Ceyear 3672 Series User manual

3672 Series
Vector Network Analyzer
Quick Start Guide

This manual is applicable to following vector network analyzers:
●3672 series vector network analyzer:
3672A vector network analyzer
3672B vector network analyzer
3672C vector network analyzer
3672D vector network analyzer
3672E vector network analyzer
3672A-S vector network analyzer
3672B-S vector network analyzer
3672C-S vector network analyzer
Options:
●Two-port programmable step attenuator
●Four-port measurement
●Four-port programmable step attenuator
●Active intermodulation measurement
●Pulse measurement
●Time domain measurement
●Frequency offset measurement
●Mixer scalar measurement
●Mixer vector measurement
●Measurement of the embedded LO converter
●2D sweep and measurement of the gain compression
Version: A.2 January 2018, China Electronics Technology Instruments Co., Ltd
Address: No.98, Xiangjiang Road, Qingdao City, China
Tel: [phone]
Website: www.ceyear.com
E-mail: [e-mail]
Postal code: 266555

Foreword
Thank you for choosing the
3672 series vector network
analyzer manufactured by CETI!
For your convenience, please
read this manual carefully.
We are devoted to providing for
you high-quality products and
first-class after-sales service
with your most concerns and
demands in mind. Our
consistent aim is providing
excellent quality and good
service, and this is our sincere
commitment for all users.
Manual No.
AV2.733.1036SSSK
Version
A.2 2018.1
China Electronics Technology
Instruments Co., Ltd.
Manual Authorization
This manual may be subject to
change without notice. CETI
reserves all the rights to the final
explanation for all the
information and terminologies
referred to in this manual.
This manual is the property of
CETI. Without CETI's
permission, any organizations or
individuals shall neither alter nor
duplicate/transmit this manual
for profits; otherwise, CETI
reserves the right to pursue any
liabilities therefrom.
Product Warranty
The warranty for this product is
18 months from the day of
delivery. Instrument
manufacturer will repair or
replace the damaged parts
according to the actual situation
in the warranty period. In order
to ship the product back to the
manufacturer for repairs, the
user must pay shipping and
handling fees. After
maintenance and repair, the
manufacturer will ship the
product back to the user along
with reimbursement of the
shipping and handling fees.
Product Quality
Certification
This product is certified to fulfill
the standards indicated in this
manual from the day of delivery.
Calibration measurements have
been carried out based on
national standards. Related
information is available to the
user for reference.
Quality/Environmental
Management
The quality and environmental
management systems have
always been implemented
during development,
manufacturing and test of this
product. The 41st Institute has
been properly qualified and
certified by the ISO 9001 and
ISO 14001 management system
standards.
Safety Precautions
"Caution" indicates a danger. It
reminds the user to be cautious
of a certain operation process,
operation method or the similar.
Failure to follow the rules or
operate correctly may result in
the minor or moderate personal
injury and equipment damage.
The conditions indicated by
CAUTION should be fully
understood and met before the
next operation.
ATTENTION indicates important
information rather than a
danger. It reminds the user to be
cautious of a certain operation
process, operation method or
the similar. Failure to follow the
rules or operate correctly may
cause the damage to the
instrument or loss of important
data. The conditions indicated
by CAUTION should be fully
understood and met before the
next operation.
CAUTION
！
ATTENSION

3672 Series Vector Network Analyzer
Contents
Table of Contents
1About This Manual................................................................................... 1
1.1 About This Manual ........................................................................................................1
1.2 Related Documents.......................................................................................................1
2Preparation before use............................................................................. 3
2.1 Preparation before Operation........................................................................................3
2.1.1 Unpacking................................................................................................................................. 4
2.1.2 Setup and installation of the instrument............................................................................... 5
2.1.3 Power on/off.............................................................................................................................. 5
2.1.4 Correct Use of Connectors..................................................................................................... 7
2.2 Operating System Configuration ...................................................................................9
2.2.1 System recovery ...................................................................................................................... 9
2.2.2 Program installation............................................................................................................... 10
2.3 Instrument Appearance...............................................................................................10
2.3.1 Description of front panel...................................................................................................... 10
2.3.2 Description of rear panel....................................................................................................... 16
2.3.3 Mouse interface...................................................................................................................... 23
3Typical Applications ............................................................................... 24
3.1 Analyzer Preset...........................................................................................................24
3.2 Measurement Parameters Selection...........................................................................24
3.2.1 S parameter............................................................................................................................ 24
3.2.2 Change measurement types of the trace........................................................................... 26
3.3 Frequency Range Setup .............................................................................................26
3.4 Signal Power Level Setup...........................................................................................27
3.5 Sweep Setup...............................................................................................................28
3.5.1 Sweep type ............................................................................................................................. 28
3.5.2 Sweep time............................................................................................................................. 28
3.6 Data Format and Scale Setup.....................................................................................29
3.6.1 Data format............................................................................................................................. 29
3.6.2 Scale........................................................................................................................................ 29
3.7 Data Output.................................................................................................................30
3.7.1 Save and recall files............................................................................................................... 30
3.7.2 Measurement result printing and displaying...................................................................... 31
4Getting Help........................................................................................... 33

3672 Series Vector Network Analyzer
Contents
4.1 Basic inspection ..........................................................................................................33
4.2 Helpful information ......................................................................................................33
4.3 Repair Method.............................................................................................................34

3672 Series Vector Network Analyzer
Contents
1 About This Manual
This chapter introduces the functions, compositions, and main content in the Quick Start Guide of 3672
series vector network analyzer as well as other related documents provided to the user.
1.1 About This Manual
This manual introduces basic functions and basic operation methods of 3672 series vector network
analyzer manufactured by CETI! It describes the preparations before power-on, system setup, features
of the front and rear panels, basic operation methods, operation examples,and simple troubleshooting
methods of the instrument so as to help you to know and master its operating methods and key use
points as soon as possible. To facilitate your familiarity with the instrument, please read this manual
carefully before operating the instrument, and then follow the instructions of manual.
However, due to time constraints and limitations of the author, the manual may be subject to errors or
deficiencies. We sincerely welcome your corrections! We apologize for any inconvenience caused by
our mistake in our work.
The chapters included in Quick Start Guide are as follows:
●Preparation before Use
This chapter introduces the pre-operation inspection, operating system configuration, initialization
configuration and instrument appearance description of 3672 series vector network analyzer to enable
the user to get ready for the correct and safe operation of the instrument.
●Typical Applications
The operation examples, such as trace, channel and window setting, data analysis and data export, are
introduced according to the popularity and importance of the instrument functions in details, to make
users familiar with the application method of 3672 series vector network analyzer.
●Getting Help
This chapter includes basic fault diagnosis, solution, and repair methods.
1.2 Related Documents
The product document related tp 3672 series vector network analyzer includes:
●User Manual
●Programming Manual
●Quick Start Guide
●Online support
Quick Start Guide
This manual introduces the settings of the instrument as well as the basic operating methods of
measurement with the aim of enabling users to quickly understand the features and operational
procedures of the instrument. Main chapters included in this manual are as follows:
●Preparation before Use
●Typical Applications
●Getting Help
User Manual
This manual describes in detail the functions and operational methodss of the instrument, including
set-up, measurement, program control, maintenance, etc., so as to provide users with an all-round
understanding of the features of the instrument and aid users in learning the most common
measurement procedures. Main chapters included in this manual are as follows:
●About This Manual
●Overview
●Start Guide

1 About This Manual
1.2 Related Documents
●Measurement Setting
●Menu
●Optimization of Measurement
●Calibration
●Network Measurement Basis
●Remote Control
●Fault Diagnosis and Repair
●Specifications and Measurement Methods
●Appendixes
Programming Manual
This manual describes the basics of remote programming, SCPI basics, SCPI command, programming
examples, I/O driver library, etc. in details, for the purpose of guiding the user to master the SCPIs and
methods of the instrument quickly and comprehensively. Main chapters included in this manual are as
follows:
●Remote Control
●SCPI
●Programming Examples
●Error Description
●Appendixes
Online support
Online help is integrated in the instrument product to provide quick text navigation help for user local and
remote control operation. The hard keys on the instrument front panel or the user interface toolbars may
be activated with their corresponding shortcut keys. The contents are the same as those in the user
manual.

3672 Series Vector Network Analyzer
Contents
2 Preparation before use
2.1 Preparation before Operation
This chapter introduces the precautions before the initial setup of 3672 series vector network analyzer.
Damage prevention
To avoid the electric shock, fire and personal injury:
 Do not open the casing without authorization;
 Do not attempt to dismantle or modify any part not described in this manual. Improper removal
may cause the deterioration of electromagnetic shielding effectiveness, damage of internal
parts, etc. and affect the reliability of product. If the product is under warranty, we will no longer
provide the unpaid repairs.
ESD protection
Pay attention to the ESD protection measures in the workplace to avoid the damage to instrument.
During instrument operation, please pay attention to the following aspects:
An improper operating position or measurement setting can damage the instrument or appliances
connected to it. Before powering on the instrument, please pay attention to the followings:
 Ensure that the fan blades and vents are unobstructed and keep the instrument at least 10 cm away
from the wall;
 Keep the instrument dry;
 Place the instrument horizontally and reasonably;
 Ensure that the surrounding temperature is in accordance with the requirements on the reference
data page.
 Ensure that the port input signal power is within the indicated range;
 Ensure that the signal output port is properly connected and isn't overloaded.
Effect of electromagnetic interference (EMI):
The electromagnetic interference can affect the measurement results, therefore, it is necessary to:
 Select appropriate shielded cables, For example, use RF shielded twisted pair/network connection
cable.
 Frequently check that unused cable ports are closed;
 Take note of the electromagnetic compatibility (EMC) grade in the reference data pages.
WARNING
！
ATTENSION
NOTE
ATTENSION

2 Preparation before use
2.1 Preparation before Operation
2.1.1 Unpacking
2.1.1.1 Appearance inspection
Step 1 Check if there is any damage in the outer packaging and the anti-vibration packaging of the
instrument. If no damage is found, keep the packaging in case of future need and continue the
inspection as per the following steps.
Step 2 Unpack the instrument and check for any damage to the main unit and attached items.
Step 3 Verify the items in the packaging box carefully by cross-checking with Table 2.1;
Step 4 If the outer packing box, instrument or any attached item is damaged or incorrect, it is forbidden
to power on! Please contact our service center via the service hotline indicated on the cover,
and we will make repairs and replacements rapidly based on individual circumstances.
Handling: As the instrument and its packing carton are heavy, they should be moved by two persons at
the same time and be handled with care.
2.1.1.2 Model confirmation
Table 2.1 Packing List of Series 3672
Name
Quantity
Function
Main unit:
 3672
1
—
Standards:
 3-core power cord
1
 USB mouse
1
—
 USB keyboard
1
—
 User Manual
2
—
 Packing list
1
—
 Certificate of Conformity
1
—
Option:
 Two-port programmable step attenuator
1
Extend the output power range
and the receiving power range
of the receiver
 Four-port measurement
1
Extend to four ports
 Four-port programmable step attenuator
1
Extend the output power range
and the receiving power range
of the receiver
 Active intermodulation measurement
1
Used for active intermodulation
signal measurement of the
amplifier
 Pulse measurement
1
Used for the pulse S parameter
measurement
 Time domain measurement
1
Used for time domain
measurement, determination
and analysis of the
discontinuous position of the
ATTENSION

3672 Series Vector Network Analyzer
Contents
device, fixture or cable
 Frequency offset measurement
1
Used for frequency offset
measurement
 Mixer scalar measurement
1
Used for mixer scalar
parameter measurement
 Mixer vector measurement
1
Used for measurement of the
mixer vector parameter
 Embedded LO measurement
1
Used for measurement of the
embedded LO converter
 2D sweep and measurement of the gain compression
1
Used for 2D sweep and
measurement of the gain
compression of the amplifier
Accessories:
 Calibration kit
1
Used for calibration of the main
unit
 Amplitude & phase stable cable (male)
1
Used for measurement of the
main unit
 Amplitude & phase stable cable (female)
1
Used for measurement of the
main unit
2.1.2 Setup and installation of the instrument
To ensure the normal functions of 3672 series vector network analyzer, you should pay attention to the
following aspects:
 The operating place should meet the requirements for the operating environment, heat dissipation
and electrostatic protection measures.
 The placement and installation should meet the operating requirements of a desktop instrument:
The instrument should be placed horizontally on a table with an anti-static mat or supported by its
own leg.
Attention to instrument placement:
 To ensure the stability and personal safety of the instrument, please select a firm and flat position to
place it, such as an anti-static table;
 After the instrument is placed, it shall not be moved, and no articles can be operated or placed
under the instrument;
2.1.3 Power on/off
It is necessary to check the following items before powering on the instrument:
2.1.3.1 Connecting the power supply
Please confirm the power supply parameters and power cords before the initial charge.
Step 1. Connect the power cord: Connect one end of the power cord supplied with the network
analyzer in the packaging box or a 3-core power cord as required to the power port on the rear
panel of the network analyzer (as shown in Fig. 2.1); the required voltage parameter is
indicated beside the power socket to remind users to use specified voltage. Connect the other
end of the power cord to a conforming AC power supply;
Step 2. Turn on the power switch of the rear panel: As shown in Fig. 2.2, check if the standby
indicator lamp above the power switch of the front panel (as shown in Fig. 2.3) lights up in
yellow;
CAUTION
！

2 Preparation before use
2.1 Preparation before Operation
Step 3. Turn on the power switch on the front panel: As shown in Fig. 2.3, do not connect any
equipment to the network analyzer before power-on. If everything is OK, power on the
instrument, and the indicator lamp on the power switch on the front panel will turn green.
2.1.3.2 Switching the instrument on/off
1) Power-on
Step 1. Turn on the power switch of the rear panel (“|”);
Step 2. Turn on the power switch in the lower left corner of the front panel, and the power indicator
lamp above the power switch will change from yellow to green.
Step 3. The network analyzer will take about one minute to start up Windows 7 system, perform a
series of self-check and adjustment programs, and then start running the main measurement
program.
The instrument will in an operable state.
During cold start of the 3672 series vector network analyzer, preheat it for at least 30 minutes before
measurement to make it reach the specified performance indicators.
Analyzer running applications
The network analyzer will automatically run the applications after power on. If it exits from the
applications, rerun the measurement program by the following methods:
Method 1. Click [Start] in the task bar in the lower left corner of the screen; point to [Program] in
the start men; point to [Vector Network Analyzer] in the program sub-menu; click [Vector
Network Analyzer] in the pop-up menu, and the analyzer will start running the
applications. The desktop shortcut icon can also be double clicked to run the applications.
Method 2. Press down [Preset] key in the functional key area, and the analyzer will start running
applications of 3672 series vector network analyzer.
2) Switching off the instrument
Step 1. Turn off the power switch on the bottom left of front panel. Then the analyzer goes into the
shut-down process (software and hardware may need some time to process before power-off)
and after several seconds, the analyzer powers off when the power indicator lamp above the
power switch turns from green to yellow;
Step 2. Turn off the power switch on the rear panel (“O”), or disconnect the power supply of the
instrument.
The instrument is switched off.
图2.1 3672电源插座 图2.2 3672后面板电源开关 图2.3 3672前面板电源开关
Fig. 2.1 3672 Power Outlet
Fig. 2.2 3672 Rear Panel Power
Button
Fig. 22.3 3672 Front Panel Power
Button
NOTE
NOTE

3672 Series Vector Network Analyzer
Contents
Power-off
When the instrument is in normal working status, it can only be powered off through operation of the
front panel power button. Do not operate the power switch of the rear panel or disconnect the
power supply directly, otherwise the analyzer cannot go into the power-off status, which may damage
the analyzer or cause the current status/measurement data being lost. Please shut down the analyzer
properly. If the operating system or application is abnormal and the machine can’t be powered off
normally, press down [Power On/Standby] key for at least 4 s to turn off the analyzer.
2.1.3.3 Power off
In abnormal conditions, the analyzer shall be powered off to avoid causing personal injuries. At this
time, just disconnect the power cord (from the AC power outlet or rear panel power outlet of the
instrument). Therefore, a sufficient operating space should be reserved during instrument operation so
that the power supply can be disconnected directly when necessary.
2.1.4 Correct Use of Connectors
The connector will be often used in case of the tests of the network analyzer. Even though
connectors of the calibrators, test cables, and analyzers measurement ports are designed and
manufactured according to the highest standards, their service life is limited. As wear will be inevitable
during normal use and it will lead to reduction of the performance index of the connector and even make
it can’t satisfy the measurement requirements, the correct maintenance and measurement of the
connector can obtain accurate and repeatable measurement results, extend the service life of the
connector, and reduce the measurement cost. During actual use, please pay attention to the following
aspects:
2.1.4.1 Check of connectors
It is necessary to wear an anti-static wrist strap when checking the connectors. It is recommended
to use a magnifier to check:
1) the electroplated surface for wear and deep scratches;
2) the thread for deformation;
3) the thread and joint surface for metallic particles;
4) the inner conductor for bending and breakage;
5) the screw for improper rotation.
Check the connectors so as not to damage the instrument ports
Any damaged connector may damage the good connector connected to it even for the first time of
measuring connection, and to protect the ports of the network analyzer, the connector to be used shall
be checked before connection.
2.1.4.2 Connection
The connectors should be checked and cleaned before measurement and connection to ensure that
they are clean and undamaged. It is necessary to wear an anti-static wrist strap during connection. The
correct connection methods and procedures are as follows:
Step 1. As shown in Fig. 2.4, align the axes of the two interconnecting devices to ensure that the
pins of the male connector has slipped concentrically into the socket of the female connector.
ATTENSION
CAUTION
！

2 Preparation before use
2.1 Preparation before Operation
Fig. 2.4 Coaxial Alignment of Interconnected Connectors
Step 2. Move the two connectors together in parallel so that they can be joined smoothly. Rotate
the connector screw (rather than the connector body) until it is tightened. The connectors
should not rotate relative to each other during connection. as shown in Fig. 2.5.
Fig. 2.5 Connection
Step 3. As shown in Fig. 2.6, use a torque wrench to complete the final connection. It should be
noted that the torque wrench should not exceed the starting kick point. An auxiliary wrench can
be used to prevent the connectors from rotation.
Fig. 2.6 Completion of Final Connection with a Torque Wrench
2.1.4.3 Disconnection
Step 1. Support the connector to prevent any part from being shaken, distorted, or bent;
Step 2. Use an open-end wrench to prevent the main connector from rotating;
Step 3. Use another wrench to loosen the screw on the connector.
Step 4. Loosen the screw by hand until the connection is completely broken.
Step 5. Separate the connectors by pulling them apart in parallel.
2.1.4.4 Use of torque wrench
The torque wrench should be used as indicated in Fig. 2.7. Please pay attention to the following
points when using the torque wrench:
 Confirm that the torque of the torque wrench is set correctly before use;
 Ensure that the angle between the torque wrench and the other wrench (used to support the
connector or cable) is less than 90obefore applying a force;
 Gently grasp the end of the torque wrench handle and apply a force in the direction
perpendicular to the handle until the breakout torque of the wrench is reached.
Torque direction
Stop applying a force when the handle bends
Keep it
unmoved
Rotate the
screw
Keep it
unmoved

3672 Series Vector Network Analyzer
Contents
Fig. 2.7 Use of Torque Wrench
2.2 Operating System Configuration
The 3672 series vector network analyzer has installed with Windows 7 operating system which has
been configured according to the functions and requirements of the instrument. The host software of this
instrument is based on Windows 7 operating system, and it has been installed before delivery. In order
to ensure the normal operation of software of the instrument, certain rules shall be observed when using
the operating system.
Third-party software may affect the analyzer’s performance
The 3672 series vector network analyzer is equipped with openWindows environment, and installed
with other third-party software, and it may affect the analyzer’s performance. Only software tested by the
manufacturer and compatible with the main unit software can be run.
2.2.1 System recovery
When the analyzer operating system works abnormally because the user improperly powers off the
analyzer, the analyzer infects with the virus or it is installed with other software, the system shall be
recovered to the factory default status. The system recovery steps are as follows:
1) Power off the analyzer, and connect the USB interface with the keyboard;
2) Press down 【Power On/Standby】key in the left bottom corner of the front panel. When the
indicator lamp connected with the keyboard lights up and the page as shown in Fig. 2.8 appears,
immediately press down【↑】and【↓】keys on the keyboard to select System Recovery, and then
press down 【Enter】key on the keyboard to automatically recover the instrument;
Fig. 2.8 Power-on Display
ATTENSION

2 Preparation before use
2.3 InstrumentAppearance
Fig. 2.9 System Recovery Interface
3) After the system recovery starts, the page as shown in Fig. 2.9 will appear, and the system
recovery will start. The whole process will take about 10 minutes, and the analyzer shall be
restarted after the recovery is completed.
2.2.2 Program installation
If the program files of the 3672 series vector network analyzer needs to be updated, install the new
program, double click the D:\3672 installation program, and follow the wizards of [3672 Vector
Network Analyzer. exe] menu and press down [NEXT]. When [Select Installation Type] appears,
select [All] for installation, and click [Cancel] directly when any other menu appears. After that, click the
3672 Series Vector Network Analyzer icon on the desk or press down 【Preset】to start the program.
2.3 Instrument Appearance
This section introduces the components and their functions of the front panel, the rear panel and the
operating interface of the 3672 series vector network analyzer.
2.3.1 Description of front panel
This section describes components of the front panel of the 3672 series vector network analyzer
and their functions, as shown in Fig. 2.10.
Fig. 2.10 Front Panel of 3672 Series
1) ENTRY area
These keys are used to input measurement setting values, as shown in Fig. 2.11.

3672 Series Vector Network Analyzer
Contents
Fig. 2.11 3672 Input Key Area
a) 【OK】key
It is used to confirm the setting and input values in the dialog and close the dialog, which is
equivalent to [OK] key in the dialog.
b) 【Cancel】key
It is used to neglect the setting and input in the dialog and close the dialog, which is equivalent to
[Cancel] key in the dialog.
c) 【Soft Key】key
It is used to recall Windows 7 system soft keyboard.
d) 【BkSp】key
Press down this key and the marker after entering a value to delete the original input.
e) Number keys
It includes 0-9, which is used to enter the value when setting the measurement, and then the
corresponding unit key can be pressed down to complete the input.
f) Unit keys
It is used to end the value input and assign a unit to the input value. The corresponding units of each
key are as follows:
【G/n】
G/n (109/10-9)
【M/μ】
M/μ (106/10-6)
【k/m】
k/m (103/10-3)
【】
Basic units: dB, dBm, °, s, Hz, or dB/GHz, which can also be used for unitless value input and
used as the Enter key.
2) ADJUST area
It includes navigation keys and adjusting knob, as shown in the following figure.

2 Preparation before use
2.3 InstrumentAppearance
Fig. 2.12 3672 Adjustment Key Area
a) Adjusting knob
Rotate the knob to adjust the setting value of the currently activated input box. It has click functions
after being pressed down.
b) 【←Tab】and 【→Tab】keys
 Move the marker left or right to select the menu.
 Switch the activated options in the dialog.
c) 【↑】and 【↓】keys
Move the marker up or down to select the menu item. In addition, it has following functions in the
dialog: Change the value, select the item in the drop-down list, and select the target option in a set of
option buttons.
3) SETUP area
The functional key area includes 6 commonly used setting keys, as shown in the following figure.
Fig. 2.13 3672 Setting Key Area
a) 【Freq】key
It is a shortcut key for frequency setting. In normal mode, it can be used to set starting frequency,
ending frequency, center frequency, frequency span and frequency offset; in the multi-function
option measurement, it can be used to set the frequency of the corresponding measurement.
b) 【Power】key
It is a shortcut key for power setting. In normal mode, it can be used to set power level, power status
on/off, power, power and attenuation, power slope; in the multi-function option measurement, it can
be used to set the power of the corresponding measurement.
c) 【Meas】key
It is a shortcut key for measurement setting, which is used to set the measurement parameter of the
current trace. In normal mode, it can be used to set S parameter and receiver; in the multi-function

3672 Series Vector Network Analyzer
Contents
option measurement, it can be used to set the measurement parameter in the corresponding mode.
For example, in the amplifier gain compression measurement mode, it can be set to “Compression
Point Gain CompGain21”.
d) 【Sweep】Key
It is a shortcut key for sweep setting, which can be used to set sweep time, number of sweep points,
sweep type, etc.
e) 【Trigger】key
It is a shortcut key for trigger setting, which can be used to set the current sweep to hold, single,
group sweep, continuous sweep, etc.
f) 【Scale】key
It is a shortcut key for scale setting, which can be used to set the ratio of the current trace, reference
value, reference position, etc. to facilitate the trace observation.
4) MENU area
The menu key area includes 9 main menu setting key except Help, as shown in the following figure.
Fig. 2.14 3672 Menu Key Area
a) 【File】Key
Open the main menu of the file, and display the first level menu in the auxiliary menu bar: save,
recall, print, minimize the application, exit.
b) 【Trace】key
Open the main menu of the trace, and display the first level menu in the auxiliary menu bar: create
new trace, delete trace, select trace, move trace, trace title, and maximize trace.
c) 【Channel】key
Open the main menu of the channel, automatically select the current channel, and display the first
level menu in the auxiliary menu bar: channels 1/2/3/4, open channel, close channel, select
channel, copy channel, and hardware setting.
d) 【Stimulus】key
Open the main menu of the stimulus, and display the first level menu in the auxiliary menu bar:
frequency, power, sweep, trigger.
e) 【Response】key
Open the main menu of the response, and display the first level menu in the auxiliary menu bar:
measurement, format, scale, display, average.
f) 【Cal】key
Open the main menu of the calibration, and display the first level menu in the auxiliary menu bar:
calibration, correction on/off, interpolation on/off, port extension, fixture, edit calibration kit, attribute,
power calibration.
g) 【Marker】key