Agilent 54645D Mixed Signal Oscilloscope

Agilent 54645D
Mixed Signal Oscilloscope
Product Overview
• Dual-channel 100-MHz scope
with 200 MSa/s
• 1 MB of memory per scope
channel
• 16 logic timing channels with
400 MSa/s on 8 channels
(2 MB memory/ch)
200 MSa/s on 16 Channels
(1 MB memory/ch)
• Ideal for debugging 8- or 16-bit
microcontroller systems
• MegaZoom technology for easyto-use responsive deed memory
• Simple easy-to-use controls
• Powerful triggering
New mixed-signal testing power
With the introduction of the Agilent
Technologies 54645D mixed-signal
oscilloscope (MSO) to your lab, you
will be able to easily view the complex relationships of your circuit’s
analog and digital operation.
Seamless integration of scope and
logic channels in the 54645D MSO
allow you to view both the analog circuit operation on the two 100 MHz
scope channels and the logic timing
displayed on the 16 logic channels.
Analog and digital events are aligned
in time so that you can easily relate
cause and effect in many difficult
mixed-signal troubleshooting situations, such as those encountered in
debugging 8- or 16-bit microcontroller
systems.
The 54645D gives you an oscilloscopelike operation of both the scope and
logic channels. For example, simply
turn the time-base knob to set the
time/division for all scope and logic
channels. Press Autoscale for the display of all active analog (scope) and
digital (logic) channels. There is no
scope-logic mode switch, just a seamless integration of logic channels into
a scope.
Agilent MegaZoom Technology
When you try to view analog and
digital signals, the events of interest
either take place over a long time
span or they are widely separated
from the trigger event. With 1 million
samples per channel, MegaZoom technology captures long time spans
while maintaining the high sample
rate, allowing you to see the fine
detail needed to solve elusive
problems.
Before the introduction of the 54645D
MSO with MegaZoom technology,
deep-memory oscilloscopes were considered specialized tools because of
their complex operation, non-responsive control panel, and excessive dis-
play dead time. These problems have
been greatly reduced with the development of MegaZoom technology,
which uses multiple processors optimized for the task of waveform acquisition, storage, and display. Now you
can have a deep memory scope in
your lab that is also a scope you will
use every day, as it is a deep-memory
scope that responds instantly to your
control inputs, has a high speed, low
dead time display and deep memory
with easy-to-use pan-and-zoom.
With an easy-to-use control system,
the 54645D MSO provides the triggering power you need to troubleshoot
problems. You will find it ideally suited
for everyday use because of its familiar scope edge triggering mode. This
familiar scope mode is the one that
can be used to solve most of your
problems, as you can trigger on a rising or falling edge on any of the
MSO’s 18 input channels.
Pattern triggering is provided in the
54645D MSO. This triggering mode
allows you to establish a trigger pattern of high, low, and “don’t care”
levels across all 18 of its channels.
The advanced mode gives you the
choice of glitch, TV, and advanced
pattern triggering. In the glitch mode,
the 54645D MSO can search for a
glitch that is less than a specified
width on any of its 18 input channels,
allowing you to find abnormally short
pulses that may indicate circuit failures. In addition you can search for a
pulse that is greater than a specified
width or within upper and lower limits.
In advanced pattern trigger mode, the
54645D MSO will search for a combination of two trigger pattern terms.
These terms may be combined in one
of several Boolean relationships
(AND, OR, THEN).
In TV mode the 54645D MSO may be
triggered on field 1, field 2, or line of
a composite TV waveform.
Computer and hardcopy I/O
For connection to your PC, printer, or
workstation, the 54645D is fully compatible with the full line of 546XX
interface modules. Select the module
that best fits your needs and you are
ready to either print the screen or
interface to your PC or workstation.
With the addition of the 54657A or
54659B Measurement/Storage module
you will have both the interface capabilities described above, as well as
additional measurements such as
FFT.
Software for enhanced connectivity
With the addition of HP BenchLink
Scope software for Microsoft®
Windows™, you have the ability to
easily interface this powerful instrument to your PC. This versatile software, which is compatible with
Windows 3.1, 95 or NT, makes the
movement of waveform data or trace
images fast and easy.
Built to last
The 54645D MSO is designed and
built to the rugged requirements of
MIL-T-28800. This means that the
product is built to withstand the rigors of daily use as you test and debug
your circuits, backed up with a threeyear warranty.
Specifications
Logic Channels
Logic Cursor Accuracy
Vertical System
16 channels (0-15) in two pods of 8 channels
each
Maximum Input Voltage ± 40 volts peak
Threshold Range
± 6.0 volts in 50 mV
increments
Threshold Accuracy
± (100 mV + 3% of
threshold setting)
Input Dynamic Range
± 10 Volts about
threshold
Minimum Input
To meet the timing
Voltage Overdrive
specifications the
threshold value must
be within 20% of the
50% voltage point of
the input signal
Minimum Input
500 mV peak to peak
Voltage Swing
Input Resistance
100 K Ω
Input Capacitance
Approx 8 pF
Channel-to-Channel Skew 2 ns typical, 3 ns max
Pre-defined Thresholds TTL = 1.4V, CMOS =
2.5V, ELC = -1.3V
Single Channel
Scope Channels:
Bandwidth (3dB)
ac coupled
Risetime
(calculated)
Dynamic Input Range
Math Functions
Input Resistance
Input Capacitance
Maximum Input
Range
Vertical Gain Accuracy
Vernier
Single Cursor Accuracy
Dual Cursor Accuracy
BW Limit
Coupling
Channel Isolation
Inversion
2
CH 1 and 2
dc to 100 MHz @≥ 10
mv/div
(> 75 MHz @ < 10
mv/div)
1.5 Hz to 100 MHz
≈ 3.5 ns @ > 10
mv/div,
(< 4.6 ns @ < 10
mv/div)
± 32 V or ± 8 div
whichever is less
channel 1 +
or - channel 2
1 Mohm
≈ 13 pf
400V (dc + peak ac)
1mV/div to 5V/div
± 1.5% full scale
Fully calibrated, accuracy ± 3% full scale
Vertical gain accuracy
± 1% full scale
± 0.5% position value
Vertical gain ± 0.8%
full scale
Approx. 20 MHz
ac, dc, GND
dc to 20 MHz > 40 dB
(with channels at
same v/div) 20 MHz to
100 MHz > 30 dB
Channel 1 and
Channel 2
Horizontal System, Scope & Logic Channels
Sweep Speeds
Accuracy
Vernier
Horizontal Resolution
50s/div to 5 ns/div
main and delayed
± 0.01%
Accuracy = ± 0.05%
40 ps
Channel to Channel
Delay Jitter
Delay Range
Pre-trigger (negative delay): At least 1 screen
width or 2.5 msec
Post trigger (from trigger point to end of sweep):
500 seconds
Delayed Sweep
Delayed timebase can be as fast as 5 nsec/div
but must be at least 2X the main timebase.
Delayed sweep display is the same data acquisition as was the main.
MegaZoom technology (Post acquisition Pan and
Zoom): The time/div and delay controls allow any
part of the acquired waveform display to be
expanded to the full extent of the memory available.
Trigger System
Modes
Scope Cursor Accuracy
Holdoff
Single Channel
Channel to Channel
Horizontal accuracy
± 0.2% screen width
± 40 ps
Horizontal accuracy
± 0.2% screen width
± 80 ps
Horizontal accuracy ±
0.2% screen width ± 1
logic sample period
Horizontal accuracy
± 2% screen width ± 1
logic sample period
± chan-to-chan skew
< 10 ppm
< 10 ppm
Edge Triggering
Auto, Autolevel,
Normal, and Single
≈ 200 ns to ≈ 25
seconds
Rising or falling on
any of the 18 input
channels
Pattern Triggering
Advanced Triggering
Glitch
Source
Polarity
Minimum Pulse
Width Setting
Advanced Pattern
TV
TV Line and Field
A pattern of high, low,
and don’t care levels
and a rising or falling
edge can be established across all
18 channels. The analog channel’s high
level is defined by that
channel’s trigger level.
Selectable as glitch,
advanced pattern, or
TV
Less than, greater
than, or within specified range
Any of the 18 input
channels
Rising or falling
8 ns
Up to two trigger
terms (P1 and P2) and
two edge terms (E1
and E2) may be established and these terms
can be combined as
follows: AND, OR,
Then, Entered, Exited,
Duration <, Duration
>, Duration range.
Available on scope
channels only
0.5 divisions of composite sync required
for stable display
Oscilloscope Analog Triggering
Sensitivity
DC to 25 MHz > 10 mV/
div ≤ 3.5 div or 3.5 mV
< 10 mV/div ≤ 1 div
or 2 mV
25 MHz to 100 MHz >
10 mV/div ≤ 1 div or
10 mV
< 10 mV/div, ≤ 1.5 div
or 3 mV
Average
Roll Mode
Selectable as smoothing, 4, 8, 16, 32, 64,
128, and 256 averages
At sweep speeds of
200 ms/div and slower, data moves across
the display from right
to left with no dead
time.
Oscilloscope Acquisition System
Maximum Sampling Rate 200 MSa/s on each
channel
Single Shot Bandwidth
50 MHz
Simultaneous capture on both channels
Vertical Resolution
8 bits
Peak Detection
Can capture and display a pulse at least 5
nsec wide at any timebase setting
Maximum Memory Depth 1 MB samples per
channel
Logic Acquisition System
Vertical Resolution
1 bit
Maximum Sampling Rate 400 MSa/s on one
pod, 200 MSa/s on
two pods
Simultaneous capture on all channels
Peak Detection
Will capture and display a pulse at least 5
nsec wide at any timebase setting
Maximum Memory Depth 2 MB samples per
channel on one pod, 1
MB samples when
both pods are used
Display System
Display
Resolution
Controls
Vectors
Graticle
Sources CH 1, CH 2, and line
Advanced Features
dc, ac, HF reject, LF reject, noise reject
HF reject and LF reject -3dB @ 50 kHz.
Automatic Measurements (Measurements are
continuously updated,
markers indicate
measurement)
Voltage
VAVG (dc), VRMS, VPP, VMIN,
VMAX, VTOP, and VBASE
Time
Frequency, period, +
pulse width, - pulse
width, duty cycle, rise
time and fall time (rise
time and fall time are
scope only)
Bandwidth
Phase error @ 1 MHz
100 MHz
1.8 degrees
Acquisition System
Maximum Display Rate
3 million samples per
second with sufficient
trigger rate, and vectors off. 60 full screens
per second, vectors on
Manually or automatically placed read out
of time, 1/time, voltage. Additionally logic
channels can be displayed as binary or hex
values.
Setup Functions
Autoscale
Finds and displays all
active scope and logic
channels, sets edge
trigger mode on highest numbered channel,
sets vertical sensitivity
on scope channels
and thresholds on
logic channels, time
base to display 1.8
periods
Save/Recall (non-volatile) 10 set-ups can be
saved and recalled
from non-volatile
memory
Trace Trace
2 volatile
(pixel) Memory
User-Defined
All channels may be
Channel Labels
assigned a user
defined label of up to
6 characters. Labels
displayed in place of
1st division of wave
form
General
Calibrator Output:
Frequency
Amplitude
≈ 1.2 kHz
5V
EMI
7-inch raster monochrome CRT
255 vertical by
500 horizontal points
Front-panel intensity
Selectable on/off
8 x 10 grid, frame, and
none
Coupling
XY
Cursors
Commercial
Mil-T-28800D
CE01, CE03
CS01, CS02, CS06
RE01
RE02 (with Opt 002)
RE02 (without OPT 002)
RS02
RS03 (with OPT 001)
Meets FTZ 1046 class B
Meets requirements in
accordance with paragraph 3.8.3 EMI Type
III, and MIL-STD-461C
as modified by table
XII.
Yes
Yes
15 dB relaxation to 20
kHz; exceptioned from
20 kHz to 50 kHz
Full limits of class A1c
and A1f
10 dB relaxation from
14 kHz to 100 kHz
Exceptioned
Slight trace shift from
80 Mhz to 200 mHz
3
General Information
Size
Weight
Power Usage
Voltage
Line Voltage selection
Frequency
Environmental Characteristics
35.258 x 17.272 x 31.75
cm, 12.7W x 6.8H x
12.5D in (excluding
handle)
≈ 6.35 kgs (14 lbs)
≈ 90 W
88-250 VAC
Automatic
45-440 Hz
This instrument meets the requirements of
MIL-T-28800D for Type III, Class 3 Style D
equipment as described below.
Shock: Agilent class B1 and MIL-T-28800 style D,
Class 3 operating: 30g, 1/2 sine, 11 ms duration,
3 shocks per axis along major axis. Total of
18 shocks.
Vibration Operations: 15 minutes along each of
3 major axes; 0.64 mm (0.025 inch) p-p displacement, 10 Hz to 55 Hz in one-minute cycles. Held
for 10 minutes at 55 Hz (4 g at 55 Hz).
Altitude: Operating to 4500 M (15,000 ft),
non-operating to 15,000 M (50,000 ft).
Humidity: Operating 95% RH at 40°C, 24 hrs,
Non-operating 90% RH at 65°C, 24 hrs
Ambient temperature: Operating -10°C to 55°C,
non-operating -51°C to +71°C
Safety: CSA Certification, IEC 348
Ordering Information
54645D Mixed Signal Oscilloscope
Accessories included
Two each Agilent 10074A 10:1 divider probes with readout; 10089A 16 channel logic input probe
assembly; Removable front panel ground connector; User’s Guide and service manual; power cord.
Accessories and Options Available
Opt. 001 RS-02 magnetic interference shielding added to the CRT
Opt. 002 RE-02 Display shield added to the CRT to reduce radiated interference
OPT 101 10098A Front panel cover and pouch kit
OPT 103 54645A Customer training kit
OPT 104 1185A Carrying case
OPT 106 34810B HP BenchLink Scope software
OPT 1CM 5062-7345 Rack mount kit
OPT W50 Additional two years of warranty
10074A 10X probe with readout
10070A 1X probe
10085A 16:16 logic cable and termination
10089A 16:2 x 8 logic input probe assembly
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Get assistance with all your
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Modules Fully Supported
www.agilent.com/find/assist
* 54650A, GPIB I/O
* 54652B RS-232 and Centronics I/O
* 54657A GPIB Measurement/storage
* 54659B RS-232 and Centronics Measurement/storage
* E2657A GPIB Connectivity kit
* E2658A RS-232 Connectivity kit
Product specifications and descriptions in
this document subject to change without notice.
* includes measurement/storage module, BenchLink Scope and cable.
Microsoft ® Windows ™ is a trademark of Microsoft Corporation.
Copyright © 1998, 2000 Agilent Technologies
Printed in U.S.A. 5/00
5968-2610EN
Reference Information
Operating Characteristics
Operating Characteristics
Operating Characteristics are specified with the Measurement/Storage
Module installed on an Agilent 54600–Series Oscilloscope.
Measurements
Voltage
Vamp, Vavg, Vrms, Vpp, Vpre, Vovr, Vtop, Vbase, Vmin & Vmax
Time
Delay, Duty Cycle, Frequency, Period, Phase Angle, Rise Time,
Fall Time, +Width, & –Width
Thresholds
User-selectable among, 10%/90%, 20%/80% or voltage levels
Cursor Readout
Voltage, time, percentage, and phase angle.
Waveform Math Functions
Addition, subtraction, multiplication, differentiation,
integration, and FFT.
Fast Fourier Transforms
Test Region
Each pixel is selectable to be tested or not.
Inputs
On either ch1, ch2, or F1
Freq Cursor Resolution
From 1.22 mHz (milliHz) to 9.766 MHz (1.22 mHz to 48.828 MHz
for 54615/54616)
Points
Fixed at 1024 for all models except 54615/54616
Fixed at 1024 for 54615/54616 with vectors off
Fixed at 512 for 54615/54616 with vectors on
Peak Find:
Find Peak automatically snaps cursor to the two largest peaks
located anywhere in the displayed frequency span.
Measurement information is automatically displayed at the
bottom of the screen together with the difference in
frequency between the two selected peaks.
Variable Sensitivity and
Offset
Sensitivity and vertical offset (position) are controlled from
the front panel to display an optimum view of the spectrum.
Sensitivity is calibrated in dB per divisions; vertical offset is
calibrated in dBV.
Time Record Length
10x main sweep speed.
Horizontal Magnification
and Center Frequency
Control
As the frequency span is changed, the display is magnified
about center frequency so that you get a closer view.
3–3
Reference Information
Operating Characteristics
Selectable
Windows
Four windows are selectable: Hanning, for best frequency resolution and
general purpose use; flattop, for best amplitude accuracy; rectangular, for
single-shot signals such as transients and signals where there are an
integral number of cycles in the time record, and exponential for best
transient analysis.
Window
Characteristics
Window
Rectangular
Hanning
Flattop
FFT Freq Range
Highest
Side Lobe
(dB)
– 13
−32
– 70
3dB
Bandwidth(b
ins)
0.89
1.44
3.38
6dB
Bandwidth(b
ins)
1.21
2.00
4.17
Scallop
Loss
(dB)
3.92
1.42
0.005
dc to 100 MHz (54600/54601/54645)
dc to 150 MHz (54602)
dc to 60 MHz (54603)
dc to 500 MHz (54610/54615/54616)
Freq Span Control This control allows you to specify the frequency span of the FFT display.
When the Span is adjusted the display will expand or contract about the
center frequency as set by the Center Frequency control. Refer to Figure
3-1 for the limits of the Frequency Span control.
Center Freq
Control
This control allows you to specify the frequency at the center of the FFT
display. When the Frequency Span is changed, the FFT display will
expand or contract about the frequency at the center of the display.
Refer to Figure 3-1 for the limits of this control.
Move 0 Hz to Left
Pressing this soft key will move the FFT display so that the left hand edge
of the display will be 0Hz.
FFT Vector
display
When the time domain display is turned off the FFT display will be
displayed in vector drawing mode. The time domain display can be
turned off by pressing the Channel # key twice
Display
FFT vertical units in dB.
Units/Div
This control allows you to adjust the vertical scaling of the FFT display in
a 1-2-5 sequence from 1 dB/div to 50 dB/div.
Reference Level
This control allows adjustment of the reference level of the FFT display
across a range of 400 dBV. The minimum setting is -196 dB at 1 dBV/div
decreasing to 0 dBV at 50 dBV/div. The maximum setting is 400 dBV at 50
dB/div, decreasing to 204 dB at 1 dBV/div.
Programmability
All front-panel controls are fully programmable over GPIB (54657A)
or RS-232 (54658A and 54659B)
3–4
Reference Information
Operating Characteristics
Figure 3–1
Effective Sample Rate
Frequency Span
5 GHz
5.E+09
5 GSa/s
5.E+08
500 MSa/s
500 MHz
5.E+07
50 MSa/s
50 MHz
5.E+06
5 MSa/s
5 MHz
5.E+05
500 kSa/s
500 kHz
FFT operation limited by bandwidth of scope
5.E+04
50 kHz
5.E+03
5 kHz
5.E+02
500 Hz
5.E+01
50 Hz
Frequency Span in Hz
Samples/s
5.E+10
0.5E+01
5 s/div 200 ms/div
10 ms/div 500 us/div 20 us/div 1 us/div 50 ns/div
Sweep Speed
Sweep
Speed
Effective
Maximum
Sample
Frequency
Rate
Span
5 s/div
20 Hz
9.75 Hz
2 s/div
50 Hz
24.4 Hz
1 s/div
100 Hz
48.85 Hz
500 ms/div 200 Hz
97.5 Hz
200 ms/div 500 Hz
244 Hz
100 ms/div 1 kHz
488.5 Hz
50 ms/div
2 kHz
975 Hz
20 ms/div
5 kHz
2.44 kHz
10 ms/div
10 kHz
4.885 kHz
5 ms/div
20 kHz
9.75k Hz
2 ms/div
50 kHz
24.4 kHz
1 ms/div
100 kHz
48.85 kHz
500 µs/div 200 kHz
97.5 kHz
200 µs/div 500 kHz
244 kHz
100 µs/div 1 MHz
488.5 kHz
* 2 ns/div FFT valid only on 54615/54616
Sweep
Speed
50 µs/div
20 µs/div
10 µs/div
5 µs/div
2 µs/div
1 µs/div
500 ns/div
200 ns/div
100 ns/div
50 ns/div
20 ns/div
10 ns/div
5 ns/div
2 ns/div*
Effective
Sample
Rate
2 MHz
5 MHz
10 MHz
20 MHz
50 MHz
100 MHz
200 MHz
500 MHz
1 GHz
2 GHz
5 GHz
10 GHz
20 GHz
50 GHz
Maximum
Frequency
Span
975k kHz
2.44 MHz
4.885 MHz
9.75 MHz
24.4 MHz
48.85 MHz
97.5 MHz
244 MHz
488.5 MHz
975 MHz
2.44 GHz
4.885 GHz
9.75 GHz
24.41 GHz
FFT Operation
Frequency Span and Effective Sampling Rate vs Sweep Speed
3–5
Reference Information
Operating Characteristics
Mask Template Testing
Number of mask
templates
2, nonvolatile
Mask template
generation
Automask generates a mask from waveform data with variable
tolerances.
Mask editor allows pixel-by-pixel editing and line drawing editing.
Smooth mask function performs a running average of 3 pixels.
Test Region
Each pixel is selectable to be tested or not
Fail Region
Inside-signal fails if it falls inside the region bounded by the
maximum and minimum limit lines.
Outside-signal fails if it falls outside the region bounded by the
maximum and minimum limit lines.
Failure indication
Failure zone indicator shows where the signal fails the mask
template.
Failure mode
Failure modes are stop or continue on failure. Failure(s) can be
saved to trace memory or printed
Trace Memory (all nonvolatile)
1 through 3
High-speed storage without compression.
4 through 100
Storage with compression, number of traces is a function of
complexity. Storage time is less than 10 seconds.
Real Time Clock
Can be set from
front panel.
24-hour format with battery back-up.
Hardcopy Output
Printer/Plotter
Supported
HP ThinkJet, HP QuietJet, HP PaintJet, HP DeskJet, and
HP LaserJet printer. HP-GL compatible plotters.
54658A and 54659B
only
Epson FX-80 or compatible printer.
3–6
Reference Information
Operating Characteristics
RS-232 Configurations
Connector Type
With the adapter cable connected, at the end of the cable is a
9 pin/25 pin DTE port; a printer cable is required to connect it to
hardcopy devices or a computer.
Protocols
XON/XOFF, hardware.
Data Bits
8
Stop Bits
1
Parity:
none.
Baud Rates
1200, 2400, 9600, 19200.
Programmability
All instrument settings and operating modes may be remotely programmed via RS-232 and
GPIB (IEEE-488).
3–7