The TDS3000B Series of Digital Phosphor Oscilloscopes
Provides Unmatched Performance and Portability
at an Affordable Price
The TDS3000B Series packs the power
of a DPO, digital real-time (DRT) sampling
technology, WaveAlert waveform anomaly
detection, OpenChoice documentation
and analysis solutions and five applicationspecific modules into a lightweight,
battery-capable design.
A DPO Provides a Greater Level
of Insight into Complex Signals
The TDS3000B Series DPO delivers
3,600 wfms/s continuous waveform
capture rate to capture glitches and
infrequent events three times faster than
comparable oscilloscopes. Some oscillo-
scope vendors claim high waveform
capture rates for short bursts of time,
but your oscilloscope needs to deliver
these fast waveform capture rates on a
continuous basis – saving minutes, hours
or even days by quickly revealing the
nature of faults so advanced triggers
can be applied to isolate them.
In addition, the TDS3000B DPO’s
real-time intensity grading highlights the
details about the “history” of a signal’s
activity, making it easier to understand
the characteristics of the waveforms
you’ve captured.
Features & Benefits
100 to 500 MHz Bandwidths
5 GS/s Maximum Real-time
Sample Rate, with sin(x)/x
Interpolation
3,600 wfms/s Continuous
Waveform Capture Rate
2 or 4 Channels
Full VGA Color LCD
25 Automatic Measurements
FFT Standard
Multi-language User Interface
QuickMenu Graphical User
Interface for Easy Operation
WaveAlert®Automatic Waveform
Anomaly Detection
OpenChoice®Solutions
Simplify Instrument Control,
Documentation and Analysis
– e*Scope®Web-based
Remote Control
– Built-in Ethernet Port
– GPIB, RS232, VGA
– TDSPCS1 OpenChoice
Software
– WaveStar™Software
– Integration with Third-party
Testing Module
– Extended Video Module
– 601 Serial Digital Video Module
Optional Internal Battery
Operation Up to 3 Hours
Without Line Power
Plug-in Printer for Portable
Documentation of Results
TekProbe®Interface Supports
Active, Differential and Current
Probes for Automatic Scaling
and Units
Applications
Digital Design and Debug
Video Installation and Service
Power Supply Design
Education and Training
Telecommunications
Mask Testing
Manufacturing Test
General Bench Test
Digital Phosphor Oscilloscopes
TDS3000B Series
Higher Speeds Demand
Greater Bandwidth
You face faster clock rates and edge
speeds, increasingly complex signals and
mounting time-to-market pressures. The
higher the bandwidth of your oscilloscope,
the more accurate the reproduction of
your signal. The TDS3000B Series offers a
wide range of bandwidths from 100 MHz
to 500 MHz to best suit the needs of your
most demanding projects, so that you
can complete your tasks on time and
with confidence.
Quickly Debug and Characterize
Signals with DRT Sampling
Technology and sin(x)/x
Interpolation
The TDS3000B Series combines unique
digital real-time (DRT) sampling technology
with sin(x)/x interpolation to allow you to
accurately characterize a wide range of
signal types on all channels simultaneously.
This sampling technology makes it possible
to capture high-frequency information, such
as glitches and edge anomalies, that eludes
other oscilloscopes in its class, while sin(x)/x
interpolation ensures precise reconstruction
of each waveform. The result – a complete
view of your signal to speed debug and
characterization.
The TDS3000B Series DPO provides
unmatched insight into complex signal
behavior,such as metastable events.
The TDS3054B’s 5 GS/s real-time sample
rate and sin(x)/x interpolation ensure accurate reconstruction of a 500 MHz sine wave.
Enhanced Troubleshooting Ability
WaveAlert
®
waveform anomaly detection
speeds your troubleshooting tasks by
helping you find those elusive problems
faster. WaveAlert detection monitors the
incoming signals on all channels and will
detect and highlight any waveform that
deviates from the normal waveform being
Even with 2 GS/s sample rate, which
exceeds the Nyquist requirement of 2X
oversampling, this 500 MHz oscilloscope
with linear interpolation does not provide
accurate reconstruction of the same
500 MHz sine wave.
WaveAlert waveform anomaly detection
alerts you to any waveform that deviates
from the “normal”input, such as the glitch
on channel 2.
acquired. Because the TDS3000B
oscilloscope can stop acquisition, sound
a beep, make a hard copy or save the
waveform when it detects an anomaly, you
can run tests over long time periods – even
unattended – to find those challenging,
very infrequent failures.
Digital Phosphor Oscilloscope • www.tektronix.com/tds3000b
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Digital Phosphor Oscilloscopes
TDS3000B Series
Look for unintentional circuit noise with the
TDS3000B Series’ FFT capability.
Simple, Speedy Documentation
and Analysis
OpenChoice
®
solutions deliver simple,
seamless integration between the oscilloscope and the PC. Using a standard
built-in Ethernet port, e*Scope web-based
remote control allows you to control your
TDS3000B oscilloscope from anywhere,
using the Internet and your PC. With the
TDS3GV optional communication
module, floppy disk, TDSPCS1
OpenChoice software and integration
with third-party software, the TDS3000B
Series provides you with multiple choices
to easily capture, transfer, document and
analyze your measurement results. This
seamless integration extends the power
and value of these brilliantly engineered,
affordable oscilloscopes.
Optional application modules enable you
to transform your oscilloscope into a
specialized tool for limit testing, telecommunications mask testing, and video
troubleshooting.
And, with its lightweight, compact size
and battery pack, the TDS3000B Series
oscilloscope can go wherever it is needed.
It weighs only 4.5 kg (9.8 lbs.), with battery
installed. Use the optional plug-in thermal
printer to instantly document your work,
even in the field.
TDS3AAM Advanced Analysis
Module – Adds extended math capability,
arbitrary math expressions, measurement
statistics and additional automated
measurements.
The TDS3000B DPO with the TDS3LIM limit
testing module is ideal for manufacturing
test applications where fast Go/No-Go
decisions are required.
TDS3LIM Limit Testing Module – Offers
fast, accurate Go/No-Go verification that
tested circuits are operating within
intended parameters.