| Comparison Chart |
WaveJet WJ312 |
WaveJet WJ314 |
WaveJet WJ322 |
WaveJet WJ324 |
WaveJet WJ332 |
WaveJet WJ334 |
WaveJet
WJ352 |
WaveJet WJ354 |
|
Bandwidth |
100 MHz |
200 MHz |
350 MHz |
500 MHz |
| Rise
Time |
3.5 ns |
1.75 ns |
1 ns |
750 ps |
|
Input Channels |
2 |
4 |
2 |
4 |
2 |
4 |
2 |
4 |
|
Display |
7.5" Color Flat-Panel TFT-LCD, 640 x
480 VGA |
|
Sample Rate (single-shot) |
1 GS/s |
2 GS/s (Interleaved), 1 GS/s (all
channel) |
|
Sample Rate (RIS) |
100 GS/s |
| Peak
Detect Period |
1ns |
|
Memory Length |
500 kpts/Ch (all channels) |
|
Capture Time |
500 µs
at 1 GS/s, 250 µs at 2 GS/s |
|
Vertical Resolution |
8 bit |
|
Vertical Sensitivity |
2 mV/div-10 V/div |
2 mV/div-10 V/div, 2 mV/div-2 V/div (50
W) |
|
Vertical (DC) Grain Accuracy |
± (1.5% + 0.5% of full scale) |
| BW
Limiting Filters |
20 MHz |
20 MHz, 200 MHz |
|
Maximum Input Voltage |
400 V CAT I |
400 V CAT I, 5 Vrms (50
W) |
|
Input Coupling |
GND, DC 1 MW,
AC 1 MW |
GND, DC 1 MW,
AC 1 MW, DC 50
W |
|
Input Impedance |
1 MW
± 1.5%
|| 20 pF |
1 MW
± 1.5% ||
16 pF, 50 W
± 1.5% |
|
Probing System |
BNC with Probe Sense Ring |
|
Probes |
PP010 (One per Channel) |
PP006A (One per Channel) |
|
Timebase Range |
5 ns/div-50 s/div |
2 ns/div-50 s/div |
1 ns/div-50 s/div |
500 ps/div-50 s/div |
| Roll
Mode |
50 ms/div-50 s/div (100 kS/s maximum) |
|
Timebase Accuracy |
10 ppm (typical) |
|
Triggers |
Edge, Glitch, Period, Pulse Count, TV |
|
Measure |
Base, Cycle Mean, Cycle RMS, Duty Cycle, Fall Time
(90-10%), Fall Time (80-20%), Frequency, Integral, Maximum, Mean,
Minimum, Number of +Pulses, Number of -Pulses, +Overshoot,
-Overshoot, Peak-Peak, Period, +Pulse Width, -Pulse Width, Rise Time
(20-80%), Rise Time (10-90%),RMS, Skew, Skew@level, Top, Top-Base |
|
Zoom |
Use the front panel QuickZoom button to zoom all
waveforms in a separate zoom grid |
|
Math |
Sum, Difference, Product, FFT (up to 8 kpts with
Rectangular, Von Hann, or Flat Top) |
|
Replay |
Look back at the history of waveform acquisitions
(maximum 1024 acquisitions) |
|
Physical Dimensions |
Dimensions |
7.5" x 11.2" x 4" inches (190 mm x 285 mm x 102 mm ) |
| Net
Weight |
7 lbs (3.2 kg) |
|
Models |
WaveJet WJ312 |
WaveJet WJ314 |
WaveJet WJ322 |
WaveJet WJ324 |
WaveJet WJ332 |
WaveJet WJ334 |
WaveJet
WJ352 |
WaveJet WJ354 |
|
Unique Capabilities in a Low Bandwidth Oscilloscope
The WaveJet 300 Series features unmatched performance and debugging
tools not usually found in low bandwidth portable oscilloscopes.
Engineers can simplify and shorten their debugging process with the
Replay feature and long capture time not available in other
oscilloscopes with bandwidths at 100 MHz. On top of great performance
and capabilities the WJ324 is lightweight and portable, it is only 4"
deep and features a large 7.5" color display.
Replay -
75 KB
Many engineers find it important to see a fast updating display on the
oscilloscope screen to ensure that they are capturing a lot of data and
not missing any rare events. Other oscilloscopes show you those events
briefly on screen before they fade away. But the WaveJet WJ324 with Replay
lets you see more. Replay allows you to look back in time at your
waveform to view those rare events, such as runts or glitches, and
display them in the order they occurred, providing you with unique
insight to simplify debugging and troubleshooting.
Long Capture
Low bandwidth portable oscilloscopes often suffer from very short memory
lengths, which prevents, you from using the oscilloscope to its full
potential. The WaveJet eliminates the tradeoff between high sample rate
and long capture time, by providing up to 200x the capture time, at 2
GS/s, compared to other oscilloscopes in its class. The long memory
makes WJ324 the ideal oscilloscope for viewing a mix of low-frequency
and high-frequency signals or low-speed signals with fast edges.
Automatic Measurements
Save time making measurements on your signals by using the 26 automatic
measurement parameters. See your results color coded to the channels,
and with minimum and maximum values displayed.
Waveform Math
The WJ324 provides math capabilities for additional analysis.
Available math functions include sum, difference, product, and FFT.
Measurements can then be made on the calculated waveforms.
Oscilloscope Settings and Reference Waveforms
Save captured waveforms and WaveJet settings to internal memory or a USB
memory device. Recall those settings at a later time to compare your
testing results.
Acquisition Modes
Peak detect and equivalent time acquisition modes offer flexibility in
how you capture and measure your signals. The WaveJet WJ324 can capture
glitches as small as 1 ns with peak detect mode and can achieve a sample
rate up to 100 GS/s with equivalent time mode.
Frequency Counter
Use the built in 6-digit frequency counter to simplify how you make
measurements. The counter is always displayed and easy to read at a
glance.
Triggering
Along with edge triggering, additional triggering capabilities include
Pulse Width, Period, Pulse Count, and TV triggers to help you capture
the signals you need to see. |
)
PDF
Help