Tektronix TDS6804B, TDS6604B, TDS6154C, TDS6124C Reference manual
Technical Reference
TDS6000B & TDS6000C
Digital Storage Oscilloscopes
Specifications and Performance Verification
071-1659-03
Warning
The servicing instructions are for use by qualified
personnel only. To avoid personal injury, do not
perform any servicing unless you are qualified to
do so. Refer to all safety summaries prior to
performing service.
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Table of Contents
Specifications 1--1.............................................
Product and Feature Description 1--1....................................
Acquisition Features 1--2..........................................
Signal Processing Features 1--2.....................................
Display Features 1--2.............................................
Measurement Features 1--3.........................................
Trigger Features 1--3..............................................
Convenience Features 1--3.........................................
Environmental and Compliance Specifications 1--4.........................
Certifications and Compliances 1--5.....................................
TDS6000B Series Specification Tables 1--7...............................
TDS6000C Series Specification Tables 1--22..............................
Performance Verification 2--1...................................
Conventions 2--2....................................................
Brief Procedures 3--1...........................................
Self Tests 3--1.......................................................
Functional Tests 3--2.................................................
Check Vertical Operation 3--3......................................
Check Horizontal Operation 3--5....................................
Check Trigger Operation 3--7.......................................
Perform the Extended Diagnostics 3--9...................................
Performance Tests 4--1.........................................
Prerequisites 4--1....................................................
Equipment Required 4--2..............................................
Test Record TDS6000B Series 4--4......................................
Test Record TDS6000C Series 4--16......................................
Signal Acquisition System Checks 4--29...................................
Check DC Voltage Measurement Accuracy 4--29........................
Check DC Gain Accuracy 4--34......................................
Check Offset Accuracy 4--50........................................
Check Maximum Input Voltage 4--54.................................
Check Analog Bandwidth 4--58......................................
Check Delay Between Channels TDS6000B Only 4--63...................
Check Channel Isolation (Crosstalk) TDS6000B Only 4--67...............
Check Input Impedance 4--72........................................
Time Base System Checks 4--73.........................................
Check Long-Term Sample Rate and Delay Time Accuracy and Reference 4--73
Check Delta Time Measurement Accuracy TDS6000B Series Only 4--76.....
Trigger System Checks 4--79............................................
Check Time Accuracy for Pulse, Glitch, Timeout, and Width Triggering 4--79.
Check Sensitivity, Edge Trigger, DC Coupled 4--82......................
Output Signal Checks 4--87.............................................
Check Outputs — CH 3 Signal Out and Aux Trigger Out 4--87.............
Fast Edge Output 4--90.............................................
Serial Trigger Checks (Option ST Only) 4--94..............................
TDS6000B & TDS6000C Series Specifications and Performance Verification
i
Table of Contents
List of Figures
Check Serial Trigger Baud Rate Limits and Word Recognizer Position
Accuracy 4--94............................................
Check Serial Trigger Clock Recovery Range 4--101.......................
Serial Trigger Checks (TDS6000C Only) 4--105.............................
Check Serial Trigger Baud Rate Limits 4--105...........................
Sine Wave Generator Leveling Procedure 4--108.............................
Figure 3--1: Universal test hookup for functional tests -- CH 1 shown 3--3
Figure 3--2: Channel button location 3--4..........................
Figure3--3:Setupfortimebasetest 3--6...........................
Figure 3--4: Setup for trigger test 3--8.............................
Figure 4--1: Initial test hookup 4--30...............................
Figure 4--2: Measurement of DC accuracy at maximum offset and
position 4--33...............................................
Figure 4--3: Initial test hookup 4--34...............................
Figure 4--4: Measurement of DC gain accuracy 4--49.................
Figure 4--5: Initial test hookup 4--51...............................
Figure 4--6: Measurement of offset accuracy 4--53....................
Figure 4--7: Initial test hookup 4--55...............................
Figure 4-- 8: Check maximum input voltage 4--57....................
Figure 4--9: Initial test hookup 4--59...............................
Figure 4--10: Measurement of analog bandwidth 4--62................
Figure 4--11: Initial test hookup 4--64..............................
Figure 4--12: Measurement of channel delay 4--66...................
Figure 4--13: Initial test hookup 4--68..............................
Figure 4--14: Initial test hookup 4--72..............................
Figure 4--15: Initial test hookup 4--73..............................
Figure 4--16: Initial test hookup 4--74..............................
Figure 4--17: Final test hookup 4--75...............................
Figure 4--18: Delta time accuracy test hookup for TDS6000B Series 4--77
Figure 4--19: Initial test hookup 4--80..............................
Figure 4--20: Measurement of time accuracy for pulse and glitch
triggering 4--81.............................................
Figure 4--21: Initial test hookup 4--83..............................
Figure 4--22: Measurement of trigger sensitivity -- 50 MHz results
shown 4--84................................................
Figure 4--23: Initial test hookup 4--88..............................
Figure 4--24: Measurement of trigger out limits 4--89.................
ii
TDS6000B & TDS6000C Series Specifications and Performance Verification
List of Tables
Table of Contents
Figure 4--25: Initial test hookup 4--90..............................
Figure 4--26: Measurement of probe compensator frequency 4--91......
Figure 4-- 27: Subsequent test hookup 4--92.........................
Figure 4--28: Measurement of probe compensator amplitude 4--93......
Figure 4--29: Initial test hookup 4--94..............................
Figure 4--30: Isolated 0 triggering 4--96............................
Figure 4--31: Isolated 1 triggering 4--98............................
Figure 4--32: N modulo 3 triggering 4--100...........................
Figure 4--33: Initial test hookup 4--101..............................
Figure 4--34: Clock recovery 4-- 104.................................
Figure 4--35: Initial test hookup 4--105..............................
Figure 4--36: Sine wave generator leveling equipment setup 4--108......
Figure 4-- 37: Equipment setup for maximum amplitude 4--110.........
Table 1--1: TDS6000B & TDS6000C Series 1--1....................
T able 1--2: Environmental specifications 1--4......................
Table 1--3: TDS6000B Series channel input and vertical
specifications 1--7..........................................
Table 1--4: TDS6000B Series horizontal and acquisition system
specifications 1--10..........................................
Table 1--5: TDS6000B Series trigger specifications 1--13..............
Table 1--6: TDS6000B Series serial trigger specifications (optional) 1--16
Table 1--7: TDS6000B Series display specifications 1--17.............
Table 1--8: TDS6000B Series input/output port specifications 1--17.....
Table 1--9: TDS6000B Series data storage specifications 1--20.........
Table 1--10: TDS6000B Series power source specifications 1--20.......
Table 1--11: TDS6000B Series mechanical specifications 1--20.........
Table 1--12: TDS6000C Series channel input and vertical
specifications 1--22..........................................
Table 1--13: TDS6000C Series horizontal and acquisition system
specifications 1--27..........................................
Table 1--14: TDS6000C Series trigger specifications 1--32.............
Table 1--15: TDS6000C Series serial trigger specifications
(Option ST) 1--35...........................................
Table 1--16: TDS6000C Series display specifications 1--37............
Table 1--17: TDS6000C Series input/output port specifications 1--37....
Table 1--18: TDS6000C Series data storage specifications 1--39........
TDS6000B & TDS6000C Series Specifications and Performance Verification
iii
Table of Contents
Table 1--19: TDS6000C Series power source specifications 1--39.......
Table 1--20: TDS6000C Series mechanical specifications 1--40.........
Table 3--1: Vertical settings 3--4.................................
Table 4--1: Test equipment 4--2..................................
Table 4--2: DC Voltage measurement accuracy, TDS6000B Series 4--31..
Table 4--3: DC Voltage measurement accuracy, TDS6000C Series 4--31..
Table 4--4: Gain accuracy, TDS6000B Series 4--36...................
Table 4--4: Gain accuracy, TDS6000C Series 4--42...................
Table 4--6: Offset accuracy, TDS6604B & TDS6804B 4--52............
Table 4--7: Offset accuracy (full scale), TDS6124C & TDS6154C 4--52..
Table 4--8: Maximum input voltage limit 4--56......................
Table 4--9: Analog bandwidth, TDS6000B 4--60.....................
Table 4--10: Analog bandwidth, TDS6000C 4--60....................
Table 4--11: Delay between channels worksheet, TDS6000B only 4--67..
Table 4--12: Delta time measurement 4--78.........................
Table 4--13: Serial pattern data 4--95..............................
T able 4--14: Word recognizer data 4--97...........................
Table 4--15: Clock recovery input frequencies and baud rates 4--103....
Table 4--16: Generator serial streams 4--106.........................
Table 4--17: Serial pattern data 4--106..............................
iv
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
This chapter contains the specifications for the TDS6000B & TDS6000C Series
Oscilloscopes. All specifications are guaranteed unless labeled “typical.” Typical
specifications are provided for your convenience but are not guaranteed.
Specifications that are marked with the n symbol are checked in the Perfor-
mance Tests section. To make it easier to find the specifications for a particular
product, the specifications for the TDS6000B & TDS6000C Series are listed in
separate sections.
To meet specifications, the following conditions must be met:
H The oscilloscope must have been calibrated in an ambient temperature
between 20 °C and 30 °C(68°F and 86 °F).
H The oscilloscope must be operating within the environmental limits listed in
Table 1--2, page 1--4.
H The oscilloscope must be powered from a source that meets the specifica-
tions listed in Table 1--10, page 1--20.
H The oscilloscope must have been operating continuously for at least 20
minutes within the specified operating temperature range.
H You must perform the Signal Path Compensation procedure after the
20-minute warm-up period, and the ambient temperature must not change
more than 5 °C(9°F) without first repeating the procedure. See page 3--2 for
instructions to perform this procedure.
Product and Feature Description
Your TDS6000B & TDS6000C Series is shown in Table 1--1.
Table 1- 1: TDS6000B & TDS6000C Series
Model
TDS6604B 4 6GHz 20 GS/s
TDS6804B 4 8GHz 20 GS/s
TDS6124C 4 12 GHz 40 GS/s
TDS6154C 4 15 GHz 40 GS/s
1
40 GS/s on two channels, 20 GS/s on four channels
Number of
channels
Bandwidth
Maximum sample
rate (real time)
1
1
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 1
Specifications
Acquisition Features
Separate Digitizers. Ensure accurate timing measurements with separate digitizers
for each channel. Acquisition on multiple channels is always concurrent. The
digitizers can also be combined to yield a higher sample rate on two channels
(TDS6000C series only).
Long Record Lengths. Maximum record length up to 32,000,000 points simultaneously on all four channels (TDS6000C series only; requires Option 4M)or
64,000,000 points on two channels (both TDS6000B and TDS6000C series).
Peak Detect Acquisition Mode. See pulses as narrow as 50 ps even at the slower
time base settings. Captures narrow glitches at all real-time sampling rates.
Acquisition Control. Acquire continuously or set up to capture single shot
acquisitions. Enable or disable optional acquisition features such as equivalent
time.
Horizontal Delay. Use delay when you want to acquire a signal at a significant
time interval after the trigger point. Toggle delay on and off to quickly compare
the signal at two different points in time.
Signal Processing
Features
Display Features
Average, Envelope, and Hi Res Acquisition. Use Average acquisition mode to
remove uncorrelated noise from your signal. Use Envelope to capture and
display the maximum variation of the signal. Use Hi Res to increase vertical
resolution for lower bandwidth signals.
Waveform Math. Set up simple math waveforms using the basic arithmetic
functions or create more advanced math waveforms using the math expression
editor. W aveform expressions can even contain measurement results and other
math waveforms.
Spectral Analysis. Display spectral magnitude and phase waveforms based on
your time-domain acquisitions. Control the oscilloscope using the traditional
spectrum analyzer controls such as span and center frequency.
Color LCD Display. Identify and differentiate waveforms easily with color coding.
Waveforms, readouts, and inputs are color matched to increase productivity and
reduce operating errors.
MultiView Zoom. To take advantage of the full resolution of the instrument you
can zoom in on a waveform to see the fine details. Both vertical and horizontal
zoom functions are available. Zoomed waveforms can be aligned, locked, and
automatically scrolled.
1- 2
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
Measurement Features
Trigger Features
Cursors. Use cursors to take simple voltage, time, and frequency measurements.
Automatic Measurements. Choose from a large palette of amplitude, time, and
histogram measurements. You can customize the measurements by changing
reference levels or by adding measurement gating.
Simple and Advanced Trigger Types. Choose simple edge trigger or choose from
eight advanced trigger types to help you capture a specific signal fault or event.
Dual Triggers. Use the A (main) trigger system alone or add the B trigger to
capture more complex events. You can use the A and B triggers together to set
up a delay-by-time or delay-by-events trigger condition.
Comm Triggers. Optional on TDS6000B & TDS6000C Series. Use comm
triggers to trigger on communication signals.
Serial Triggers. Optional on TDS6000B & TDS6000C Series. Use serial triggers
to trigger on serial pattern data.
Convenience Features
Recovered Clock and Data Triggers. Optional on TDS6000B & TDS6000C Series.
Use recovered clock and data internally to trigger your waveforms.
Autoset. Use Autoset to quickly set up the vertical, horizontal, and trigger
controls for a usable display.
Touch Screen Interface. You can operate all oscilloscope functions (except the
power switch) from the touch screen interface. If convenient, you can also install
a mouse and keyboard to use the interface.
Buttons or Menu Bar. You can choose a buttons (toolbar) operating mode,
optimized for using buttons with the touch screen, or a PC-style menu-bar
operating mode.
Open Desktop. The oscilloscope is built on a Microsoft Windows software
platform; the oscilloscope application program starts automatically when you
apply power to the instrument. You can minimize the oscilloscope application
and take full advantage of the built-in PC to run other applications. Move
waveform images and data into other applications by copying or pasting
information for short data records or exporting longer data records to a file.
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 3
Specifications
Dedicated Front Panel Controls. The front panel contains knobs and buttons to
provide immediate access to the most common oscilloscope controls. Separate
vertical controls are provided for each channel. The same functions are also
available through the screen interface.
Data Storage and I/O. The oscilloscope has a removeable hard disk drive and a
CD-RW drive, that can be used for storage and retrieval of data. The oscilloscope
has GPIB, USB, Centronics, and Ethernet ports for input and output to other
devices.
Online Help. The oscilloscope has a complete online help system that covers all
its features. The help system is context sensitive; help for the displayed control
window is automatically shown if you touch the help button. Graphical aids in
the help windows assist you in getting to the information you need. You can also
access the help topics through a table of contents or index.
Environmental and Compliance Specifications
Table 1- 2: Environmental specifications
Characteristic Description
Temperature:
Operating: TDS6000B +5 °Cto+40°C(41°F to +104 °F), excluding media
Operating: TDS6000C +10 °Cto+45°C(50°Fto+113°F)
Nonoperating -- 2 2 °Cto+60°C(8°F to +140 °F)
Humidity, Operating 20% to 80% relative humidity with a maximum wet bulb
Nonoperating 5% to 90% relative humidity with a maximum wet bulb
Altitude, Operating 3,048 m (10,000 ft)
temperature of +29 °C(+84°F) at or below +50 °C
(+122 °F), noncondensing
Upper limit derated to 25% relative humidity at +50 °C
(+122 °F)
temperature of +29 °C(+84°F) at or below +60 °C
( +140 °F), noncondensing
Upper limit derated to 20% relative humidity at +60 °C
( +140 °F)
1- 4
Nonoperating 12,190 m (40,000 ft)
Random vibration, Operating 0.27 g
3 axes, 30 minutes total, with CD-RW installed
Nonoperating 2.28 g
30 minutes total, 3 axes
from 5 Hz to 500 Hz, 10 minutes on each axis,
RMS
from 5 Hz to 500 Hz, 10 minutes on each axis,
RMS
TDS6000B & TDS6000C Series Specifications and Performance Verification
Certifications and Compliances
Specifications
EC Declaration of
Conformity - EMC
Meets intent of Directive 89/336/EEC for Electromagnetic Compatibility.
Compliance was demonstrated to the following specifications as listed in the
Official Journal of the European Communities:
EN 61326. EMC requirements for Class A electrical equipment for measurement,
control, and laboratory use. Annex D.
123
H IEC 61000--4--2. Electrostatic discharge immunity
H IEC 61000--4--3. RF electromagnetic field immunity
H IEC 61000--4--4. Electrical fast transient / burst immunity
H IEC 61000--4--5. Power line surge immunity
H IEC 61000--4--6. Conducted RF Immunity
H IEC 61000--4--11. Voltage dips and interruptions immunity
EN 61000- 3- 2. AC power line harmonic emissions
EN 61000- 3- 3. Voltage changes, fluctuations, and flicker
1
Radiated emissions may exceed the levels specified in EN 61326 when this instrument is
connected to a test object.
Australia / New Zealand
Declaration of Conformity
-EMC
2
Performance criteria for when the oscilloscope is subjected to the continuously present
electromagnetic phenomenon:
10 mV/division to 1 V/division: .0.4 division waveform displacement or .0.8 division
increase in peak- to- peak noise
Performance criteria for when the oscilloscope is subjected to transient electromagnetic
phenomenon:
Temporary, self- recoverable degradation or loss of performance is allowed, but no change
of actual operating state or loss of stored data is allowed.
3
If interconnect cables are used, they must be low- EMI shielded cables such as the
following Tektronix part numbers or their equivalents: 012- 0991- 01, 012- 0991- 02 or
012- 0991- 03 GPIB Cable; 012- 1213- 00 (or CA part number 0294- 9) RS- 232 Cable;
012- 1214- 00 Centronics Cable; or LCOM part number CTL3VGAMM- 5 VGA Cable.
Complies with EMC provision of Radiocommunications Act per these standard(s):
H AS/NZS 2064.1/2. Industrial, Scientific, and Medical Equipment: 1992
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 5
Specifications
EC Declaration of
Conformity - Low Voltage
U.S. Nationally
Recognized Testing
Laboratory Listing
Canadian Certification
Additional Compliance
Equipment Type
Safety Class
Compliance was demonstrated to the following specification as listed in the
Official Journal of the European Communities:
Low Voltage Directive 73/23/EEC, amended by 93/68/EEC.
H EN 61010-1:2001. Safety requirements for electrical equipment for
measurement control and laboratory use.
H UL 61010B--1:2004, 2nd Edition. Standard for electrical measuring and test
equipment.
H CAN/CSA C22.2 No. 61010--1--04. Safety requirements for electrical
equipment for measurement, control, and laboratory use. Part 1.
H IEC 61010--1:2001. Safety requirements for electrical equipment for
measurement, control, and laboratory use.
Test and measuring equipment.
Class 1 -- grounded product
Pollution Degree
Descriptions
Pollution Degree
A measure of the contaminates that could occur in the environment around and
within a product. Typically the internal environment inside a product is
considered to be the same as the external. Products should be used only in the
environment for which they are rated.
H Pollution Degree 1. No pollution or only dry, nonconductive pollution
occurs. Products in this category are generally encapsulated, hermetically
sealed, or located in clean rooms.
H Pollution Degree 2. Normally only dry, nonconductive pollution occurs.
Occasionally a temporary conductivity that is caused by condensation must
be expected. This location is a typical office/home environment. Temporary
condensation occurs only when the product is out of service.
H Pollution Degree 3. Conductive pollution, or dry, nonconductive pollution
that becomes conductive due to condensation. These are sheltered locations
where neither temperature nor humidity is controlled. The area is protected
from direct sunshine, rain, or direct wind.
H Pollution Degree 4. Pollution that generates persistent conductivity through
conductive dust, rain, or snow. Typical outdoor locations.
Pollution Degree 2 (as defined in IEC 61010-1). Note: Rated for indoor use only.
1- 6
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
Installation (Overvoltage)
Category Descriptions
Terminals on this product may have different installation (overvoltage) category
designations. The installation categories are:
H Measurement Category IV. For measurements performed at the source of
low-voltage installation.
H Measurement Category III. For measurements performed in the building
installation.
H Measurement Category II. For measurements performed on circuits directly
connected to the low-voltage installation.
H Measurement Category I. For measurements performed on circuits not
directly connected to MAINS.
Overvoltage Category
Overvoltage Category II (as defined in IEC 61010-1)
TDS6000B Series Specification Tables
The specifications for the TDS6000C Series oscilloscopes begin on page 1--22.
Table 1- 3: TDS6000B Series channel input and vertical specifications
Characteristic Description
Input channels Four
Input coupling DC 50 Ω and GND
Channel input is disconnected from input termination when
using GND coupling.
n Input impedance, DC
coupled
Maximum voltage at input <1 V
Number of digitized bits 8bits
Sensitivity range 10 mV/div to 1 V/division, in a 1-2-5 sequence
50 Ω ±2.5% at 25 _C(77_F), ±0.2% over 0 _Cto
40 _C(32_F to 104 _F)
for <100 mV settings
RMS
≤5V
for ≥100 mV settings
RMS
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 7
Specifications
Table 1- 3: TDS6000B Series channel input and vertical specifications (Cont .)
Characteristic Description
n DC gain accuracy 10 mV/div to 99.5
mV/div
±(2.5% + | 2% × (net offset/1 V) | )
100 mV/div to 1
V/div
n DC voltage measurement
accuracy
Average acquisition
mode (≥16 averages)
Delta voltage be-
tween any two aver-
ages of ≥16 wave-
forms acquired under
the same setup and
ambient conditions
Nonlinearity, typical < 1 DL, differential; ≤ 2 DL integral, independent ly based
n Analog bandwidth DC 50 Ω coupling, with amplitude tolerance of --3dB operating
Measurement type DC accuracy (in volts)
10 mV/div to
99.5 mV/div
100 mV/div to
1V/div
10 mV/div to 99.5
mV/div
100 mV/div to
1V/div
where, net offset = offset -- ( position × volts/division)
temperatures of 15 °Cto40°C(59°F to 104 °F) inclusive.
±(2.5% + | 2% × (net offset/10 V) | )
±[(2.5% + | 2% × (net offset/1 V) | ) × |
reading -- net offset | + offset accuracy
+ 0.08 division × V/division]
±[(2.5% + | 2% × (net offset/10 V) | ) ×
| reading -- net offset | + offset accuracy
+ 0.08 division × V/division]
±((2.5% + | 2% × (net offset/1 V) | )×
| reading | + 0.16 division × V/division
setting)
±((2.5% + | 2% × (net offset/10 V) | ) ×
| reading | + 0.16 division × V/division
setting)
1- 8
SCALE range Bandwidth
≥10 mV/div TDS6604B DC to ≥6GHz
TDS6804B DC to ≥7GHz
n Digitally enhanced bandwidth, DC coupled
Analog bandwidth with
P7380 or TCA-SMA adapter
for TDS6604B
Analog bandwidth with
P7380 or TCA-SMA adapter
for TDS6804B
DC 50 Ω coupling, with amplitude tolerance of --3dB operating
temperatures of 15 °Cto40°C(59°F to 104 °F).
SCALE range Bandwidth
≥10 mV/div TDS6804B DC to ≥8GHz
Full bandwidth, operating ambient 15 °Cto30°C(59°Fto
86 °F), derated by 20 MHz/ °C above 30 °C(86°F)
7 GHz, operating ambient 15 °Cto30°C(59°Fto86°F),
derated by 20 MHz/ °C above 30 °C(86°F)
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
Table 1- 3: TDS6000B Series channel input and vertical specifications (Cont .)
Characteristic Description
Rise time, typical No digital bandwidth enhancement
TDS6604B 10 -- 90% rise time is 70 ps vertical
sensitivities ≥ 10 mV/div
20 -- 80% rise time is 53 ps vertical
sensitivities ≥ 10 mV/div
TDS6804B 10 -- 90% rise time is 62 ps vertical
sensitivities ≥ 10 mV/div
20 -- 80% rise time is 43 ps vertical
sensitivities ≥ 10 mV/div
Digital bandwidth enhancement
TDS6804B 10 -- 90% rise time is 50 ps vertical
sensitivities ≥ 10 mV/div
20 -- 80% rise time is 35 ps vertical
sensitivities ≥ 10 mV/div
Step response settling errors,
typical
Pulse response, peak detect
or envelope mode
Position range ± 5 divisions
Offset range SCALE range Offset range
SCALE range and
step amplitude
10 mV/div to
99.5 mV/div,
with ≤ 1.5 V step
100 mV/div to
1V/div,
with ≤ 3Vstep
Sample rate setting Minimum pulse width
20 GS/s or less
10 mV/div to 50
mV/div
50.5 mV/div to
99.5 mV/div
100 mV/div to
500 mV/div
505 mV/div to
1V/div
Settling error at time after step
20 ns: ≤ 2%
1ms:≤ 0.1%
20 ns: ≤ 2%
1ms:≤ 0.2%
50 ps
±0.50 V
±0.25 V
±5V
±2.5 V
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 9
Specifications
Table 1- 3: TDS6000B Series channel input and vertical specifications (Cont .)
Characteristic Description
n Offset accuracy Volts/div setting Offset accuracy
10 mV/div to
99.5 V/div
100 mV/div to
1V/div
where, net offset = offset -- (position × volts/division)
Effective bits, typical Effective bits for 9 div peak--to--peak sine wave input sampled
at 50 mV/division and 20 GS/s.
Input frequency Effective bits
10 MHz 5.7 bits
1GHz 5.5 bits
1.5 GHz 5.4 bits
2GHz 5.2 bits
2.5 GHz 5.0 bits
3GHz 4.9 bits
4GHz 4.5 bits
5GHz 3.7 bits
6GHz 3.5 bits
6.5 GHz 3.0 bits
±(0.7% ×| net offset | + 1.5 mV + 0.1 div
× V/div setting)
±(0.8% ×| net offset | + 15 mV + 0.1 div
× V/div setting)
1- 10
7GHz 2.5 bits
n Delay between channels ≤30 ps between any two channels with the sam e scale and
coupling settings
n Channel-to-channel crosstalk
≥15:1 at rated bandwidth, and ≥80:1 at ≤1.5 GHz or the rated
bandwidth, whichever is less. Assumes two channels with the
same scale settings
Table 1- 4: TDS6000B Series horizontal and acquisition system
specifications
Characteristic Description
Real-time sample rate range Number of channels
acquired
1, 2, 3, or 4 1.25 S/s to 500 MS/s in a
Sample rate range
1-2.5-5 sequence, followed
by 1.25 GS/s, 2.5 GS/s,
5G S/s, 10 GS/s, 20 GS/s
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
Framelengthandmaximum
MaximumnumberofframesforSampleorPeakDetec
t
Table 1- 4: TDS6000B Series horizontal and acquisition system
specifications (Cont.)
Characteristic Description
Equivalent-time sample rate or
interpolated waveform rate range
Acquisition modes Sample, Peak Detect, Hi Res, Average, and Envelope
Record length Maximum record length supported by acquisition
Sample mode 1, 2, 3, or 4 32,000,000
10 GS/s, 12.5 GS/s, 20 GS/s, 25 GS/s, 40 GS/s,
50 GS/s, 62.5 GS/s, 80 GS/s, 100 GS/s, 125 GS/s,
160 GS/s, 200 GS/s, 250 GS/s, 312.5 GS/s, 320 GS/s,
400 GS/s, 500 GS/s, 625 GS/s, 800 GS/s, 1 TS/ s, 2 T S/s
hardware, at any sample rate
Channels Record length
Hi Res mode, ≤1.25 GS/s
sample rate
Seconds/division range 40 s/div to 25 ps/div
Maximum FastFrame update rate,
nominal
Frame length and maximum Maximum number of frames for Sample or Peak Detect
number of frames
1, 2, 3, or 4 2,000,000
310,000 frames per second
acquisition mode, depending on memory option installed
Frame length Maximum number of
frames
50 points Standard: 7008
Option 2M: 28552
Option 3M: 57280
Option 4M: 114736
250 points Standard: 4160
Option 2M: 16944
Option 3M: 33992
Option 4M: 68096
500 points Standard: 2752
Option 2M: 11232
Option 3M: 22536
Option 4M: 45152
2000 points Standard: 912
Option 2M: 3712
Option 3M: 7456
Option 4M: 14944
5000 points Standard: 384
Option 2M: 1584
Option 3M: 3184
Option 4M: 6384
n Internal time-base reference
frequency
TDS6000B & TDS6000C Series Specifications and Performance Verification
10 MHz ±2.5 ppm over any ≥100 ms interval.
Aging <1 ppm per year.
1- 11
Specifications
Table 1- 4: TDS6000B Series horizontal and acquisition system
specifications (Cont.)
Characteristic Description
n Long term sample rate and
delay time accuracy
Aperture uncertainty, typical Short term:
Time base delay time range ≤0nsto250s
±2.5 ppm over any ≥100 ms interval
≤1.5 ps RMS, records having duration ≤100 ms
≤800 fs RMS, records having duration ≤10 s
Long term:
≤15 parts-per-trillion RMS, records having duration
≤1 minute
n Delta time measurement accuracy
For a single channel, with signal amplitude >5 divisions,
reference level set at 50%, interpolation set to sin(x)/x,
volts/division set to ≥ 5 mV/div, with risetime >1.4 x T
and <4 x Tsor 150 ps (whichever is greater) and acquired
≥10 mV/Div, where T
Conditions Accuracy
Single shot signal, sample acquisition mode, Full
bandwidth
70 to 200 ps at 20 GS/s.
140 to 400 ps at 10 GS/s.
280 to 800 ps at 5 GS/s.
>100 averages, Full bandwidth selected (real or
equivalent time)
70 to 200 ps ± (4 ps + 2.5 ppm ×
is the sample period.
s
(0.06/sample rate +
2.5 ppm × | reading | ) RMS
± (0.3/sample rate +
2.5 ppm × | reading |) peak
| reading | )
s
1- 12
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
Table 1- 5: TDS6000B Series trigger specifications
Characteristic Description
Trigger jitter, typical 1.5 ps RMS for low frequency fast rise time signal.
n Edge Trigger Sensitivity, DC
coupled
Edge trigger sensitivity, typical All sources, for vertical scale settings ≥10 mV/div and
All sources, for vertical scale settings ≥10 mV/div and
≤1V/div
Trigger Source Sensitivity
Main trigger, Ch1 -Ch4
Delayed trigger, Ch1 -Ch4
Auxiliary input 200 mV from DC to 50 MHz,
≤1V/div
Trigger coupling Sensitivity
NOISE REJ 3x the DC-coupled limits for
AC Same as DC-coupled limits for
≤0.5 div DC to 50 MHz
≤1 div at 1.5 GHz
≤1.5 div at 3 GHz
≤2.5 div at 7 GHz (TDS6804B)
≤2.5 div at 6 GHz (TDS6604B)
≤0.5 div from DC to 50 MHz
≤1 div at 1.5 GHz
≤1.5 div at 3 GHz
≤2.5 div at 7 GHz (TDS6804B)
≤2.5 div at 6 GHz (TDS6604B)
increasing to 500 mV at 2 GHz
frequencies < 5 GHz
frequencies >100 Hz, attenuates
signals <100 Hz
HF REJ Same as DC coupled limits for
LF REJ Same as DC coupled limits for
Auxiliary trigger input resistance
and range, typical
Lowest frequency for Set Level to
50%, typical
Logic-type trigger sensitivity, typical Logic type triggers: 1.0 div, from DC to 1 GHz
50 Ω, ±5 V (DC + peak AC)
50 Hz
Runt type: 1.0 div
TDS6000B & TDS6000C Series Specifications and Performance Verification
frequencies <20 kHz, attenuates
signals >20 kHz
frequencies >200 kHz, attenuates signals <200 kHz
1- 13
Specifications
Table 1- 5: TDS6000B Series trigger specifications (Cont.)
Characteristic Description
Logic-qualified pulse-type trigger
minimum timing requirements
For vertical scale settings ≥10 mV/div and ≤1 V/div at the
TekConnect input.
Minimum logic qualifying event duration
Glitch type 100 ps 40 ps 60 ps
Runt type Runt width + 150 ps 160 ps --16 ps
Time-qualified runt type Runt width + 330 ps 160 ps 175 ps
Width type 190 ps 40 ps 175 ps
Transition type 330 ps 225 ps 175 ps
Window 190 ps --20 ps 0ps
Transition trigger, delta time
range
Events delay triggering, minimum
timing requirements, typical
Setup/Hold hold time violation
trigger, minimum clock pulse
widths, typical
1nsto1s
Minimum requirements for vertical settings from 10
mV/div to 1 V/div at the TekConnect input
Pulse width Time between channels
150 ps 1ns
For vertical settings from 10 mV/div to 1V/div at the
TekConnect input, the minimums are:
Minimum time from
active clock edge to
inactive edge
Set up time Hold time
Minimum time from inactive
clock edge to active edge
1- 14
Setup/Hold hold time violation
trigger, Setup/Hold time ranges
User’s hold time
+ 500 ps for hold
times ≥0.
User’s hold time
+ 1.5 ns for hold times
<0.
Setup time
Hold time -- 1 n s 102 ns
Setup + Hold time 500 ps
500 ps
Minimum Maximum
--100 ns 100 ns
TDS6000B & TDS6000C Series Specifications and Performance Verification
Table 1- 5: TDS6000B Series trigger specifications (Cont.)
ang
mumtimerangetowhich
ggg,p
Characteristic Description
Pulse-type trigger minimum timing
requirements
For vertical scale settings ≥10 mV/div and ≤1 V/div at the
TekConnect input
Specifications
Minimum pulse width
or transition time
Glitch type 170 ps 250 ps
Runt type 225 ps 250 ps
Time-qualified runt type 360 ps 450 ps
Width type 225 ps 250 ps
Transition type 225 ps 300 ps
n Timing accuracy for time-qualified triggers
Time range for time-qualified
triggers
The minimum to the maximum time r
the instrument can be set
for glitch trigger, pulse
trigger, or time-qualified
runt trigger.
etowhich
Time range Accuracy
360 ps to 1.5 s ± 10% of setting
1.51 sto1s ± 100 ns
500 ps to 1 s
Time range
500 ps to 950 ps 20 ps
1nsto10ns 200 ps
10.5nsto20ns 500 ps
Minimum rearm time
Time resolution
21 ns to 50 ns 1ns
52 ns to 100 ns 2ns
104 ns to 200 ns 4ns
210 ns to 500 ns 10 ns
520 ns to 2 s 20 ns
2.01 sto10ms 16 ns
10 ms to 100 ms 160 ns
100 ms to 1 s 2 s
Delayed Trigger time delay range Delay time = 5 ns to
250 s
TDS6000B & TDS6000C Series Specifications and Performance Verification
Event count = 1 to 10,000,000
1- 15
Specifications
Table 1- 5: TDS6000B Series trigger specifications (Cont.)
Characteristic Description
Trigger level or threshold range Trigger Source Sensitivity
Any channel ±12 divisions from center of
screen
Auxiliary trigger input ±5V
Line trigger ±0 V, not settable
Trigger level or threshold accuracy,
typical
Trigger position error, typical Edge trigger, DC coupling, for signals having a slew rate
Trigger holdoff range 250 ns to 12 s, maximum plus random holdoff
Edge trigger, DC coupling, for signals having rise and fall
times >1 ns
Trigger Source Accuracy
Any channel ± [(2% ×| setting -- net offset | )
+ (0.35 div × volts/div setting) +
offset accuracy]
Auxiliary Not specified
where, net offset = offset -- (position × volts/division)
at the trigger point of ≥ 0.5 division/ns
Acquisition mode Error
Sample, Average ± (1 waveform interval + 200 ps)
Peak Detect, Envelope
± (2 waveform interval + 200 ps)
Table 1- 6: TDS6000B Series serial trigger specifications (optional)
Characteristic Description
Serial trigger number of bits 64
1- 16
Serial trigger encoding types NRZ
n Serial trigger baud rate limits Up to 1.25 GBd
n Clock recovery frequency range 1.5 MBd to 3.125 GBd. Above 1250 MHz the clock is only
available internally as a trigger source. Below 1250 MHz
the clock is also available at the Recovered Clock output
along with regenerated data.
n Clock recovery jitter (RMS) <0.25% bit period + 7 ps RMS for PRBS data patterns.
<0.25% bit period + 6 ps RMS for repeating 0011 data
patterns.
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
Table 1- 6: TDS6000B Series serial trigger specifications (optional) (Cont.)
Characteristic Description
Clock recovery tracking/acquisition
range
± 5% of requested baud.
Minimum signal amplitude needed
for clock recovery, typical
1 division p-p up to 1.25 GBd
1.5 divisions p-p above 1.25 GBd
Table 1- 7: TDS6000B Series display specifications
Characteristic Description
Display type 210.4 mm (8.3 in) (W)× 157.8 mm (6.2 in) (H), 263 mm
(10.4 in) diagonal, liquid crystal active-matrix color display
Display resolution 1024 horizontal × 768 vertical pixels
Pixel pitch 0.2055 mm horizontal, 0.2055 mm vertical
Response time, typical 15 ms, white to black
Display refresh rate 59.94 frames per second
Viewing angle, typical Horizontal: 60 degrees left, 60 degrees right
Vertical: 45 degrees up, 60 degrees down
Displayed intensity levels Each RGB input is 6 bits, giving 64 intensity levels of
each color component
Table 1- 8: TDS6000B Series input/output port specifications
Characteristic Description
Rear-panel I/O ports Ports located on the rear panel
Video output port Upper video port, DB-15 female connector, connect a
second monitor to use dual-monitor display mode,
supports Basic requirements of PC99 specifications
Parallel port (IEEE 1284) DB-25 connector, supports the following modes:
S Standard (output only)
S Bidirectional (PS-2 compatible)
S Bidirectional enhanced parallel port (IEEE 1284
S Standard, mode 1 or mode 2, v 1.7)
S Bidirectional high-speed extended capabilities
Serial port DB-9 COM1 port, uses NS16C550-compatible UARTS,
transfer speeds up to 115.2 kb/s
Keyboard port PS-2 compatible, oscilloscope power must be off to make
connection
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 17
Specifications
Table 1- 8: TDS6000B Series input/output port specifications (Cont.)
Characteristic Description
Mouse port PS-2 compatible, oscilloscope power must be off to make
connection
LAN port RJ-45 connector, supports 10 base-T and 100 base-T and
gigabit ethernet
Audio ports Miniature phone jacks for stereo microphone input and
stereo line output
USB ports Four rear panel and one front panel USB 2.0 connectors
GPIB port IEEE 488.2 standard interface
XGA video port 15 pin D-subminiature connector on the rear panel
n DC Probe Cal Output Voltage,
Offset Voltage, and Frequency
Front-panel BNC connector for calibrating CD offset of
active probes. Signal is only present during the probe
calibration operation.
Output voltage Frequency
330 mV (from base to top)
1 kHz ± 5%
± 20% into a 50 Ω load
(Voh = 0 V, Vol = --330mV
Fast Edge Signal Output Voltage,
Offset Voltage, and Frequency
Front-panel SMA connector used as probe deskew signal
and as passive probe compensation signal
Output voltage Frequency
330 mV (from base to top)
1 kHz ± 5%
± 20% into a 50 Ω load
(Voh = 0 V, Vol = --330mV
n Auxiliary Output levels Front-panel BNC connector, provides a TTL-compatible
pulse (polarity selectable) for each A or B trigger
(selectable)
V
high V
out
≥2.5 V into open circuit,
≥1.0 V into 50 Ω load
low (true)
out
≤0.7 V with ≤4mAsink,
≤0.25 V into 50 Ω load
Auxiliary Output pulse width, typical Pulse width varies, 1 s minimum
n External Reference input
sensitivity
Vin ≥200 mV peak to peak for input frequencies between
9.8 MHz and 10.2 MHz
1- 18
External reference input frequency
range
Input voltage, maximum 7V
p-p
Input impedance 1.5 kΩ, Cin = 40 pF. Measure impedance at >100 kHz to
make the blocking capacitor invisible.
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
Table 1- 8: TDS6000B Series input/output port specifications (Cont.)
Characteristic Description
n External reference 9.8 MHz to 10.2 MHz. Run SPC whenever the external
reference is more than 2000 ppm different than the
internal reference or the reference at which SPC was last
run.
Input sensitivity ≥200 mV
for input frequencies between 9.8 MHz and
p-p
10.2 MHz
n Internal reference output
Frequency 10 MHz ±ኃ2.5 ppm over any ≥100 ms interval
Output voltage V
high V
out
≥2.5 V into open circuit
≥1.0 V into 50 Ω load
low (true)
out
≤0.7 V with ≤4mAsink
≤0.25 V into 50 Ω load
Serial data output baud rate range Fbd < 1250 MBd
Output swing of 1010 repeating pattern at this baud will
be at least 200 mV into 50 Ω.
Serial clock output frequency range Peak-to-peak output swing at 625 MHz is at least 200 mV
peak-to-peak into 50 Ω. Higher frequencies will be further
attenuated by approximately 6 dB per octave above
625 MHz (at 1250 MHz the amplitude will typically be
about 130 mV peak-to-peak into 50 Ω).
Either AC or DC coupled 50 Ω termination is allowed, but
with AC coupling the clock will provide 10% more
amplitude.
Serial data and clock output voltages, typical
Voh = --1.0 V, Vol = -- 1.7 V; assume load impedance
greater than 1 kΩ (50Ω source termination)
If a 50Ω or 75Ω load is used, either a DC blocking
capacitor must be put in series with the signal or the
termination must be referenced to approximately --1.3 V.
The signal amplitude will be correspondingly reduced.
Serial data output latency 15 ns (±4 ns) plus the following synchronous latency
depending on the data encoding:
35.5 clock cycles for NRZ, CMI, Manchester, and B-0-V
decoded data
36.5 clock cycles for NRZ1 decoded data
39.5 clock cycles for B3ZS decoded data
40.5 clock cycles for B4ZS decoded data
42.5 clock cycles for B6ZS decoded data
44.5 clock cycles for B8ZS decoded data
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 19
Specifications
Table 1- 9: TDS6000B Series data storage specifications
Characteristic Description
Nonvolatile memory retention time,
typical
CD-RW Front-panel CD-RW drive, read write
Hard disk Rear-panel, removeable hard disk drive (Front panel
≥5 years
location available via option FHD at time of order. Moves
CD-RW drive to rear. FHD not field retrofi table.) Capacity
will vary according to current market conditions.
Table 1- 10: TDS6000B Series power source specifications
Characteristic Description
Power consumption ≤500 Watts (650 VA)
Source voltage and frequency 100 to 240 V ±10%,50Hzto60Hz
115 V ±10%, 400 Hz
CAT II
Fuse rating Either one of the following sizes can be used, each size
requires a different fuse cap. Both fuses must be the
same type.
0.25 in x 1.25 in size UL198G and CSA C22.2, No. 59, fast acting: 8 A, 250 V
(Tektronix part number 159-0046-00, Bussman ABC-8,
Littelfuse 314008)
5 mm x 20 mm size IEC127, sheet 1, fast acting “F”, high breaking capacity:
6.3 A, 250 V (Bussman GDA 6.3, Littelfuse 21606.3)
Table 1- 11: TDS6000B Series mechanical specifications
Characteristic Description
Weight
Benchtop configuration 21 kg (47 lbs) without front cover, power cord, pouch
23 kg (50 lbs) with front cover, power cord, pouch
24 kg (53 lbs) packaged for shipment
Rackmount kit 22.4 kg (49 lbs) rackmounted instrument
5.6 kg (12.2 lbs) kit packaged for domestic shi pment
1- 20
TDS6000B & TDS6000C Series Specifications and Performance Verification
Table 1- 11: TDS6000B Series mechanical specifications (Cont.)
Characteristic Description
Dimensions
Benchtop configuration With front cover Without front cover
Specifications
278 mm (10.95 in) height,
456 mm (17.96 in) width
Rackmount configuration
(Option 1R)
Cooling Fan-forced air circulation with no air filter.
Required clearances To p 0mm(0in)
Construction material Chassis parts are constructed of aluminum alloy, front
With rack handles Without rack handles
267 mm (10.5 in) height
502 mm (19.75 in) width
642 mm (25.26 in) depth
Bottom 0 mm (0 in) when standing
Left side 76 mm (3 in)
Right side 76 mm (3 in)
Rear 0 mm (0 in) on rear feet
panel is constructed of plastic laminate, circuit boards are
constructed of glass laminate, outer shell is spray painted
finished.
277 mm (10.9 in) height,
456 mm (17.96 in) width
581 mm (22.85 in) depth
267 mm (10.5 in) height
482 mm (19 in) width
591 mm (23.26 in) depth
on feet, flip stands down
TDS6000B & TDS6000C Series Specifications and Performance Verification
1- 21
Specifications
A
ada
p
)
SMAadapter)
TDS6000C Series Specification Tables
The following tables contain the specifications for the TDS6000C Series
oscilloscopes.
NOTE. Some of the specifications use the V/FS (volts/full scale) notation. To
convert to the volts/division notation, divide the V/FS by 10.
Table 1- 12: TDS6000C Series channel input and vertical specifications
Characteristic Description
Input channels Four
Input coupling DC 50 Ω and GND
Channel input is disconnected from input termination when
using GND coupling.
n Input impedance, DC
coupled
Input VSWR, typical
(Measured with TekConnect
SM
Maximum voltage at input <1 V
Number of digitized bits 8bits
Sensitivity range 50 mV/FS to 10 V/FS (below 100 mV/FS uses zoom)
n DC gain accuracy ±2%
n DC voltage measurement
accuracy
ter
Gain setting, ≥16
averages
Delta voltage between any two averages of ≥16 waveforms acquired under
the same setup and
ambient conditions
50 Ω ± 1.5% at 25 _C(77_F),
50 Ω ±2.0% 10 _Cto45_C(50_Fto113_F)
Input frequency VSWR <1 V/FS VSWR ≥1V/FS
<2.5 GHz 1.25 1.2
<6 GHz 1.5 1.2
<14 GHz 2.1 1.5
<15 GHz 2.5 1.5
for <1 V/FS settings
RMS
5.5 V
Measurement type DC accuracy (in volts)
100 mV/FS to
10 V/FS
100 mV/FS to
10 V/FS
for ≥1 V/FS settings
RMS
±[(2% × | reading -- net offset | + offset
accuracy + 0.008 × FS]
±[(2% × | reading | + 0.016 × FS]
Where, net offset = offset -- ( position × volts/division)
Net offset is defined as the vertical value of the center of the
digitizing range, usually in volts. With Zoom off, net offset is the
center of the waveform display.
1- 22
TDS6000B & TDS6000C Series Specifications and Performance Verification
Specifications
50/
,
Enh
anc
Enh
anc
Table 1- 12: TDS6000C Series channel input and vertical specifications (Cont .)
Characteristic Description
Nonlinearity, typical < 1 DL, differential; ≤ 2 DL integral, independently based
n Analog bandwidth DC 50 Ω coupling, with amplitude tolerance of --3dB operating
temperature of 25 °C(77°F) at all gain settings when
Bandwidth Enhancement is being used.
15 GHz bandwidth is achieved with Bandwidth Enhancement
and is available at 40 GS/s only.
SCALE range Model Bandwidth
Without Bandwidth
Enhancement
With Bandwidth
Enhancement
With P7313 probe,
typical
With P7380 probe,
typical
All TDS6124C DC to >12 GHz
TDS6154C DC to >12 GHz
SCALE range Model Bandwidth
10 mV/div,
20 mV/div,
50 mV/div,
100 mV/div,
200 mV/div,
500 mV/div
Tolerance of --3dB at 15 GHz guaranteed up to 30 _C(86_F),
above 30 _C(86_F) tolerance goes down by 0.08dB per
degree C.
Without Bandwidth
Enhancement,
-- 3 d B
With Bandwidth
ement,
-- 3 d B
Without Bandwidth
Enhancement,
-- 3 d B
TDS6124C DC to >12 GHz
TDS6154C DC to >15 GHz
TDS6124C DC to 11 GHz
TDS6154C DC to 11 GHz
TDS6124C DC to 11 GHz
TDS6154C DC to 12.5 GHz
TDS6124C DC to 8 GHz
TDS6154C DC to 8 GHz
With Bandwidth
ement,
-- 3 d B
Rise time, typical Without Bandwidth Enhancement
TDS6124C 10 to 90% rise time: 30 ps
TDS6154C 10 to 90% rise time: 30 ps
TDS6000B & TDS6000C Series Specifications and Performance Verification
TDS6124C DC to 8 GHz
TDS6154C DC to 8 GHz
20 to 80% rise time: 20 ps
20 to 80% rise time: 20 ps
1- 23
Specifications
Table 1- 12: TDS6000C Series Channel input and vertical specifications
Characteristic Description
With Bandwidth Enhancement
TDS6124C 10 to 90% rise time: 31 ps
20 to 80% rise time: 22 ps
TDS6154C 10 to 90% rise time: 25 ps
20 to 80% rise time: 18 ps
Step response settling errors Gain setting full
scale
TDS6124C and TDS6154C without Bandwidth Enhancement
100 mV to 10 V/div 100≤%FS,no
TDS6124C with Bandwidth Enhancement
100 mV to 10 V/div ≤100% FS, no
TDS6154C with Bandwidth Enhancement
100 mV to 10 V/div ≤100% FS, no
Pulse response, peak detect
or envelope mode
Position range ±0.5 full scale
Sample rate setting Minimum pulse width
All
±Step amplitude Settling error at
time after step
100 ps: < 10%
more than 50% FS
overdrive
more than 50% FS
overdrive
more than 50% FS
overdrive
25 ps
400 ps: < 5%
3 ns: < 2%
1 ms: < 0.1%
100 ps: < 8%
400 ps: < 1%
3 ns: < 0.1%
1 ms: < 0.1%
100 ps: < 8%
400 ps: < 1%
3 ns: < 0.1%
1 ms: < 0.1%
1- 24
TDS6000B & TDS6000C Series Specifications and Performance Verification
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