 Logic Analyzer FrontPanelTM Software
for Windows
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Timing Window
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Group displayed as a waveform.
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Statelist Window
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I2C Analyzer
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Translates captured I2C commands.
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Displays Timing of all activity on the Clock
and Data lines showing you everything that
happened, including valid I2C
codes, glitches, timing errors and other
non-I2C data.
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What makes this product so superior to other
I2C Monitors is that you are able to see all activity on the Clock and
Data lines in Timing and Statelist display.
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The I2C output wizard can be
used to output I2C commands to stimulate your circuit.
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Pulse Measurements
Measurements include:
Pulse width, Minimum Pulse
width, Maximum Pulse width, Frequency,
Period, Duty cycle and Pulse
count.
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USB 2.0 Communications
The LA-5000 series communicates via High Speed USB 2.0.
High Speed Operation (500MSa/200MSa)
Although theoretically you need to capture at only twice your
sample rate, in reality you need much more than that. Our analyzers provide up to 500MSa clock rates for accurate and detailed capture.
Deep Data Buffers (up to 512K samples per channel)
Simply put, the deeper the buffer the better. Our buffer gives
you the flexibility to store a great number of events. Sometimes it is difficult to pinpoint the exact event that
you want to trigger on. With our system you don't need to know exactly
where to trigger since our large buffer will capture so many events.
And of course you can capture long events that other analyzers may cut
off. Also, you can maintain higher sampling rates to get more detail
without running out of buffer space.
Pattern Generator
The optional 100 Mpoints/s pattern generator pods
allow you to configure the LA as a pattern generator. The output patterns can be generated using our
program, from your files or acquired through the
input channels. Output voltage: High: 1.54V to 4.54V (selectable
w/type II pods), Low: Maximum 0.55V at 64mA.
Advanced Triggering
Our
Logic Analyzer captures what is important to you. The 16 level triggering (up to 160 bits each) lets you fine tune the exact point to start capturing. Multilevel triggering
can be used to look for a sequence of events (i.e. address xxxx1110xx111x0x followed by address 11xx1110xx111x0x).
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40, 80, and 160 Channel Versions
LA-5240
Modes
(user
selectable)
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Sampling Rate
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Total inputs
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Inputs/Memory
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1
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200MSa/s
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24
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(16 Ch @200MSa/s, 64KSa) &
(8 Ch @100MSa/s, 32KSa)
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2
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1Sa/s to 100MSa/s
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40
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(40 Ch @1Sa/s to 100MSa/s, 32KSa)
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3
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External clock
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40
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(40 Ch @DC to 50MSa/s, 32KSa)
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LA-5280
Modes
(user
selectable)
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Sampling Rate
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Total inputs
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Inputs/Memory
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1
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200MSa/s
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48
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(32 Ch @200MSa/s, 64KSa) &
(16 Ch @100MSa/s, 32KSa)
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2
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1Sa/s to 100MSa/s
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80
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(80 Ch @1Sa/s to 100MSa/s, 32KSa)
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3
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External clock
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80
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(80 Ch @DC to 50MSa/s, 32KSa)
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LA-5540
Modes
(user
selectable)
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Sampling Rate
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Total inputs
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Inputs/Memory
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1
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500MSa/s
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24
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(24 Ch @500MSa/s, 512KSa)
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2
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1Sa/s to 250MSa/s
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40
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(40 Ch @1Sa/s to 250MSa/s, 256KSa)
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3
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External clock
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40
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(40 Ch @DC to 80MSa/s, 128KSa)
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LA-5580
Modes
(user
selectable)
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Sampling Rate
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Total inputs
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Inputs/Memory
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1
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500MSa/s
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48
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(48 Ch @500MSa/s, 512KSa)
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2
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1Sa/s to 250MSa/s
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80
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(80 Ch @1Sa/s to 250MSa/s, 256KSa)
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3
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External clock
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80
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(80 Ch @DC to 80MSa/s, 128KSa)
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LA-55160
Modes
(user
selectable)
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Sampling Rate
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Total inputs
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Inputs/Memory
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1
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500MSa/s
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96
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(96 Ch @500MSa/s, 512KSa)
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2
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1Sa/s to 250MSa/s
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160
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(160 Ch @1Sa/s to 250MSa/s, 256KSa)
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3
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External clock
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160
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(160 Ch @DC to 80MSa/s, 128KSa)
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Accessories
Wire Harnesses:
One end of the wire harness plugs into the IO-3200
and the other has connectors for 8 channels and grounds. The wires can
be connected directly
to 0.025" posts on your test circuit or to our test clips. 4 are
included with each IO-3200 USB Logic Analyzer.
Clips:
The double gripper is designed for hard-to-make test connections of
varying sizes and shapes.
Nano-Clips:
The optional Nano-clips allow you to connect to very small surface
mount pins.
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Logic Analyzer pods
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A
complete set of Logic Analyzer pods is included. Each pod uses a 13.5"
cable to connect to the analyzer.
You can
plug individual wires into the pod or use our included wire harness to quickly connect/disconnect an entire
pods worth of wires at a time.
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File Save/Export
The data can be stored on
your PC in a number of ways:
- Files can be saved to disk for future viewing.
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Data can be exported in "CSV" format to programs like Mathcad,
Excel, Word, etc...
- You can paste screen images into your reports using programs like
Word, Excel, image editors, etc...
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Data can even be shared with other computers. You can capture data in the lab and view it in
your office or email it to other engineers at remote locations for
analysis - you don't need to have our instrument connected to view
a file..
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Software Libraries (DLL)
If you wish to write your own software to drive the unit, you can buy our optional
DLL library. The DLL was
written in Visual C++ and includes a sample program that allows you to
configure the device, capture data and transfer it to the PC. The
DLL library works under for Win2K and WinXP for the USB
version of the LA.
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