TBS1000C
Demonstration Guide
26 JUNE 2020 - VERSION 1.0
26 JUNE 2020 - VERSION 1.0 2
• TBS1000C Oscilloscope Specification and Feature Highlights
• About this demo guide
• Before Starting a Demonstration
• Front Panel Overview
• Getting Acquainted with the User Interface
• Demo Exercise
◦ Before You Start
◦ About Help Everywhere
◦ Using the Scope Intro Built-in Handbook
◦ Using Autoset to Setup the Oscilloscope
◦ Setting up the Trigger for Data Capture
◦ Using Pan and Zoom for more Details
◦ Making Delta Measurement using Cursors
◦ Using Built-in Automatic Measurements
◦ Using FFT for Spectrum Analysis
◦ Exporting Data – Screenshots, Waveform or Setup
◦ Remote Control Interface
Table of Content
26 JUNE 2020 - VERSION 1.0 3
TBS1000C Specification and Feature Highlights
TBS1052C TBS1072C TBS1102C TBS1202C
Bandwidth 50 MHz 70 MHz 100 MHz 200 MHz
Analog Channels 2
Sample Rate 1GS/s (All)
Record Length 20k points
Vertical
Resolution
8 Bit, 1mV/div to 10V/div
Probe Interface Passive BNC probes, Current and Power probes
Trigger Edge, Pulse Width, Runt
Analysis 32 Automated Measurements, Math, Ref, Cursors, FFT,
Zoom, Autoset
Display Size 7 in WVGA
I/O USB Host, USB Device, Aux In
Security Kensington Lock
Software Courseware, OpenChoice Desktop, TekBench
Warranty 5 years
26 JUNE 2020 - VERSION 1.0 4
In order to perform the demo procedure, you will need
the following equipment and accessories:
• TBS1000C series oscilloscope
• The passive voltage probes (TPP0100 or
TPP0200) that come with the unit
• Power cord
• USB flash drive (for data export exercise)
• External PC with VISA software installed (for
remote control exercise) – for the latest TekVISA,
please search by the keyword TekVISA on
www.tek.com
About This Guide
Begin by exploring the controls and display of
the TBS1000C Series.Then move on to a
series of hands-on exercises.Acquire
waveforms, learn about triggering, take
measurements,and learn how to save data. Get
an introductionto the TBS1000C’sconnectivity
and remote control capabilities, and tools for
education.
26 JUNE 2020 - VERSION 1.0 5
• Power up the instrument
1. Plug in the power cord of your region
2. Press the button to turn on the instrument. Allows the instrument to complete the
power on self tests
3. Connect probes to the channel inputs
• Check on firmware version – it is recommended to get the latest
firmware for the instrument to optimize the product performance.
1. Press Utility button
2. Select Config
3. Using the Multipurpose knob to highlight System Status and press the
Multipurpose knob to enter System Status menu
4. Review the firmware version. Visit www.tek.com for the latest firmware
Before Starting a Demonstration
26 JUNE 2020 - VERSION 1.0 6
Front Panel Overview
One Touch
Save
USB host port for
flash drive support
Help Everywhere
and Scope Intro
Power button
on the top of
the unit
Probe compensation output
7 inches WVGA display
Menu On/Off
Multipurpose knob
for waveform
navigation and
oscilloscope setup
26 JUNE 2020 - VERSION 1.0 7
Getting Acquainted with the User Interface
Acquisition
Status
Trigger
Status
Waveform
Record
View
Trigger
Indicator
Active
Channel
Indicator
Channel
Indicator
Auto
Measurement
Display
Vertical
Scale
Horizontal Scale
and Trigger Delay
Sample Rate
and Record Length
Time and Date
Data Transfer
In Progress
Trigger level
Indicator
Frequency Counter Trigger
Source/Level
26 JUNE 2020 - VERSION 1.0 8
• User calibration – Signal Path Compensation
(SPC) is designed to correct any DC inaccuracy in
the system due to temperature changes or long
term drift
1. Disconnect any probes or cables from the channel
inputs and Aux in
2. Make sure to warn up the instrument for around 15
to 20 minutes before to running SPC.
3. Press Utility button
4. Select Calibration & Diagnostics
5. Using the Multipurpose knob to select for Signal
Path
6. Press the bezel button next to Compensate Signal
Paths to initialize the SPC
Note: SPC can take up to 20 minutes to run.
• Compensate the passive voltage probe
1. Connect the passive probe (TPP0100 or TPP0200)
to ch1/ch2 and the probe compensation output
2. Press Autoset button to auto scale the signal on
display
3. Use the compensation adjustment tool that comes
with the probe to adjust any overshoot or undershoot
of the probe compensation signal until you see a
perfect square wave
Before You Start
Probe compensation with undershoot
Probe compensation signal with overshoot
Probe compensation signal after
compensation adjustment
26 JUNE 2020 - VERSION 1.0 9
• Enabling Help Everywhere
1. Press Help button on the front panel
2. Select Help Everywhere from the bezel button
(Figure 1)
3. Select on specific topic or all using the
Multipurpose Knob (MPK)
4. When you use the Trigger, Measure,
or Cursor function later on, you’ll see
Help Everywhere tips that explain trigger
modes, measurements, and cursor types
(Figure 2)
About Help Everywhere
While you’re learning your way around the
scope, Help Everyw here provides helpful
tips. Once you become proficient,you can
turn the tips off if you wish.
Figure 1. Enabling Help Everywhere
Figure 2. Helpful tip to provide more details
regarding the FFT window
26 JUNE 2020 - VERSION 1.0 10
1. Press Help button on the front panel
2. Press Scope Intro bezel button (Figure 3)
3. Select Oscilloscope Basic with the
Multipurpose Knob (MPK)
4. Select Why use an oscilloscope
5. Use the MPK to scroll through the content
(Figure 4)
6. Press Scope Intro again to go back to the top
menu, and explore the other topics. TBS1000C
Overview gives good explanation of the
instrument’s controls and menus.
7. Press Menu On/Off to exit Scope Intro when you
are finished exploring.
Using the Scope Intro Built- in Handbook
If you get stuck, or want to know more about a
particular control, Scope Intro provides a built-in,
handy reference.
Figure 3. Selecting Oscilloscope Basics
Figure 4. Using MPK to scroll through the content
Loading...