................................118
5.2.4 Summary.......................................................................................................................................118
5.2.5 OTA scanner..................................................................................................................................119
5.2.6 Tx test........................................................................................................................................... 121
5.2.7 Channel power..............................................................................................................................122
5.2.8 ACLR............................................................................................................................................123
5.2.9 Occupied bandwidth.....................................................................................................................123
5.2.10 SEM............................................................................................................................................124
5.2.11 CCI..............................................................................................................................................125
5.2.12 MIMO.........................................................................................................................................127
Chapter 6 Coverage Mapping....................................................................................................................... 130
6.1 SS Indoor............................................................................................................................................... 130
6.1.1 Measure setting.............................................................................................................................130
6.1.2 Coverage measure........................................................................................................................ 133
6.1.3 Save file of measure..................................................................................................................... 135
6.1.4 Open file....................................................................................................................................... 136

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6.2 SS Outdoor............................................................................................................................................ 138
6.2.1 Coverage measure........................................................................................................................ 138
6.2.2 Save file........................................................................................................................................ 140
6.3 TDLTE Outdoor.....................................................................................................................................141
6.4 FDLTE Outdoor.....................................................................................................................................142
6.5 Net Clean Outdoor.................................................................................................................................143
Chapter 7 Track Generator............................................................................................................................ 145
Chapter 8 File Managing................................................................................................................................ 147
8.1 File Saving.............................................................................................................................................147
8.1.1 Image file saving.......................................................................................................................... 147
8.1.2 Status file saving...........................................................................................................................148
8.1.3 Trace+Status file saving............................................................................................................... 149
8.2 File Management................................................................................................................................... 149
8.2.1 Image file management................................................................................................................ 150
8.2.1 Image file management................................................................................................................ 152
8.2.2 Trace+Status file management..................................................................................................... 152
8.2.3 Limit file management................................................................................................................. 153
Chapter 9 Other Functions and Settings...................................................................................................155
9.1 System Calibration................................................................................................................................ 156
9.2 Help Menu............................................................................................................................................. 157
9.3 System Configuration............................................................................................................................160
9.3.1 Power on status selection..............................................................................................................160
9.3.2 Preset............................................................................................................................................ 160
9.3.3 Network setting............................................................................................................................ 160
9.3.4 Printer setting................................................................................................................................162
9.3.5 Data & Time setting......................................................................................................................162
9.3.6 Buzzer config................................................................................................................................163
9.3.7 GPS setup..................................................................................................................................... 163
9.4 Software Update.................................................................................................................................... 164
Chapter 10 Programming Guide.................................................................................................................. 165
10.1 SCPI Language Basics........................................................................................................................ 165
10.1.1 Command keyword and syntax.................................................................................................. 165
10.1.2 Creating valid commands........................................................................................................... 165

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10.1.3 Special characters in commands.................................................................................................166
10.1.4 Parameters in commands............................................................................................................166
10.1.5 Variable parameters.................................................................................................................... 167
10.1.6 Block program data.................................................................................................................... 167
10.2 Instructions.......................................................................................................................................... 167
10.2.1 Common command.................................................................................................................... 167
10.2.2 System command........................................................................................................................168
10.2.3 Spectrum control command........................................................................................................168

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Chapter 1 General Information
Introduction
This chapter provides a general description of the S5800E Series Field Comm Analyzer. Topics covered in the
section include the following:
Overview
Standard Accessories
Available Measurement Options
Preventive Maintenance
Calibration Requirements&Annual Verification
ESD Caution
Battery Replacement
Soft Carrying Case
1.1 Overview
The S5800EA/B Field Comm Analyzer is an economic instrument which is integrated multi-functional analyzer
that eliminates the need to carry and learn multi instrument. In additional spectrum analyzing, the S5800E can
be configured to include power measurement, occupied bandwidth measurement, interference analyzer, track
generator and a high accuracy GPS receiver for location stamping.
The bright 6.5-inch color display provides visibility even in hard light. Built-in Li-Ion battery can work more
than 3.5 hours
The internal 1G flash memory is large enough to store approximately 2,000 traces or setup files. Measurements
data and setup files can also be stored in a USB flash disk or transferred to PC via the LAN cable.
Site Workbench, a PC based software program, provides a simple and easy way to manage, archive, analyze
and print measurement reports, customize your cable list, antenna list and signal standards list .
Model
Frequency Range
S5800EA
9kHz - 4.0GHz
S5800EB
9kHz - 6.0GHz
1.2 Standard Accessories
The following components are included with S5800E series field comm analyzer:
Rechargeable Li-Ion Battery: 11.1V/5.2Ah
AC/DC Adapter, 12.5-19 VDC
Vehicle Charger 12V/DC (<0.5Ω)

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Crossover LAN Cable
USB Cable
RF Connector
Site Workbench Software and Documentation disc
Soft Carrying Case
NOTE: When using the Vehicle charger, Make sure that the supply is rated for a minimum of 60 Watts at 12 VDC,
and the socket is clean without any dirt or debris. If the adapter plug becomes hot to the touch during charging,
Please discontinue use immediately.
1.3 Available Product Measurement Options
Option No.
Item
Description
S5800-01
RF Power Meter (Software)
Providing true RMS measurements with accurate
measurements for both CW and complex digitally
modulated signals.
S5800-02
In-line Bi-Directional RF High
Power Sensor
300 MHz to 4GHz, 2mW to 150W, N(f) 50Ω
S5800-03
Terminal RF Power Sensor
1MHz to 6GHz, -30dBm to +20dBm, N(m), 50Ω
S5800-04
Interference Location Analysis
Add Spectrogram, RSSI, Signal ID, Signal Strength,
Interference Location Mapping, Delta Spectrum and
DPS measurement applications to the spectrum
analyzer. (Need directional log periodic antenna)
S5800-05
Signal Coverage Mapping
Allowing users to map RSSI and ACPR
measurements. (Need option S5800-06)
S5800-06
GPS Module (USB)
/
S5800-07
Signal Analysis
LTE,WCDMA,TDSCDMA,GSM,CDMA
S5800-08
Tracking Generator
Frequency range: 25MHz - 4.4GHz
S5800-09
Tracking Generator
Frequency range: 25MHz - 6.0GHz
S5800-10
Spectrum Persistence
Find interference covered by transmit signal.Acquires
several thousands of spectrum data per second and
show the spectrum density over time.
S5800-11
Gate Sweep
For TD signal analysis
S5800-12
Directional Active Log Periodic
Frequency range: 9 kHz to 20MHz
S5800-13
Directional Active Log Periodic
Frequency range: 20MHz to 200MHz
S5800-14
Directional Active Log Periodic
Frequency range: 200MHz to 500MHz

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Option No.
Item
Description
S5800-15
Directional Active Log Periodic
Frequency range: 500MHz to 3GHz
S5800-16
Directional Active Log Periodic
Frequency range: 500MHz to 8GHz
S5800-17
Antenna Handle with GPS and
Electronics Compass
/
The software-enabled measurement options can be added at the time of purchase, or at a later date as your test
needs evolve – without having to return the product to Saluki Instruments or one of its authorized service centers.
1.4 Preventative Maintenance
The S5800E series preventive maintenance consists of inspecting and cleaning the unit, all RF connectors, and
all accessories. To clean the unit’s surface, use a soft, lint-free cloth dampened with water.
If necessary, the unit case can be cleaned with water and a very mild non-solvent based cleaning solution to
remove dirt and light stains.
NOTE: To avoid damaging the display or instrument case, do not use solvents or abrasive cleaners.
Clean the RF connectors and center pins with a cotton swab dampened with denatured alcohol. The fingers of
the N(f) connectors and the pins of the N(m) connectors should be unbroken and uniform in appearance. If you
are unsure whether the connectors are damaged, gauge the connectors to confirm that the dimensions are correct.
The test port cable should be uniform in appearance, and not stretched, kinked, dented, or broken.
1.5 Calibration Requirements & Annual Verification
Local service centers are responsible for instrument maintenance and calibration once a year. To ensure
performance conformity Saluki recommends a periodical maintenance and calibration.
The Cable & Antenna Analyzer is calibrated with OPEN, SHORT, LOAD calibration components. It is
especially important to verify the OSL calibration components periodically to ensure performance conformity.
1.6 ESD Caution
The S5800E series, like other high performance instruments, is susceptible to electrostatic discharge (ESD)
damage. Coaxial cables and antennas often build up a static charge, which may damage the S5800E input
circuitry. S5800E series operators must be aware of the potential for ESD damage and take all necessary
precautions.
It is recommended to discharge the static by connecting a short or load device to the cable or antenna before
connecting them to S5800E. It is important to remember that the operator may also carry a static charge that can
cause damage. Following the practices outlined in the above standards will ensure a safe environment for both
personnel and equipment.

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1.7 Battery Replacement
The battery can be replaced without any tool use. The battery compartment is located on the left rear side (when
the display is placed facedown). Remove the two screws, slide the cover down, and remove the battery.
Installation is the opposite operation of removal.
NOTE: When inserting the battery, the battery label should face the back of the instrument and the guide slot
on the battery should be below the contacts. If the battery door is not latched, the battery may be inserted
incorrectly.
Fig.1.1 Battery compartment door
NOTE: Use only batteries, adapters, and chargers provided with this instrument.
CAUTION: When using the vehicle charger, make sure that the supply is rated for a minimum of 60 watts at 12
VDC, and that the socket is clean without any dirt or debris. If the adapter plug becomes hot to the touch during
charging, please discontinue use immediately.
NOTE: Saluki recommends removing the battery for long-term storage of the instrument.
1.8 Soft Carrying Case
The S5800E series can be operated while in the soft carrying case. On the back of the case there is a large
storage pouch for accessories and power supply.
To install the instrument into the soft carrying case:
1．The front panel of the case is secured with hook-and-loop fasteners. Fully close the front panel of the
case. When closed, the front panel supports the shape of the case while you are inserting the S5800E.
2．Place the soft carrying case face down on a stable surface, with the front panel fully closed and laying
flat.
NOTE: The soft case has two zippers near the back. The zipper close to the front of the case opens to
install/remove the instrument. The zipper close to the back of the case opens an adjustable support panel that
can be used to provide support for improved stability and air flow while the instrument is in the case. This
support panel also contains the storage pouch.
3．Open the zippered at the back of the case.
4．Insert the instrument face down into the case, take care that the connectors are properly situated in the
case top opening. You may find it easier to insert the connectors firstly, and then pull the corners over the
bottom of the S5800E.

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Fig.1.2 Soft carrying case

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Chapter 2 Instrument Overview
Introduction
This chapter describes a brief overview of S5800E series field comm analyzer. Topics covered in this section
include the following:
Turning On the instrument
Front Panel Overview
Test Panel Connector Overview
Display Overview
Symbols and Indicators
Data Entry
Mode Selector Menu
Menu Trees
2.1 Turning on the Instrument
The S5800E series are capable of approximately 3.5 hours of continuous operation with a fully charged,
field-replaceable battery.
The S5800E series can also be operated from a 12 VDC source (which will also simultaneously charge the battery).
This can be achieved with either the AC-DC adapter or automotive cigarette lighter adapter. Both items are
included in the instrument.
CAUTION
：
When using Automotive Cigarette Lighter Adapter, Make sure that the supply is rated for a minimum
of 60 Watts at 12 VDC, and the socket is clean without any dirt or debris. If the adapter plug becomes hot to the
touch during charging, Please discontinue using it immediately.
To turn on the instrument, press the red On/Off button for 2s on the front panel (Fig.2.1). The instrument takes
approximately twenty seconds to complete power warm-up and to load the application software. At the completion
of this process, the instrument is ready to use.
Fig.2.1 S5800E overview

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2.1.1 Front panel overview
The S5800E series menu-driven interface is easy to use and requires little training. The S5800E uses the keypad
for data input. The five main menu keys below the screen and eight submenu keys on the right side are menu keys.
Function keys on the right, consist of six main function keys and twelve measurement function keys.The twelve
measurement function keys are dual purpose, depending upon the current mode of operation.The dual-purpose
keys are labeled with a number on the key itself and the alternate function is printed in black below each of the
keys. Numeric keys are active in parameter edit mode, otherwise measurement function key are activation ones.
NOTE: Keep the fan inlet and exhaust ports clear of obstructions at all times for proper ventilation and cooling of
the instrument.
Main Menu Keys
Five main menu keys are below the display screen.
MODE
Press the key, and then select a measurement mode by pressing the corresponding sub-menu key.
NOTE: Available mode selections will vary according to model number and options installed.
FREQ
Display the frequency submenus depending on the current measurement type.
AMPTD
Display the amplitude submenus depending on the current measurement type.
MEAS
Press the key, and then select a measurement type by pressing the corresponding sub-menu key.
MEAS SETUP
Display the measurement parameters setting submenus depending on the current measurement type.
Main Function Keys
There are six main function keys on the top of the panel.
MARK
Active the mark measurement function to open and shut, reading and comparison of the frequency mark.
PEAK
Active the peak measurements function to open and shut, reading and comparison of the frequency peak.
SYS
Allow selection of system and application setup parameters, the display language and system upgrade etc.
SAVE
Active the file saving function
CPL
Set basic parameters of spectrum refer to RBW, VBW, sweep mode, sweep time, trig mode etc.
ENTER

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Press this key to finalize data input or select a highlighted item from a list.
“↑ ↓” Arrow Keys
The arrow keys can often be used to change a value or to change a selection from a list. This function is similar to
the function of the rotary knob. The arrow keys are also used to move markers.
Rotary Knob
Turning the rotary knob changes numerical value, scrolls through selectable items from a list, and moves markers.
Values or items may be within a dialog box or an edit window. Pressing the Rotary Knob is used as “ENTER” key.
Number Keypad
The number keypad has two functions: The primary function is number entry. The secondary function of the
number keypad is to list various menus or to implement various measurements.
LED Indicators
Charging LED, is located on the test panel, the LED is red when the battery is charging and is green when the
battery is fully charged.
The Power LED, is located to the right of the On/Off key, the LED is green when the unit is on.
2.1.2 Test panel connector overview
The connectors and indicators located on the test panel (Fig.2.2) are listed and described below.
Fig.2.2 S5800E test panel connector overview
External Power
The external power connector is used to power the unit and for battery charging. Input is 12.5 VDC to 19 VDC at
up to 3.42A.
USB Interface - Type A
The S5800E has a Type A USB connectors that accept USB flash memory devices for storing measurements, setup
data, and screen images, or a GPS module.
USB Interface - Mini B
The USB 2.0 Mini-B connector can be used to connect with a PC.
LAN port
The LAN port is used to connect with a PC loaded the Site Workbench software providing a simple and easy way
to manage, archive, analyze, and print measurement reports, antenna list and signal standards list.

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RF In
50Ω Type-N female connector. Maximum input is +30 dBm at ±50 VDC.
RF Out
RF output, 50Ω impedance, for tracking generator output. Maximum input is +25 dBm at ±50VDC.
2.2 UI Overview
2.2.1 Screen information
Fig.2.3 describes some of the important information for Spectrum Analysis measurement mode, Swept SA
measurement type.
Fig.2.3 Screen information
(1) Logo
(2) Measurement mode
(3) Measurement type
(4) Logarithmic/linear
(5) Scale
(6) USB
(7) Parameter setting
(8) Detector mode
(9) Mode of trigger
(10) Battery status
(11) Note information
(12) Channel number
(13) GPS location
(14) Data/Time
2.2.2 Menu operation
There are 8 typical menus and each is described below in detail.
1．Setting parameters

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Press the corresponding menu, and the parameter shows in the middle of the screen. Use the numeric keys, arrow
keys or Rotary Knob to set the parameter, and press the Enter key to exit.
Example: Menu of “Cent Freq”.
2．Enter the next submenu (no parameter)
Press the corresponding menu key to enter the next submenu. These menus are marked by “>”.
Example: Menu of “Trace>”.
3．Enter the next submenu (with parameter)
Press the corresponding menu key to enter the next submenu to select an option, and then return to the previous
menu automatically. These menus are marked by “>”.
Example: Menu of “Detector Mode>”.
4．Active dialog box
Press the corresponding menu key, and there would be a dialog box popped up. These menus are marked by “=>”..
Example: Menu of “Limit=>”.
5．Implement the menu function
Press the menu key to implement the corresponding function.
Example: Menu of “Single Sweep”.
6．Two functions switch (no parameter)
Press the corresponding menu button to switch the two functions.
Example: Menu of “Log/Lin”.
7．Two functions switch (with parameters)
Press the corresponding menu button to switch the two functions, and then return to the previous menu
automatically.
Example: Menu of “Ref Offset”.
8．No operation
Some of the menu are not available unless the certain state.is met. No operation when the menu grays out.
Example: Menu of “Normal Detector Mode” in the fast sweep mode.
2.2.3 Symbols and indicators
The following symbols and indicators indicate the instrument status or condition on the display.
1．Calibration status OFF
: Calibration status OFF;
: Frequency response OFF.
2．Hold on
: Sweep Hold ON;
: Saving result of measure Hold ON.
3．Battery symbols
☆Green: Battery is 30% to 100% charged;
☆Yellow: Battery is 10% to 30% charged;

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☆Red: Battery is 0% to 10% charged;
☆Bolt and Scroll Bar: Battery is being charged.
☆ ： No battery and only use adapter.
When either the AC-DC Adapter or the 12 VDC adapter is connected, the battery automatically receives a charge,
and the battery symbol with the lightning bolt is displayed.
CAUTION: Use only use batteries, adapters, and chargers provided with this instrument.
2.2.4 Data entry
1．Parameter setting
You can set parameters with the numeric keys, the arrow keys and the rotary knob. It is simple to change the
parameters quickly with the arrow keys.You can change the parameter continuously with the rotary knob.
2．Edit in position displayed
On a measurement display, many parameters are listed in place. You can move the highlight cursor at the place
where a parameter shows, and press the Enter key to begin setting. The numeric keys, arrow keys and the rotary
knob can be used to set the parameter. Press Enter to exit.
3．Submenu entry
When pressing the corresponding submenu key, parameter shows on the upper left corner of the display. You can
set the parameter using the numeric keys, arrow keys or the rotary knob, and press Enter to exit the editor.
4．Text entry
When saving a Measurement, a Setup or a BMP file, you have to enter the characters and numbers to name it. You
edit the name with the numeric keys. You can switch between capital letter and small letter by pressing the “.”
key.
For example, inputting “1aB” you will do:
1) Press once “1abc”,will entry the number “1”;
2) Press twice “1abc”,will entry the number “a”;
3) Press”.”once, and then press twice “1abc”,will entry the number “B”;
2.3 Mode Selector Menu
Press the MODE key to enter the measurement mode selection menu (Fig.2.4). You can select the desired
measurement mode, or enter the next level menu.