The PicoScope 4224 and 4424 are supplied with PicoScope oscilloscope software. PicoScope is your complete test and measurement lab in one easy to use application. As well as a fully functioning oscilloscope with advanced features such as digital persistence, math functions and automated measurements, PicoScope software allows you to use your PicoScope 4224 or 4424 as a spectrum analyser. PicoScope is free to use on as many PCs as you like, it's regularly updated with new features and enhancements, and you can always download the latest version from the Pico website.
We know that you may want to write your own software or use a third party application to control your PicoScope oscilloscope. No problem. We also provide a free software development kit that contains various software drivers and example code.
Your PicoScope 4000 Series scope is powered from the USB 2.0 interface, so there's no need for you to carry an external power supply or batteries with you. The USB port also delivers high speed data to your PC to give you a responsive, high resolution display. With 80 MS/s real time sampling, the 4000 Series are one of the fastest USB powered 12 bit scopes available.
Thanks to the advanced 32 megasample buffer which is ‘always on', there is never a compromise between buffer size and performance. The PicoScope 4000 Series always maximises both the buffer size and display update rate at the same time. Now you can easily capture every detail of every waveform without compromising the performance of your scope.
Normally if you want to use IEPE sensors you either need to buy an expensive oscilloscope with an IEPE interface, or an equally expensive add on module. Not anymore. Our PicoScope 4224 IEPE is at a price you can afford, and features an integrated IEPE interface making it compatible with industry standard IEPE accelerometers and microphones.
With both 2 and 4 channel versions, 20MHz analogue bandwidth, 80MS/s real time sampling, 12~16 bits resolution, 1% accuracy and a wide input range, a PicoScope 4000 Series USB scope is the powerful high resolution oscilloscope that will fulfill your needs.
PicoScope is your complete test and measurement lab in one easy to use application
Start PicoScope, click Auto setup and your PC is transformed into a powerful oscilloscope with the timebase and triggering already set up. Click Persistence mode and you can emulate the phosphor display of a conventional analog scope, useful for displaying complex analog signals and spotting glitches. Click Spectrum mode and your PC becomes an FFT spectrum Analyser. And there's more….
Using the automated measurements feature in PicoScope you can automatically measure everything from peak to peak voltage, to rise time and signal to noise ratio, turning your PicoScope 4000 Series into a multimeter. “But my multimeter can measure resistance!” So can your PicoScope! Measure the voltage using one channel of your scope, the current using another channel then use the built in math functions to automatically display the resistance.
Despite the many advanced features and functions, PicoScope is still fast and easy to use. Even if you've used a traditional “knobs and buttons” oscilloscope for many years, the intuitive controls and familiar Windows user interface of PicoScope make it incredibly easy to use.
PicoScope software is regularly updated with feature extensions and improvements. These can be downloaded for free from our website and ensure that your oscilloscope will always have the latest features and enhancements.
Top of PageYour PicoScope Oscilloscope comes complete with a software development kit (SDK). The SDK contains a range of software drivers and example code that you can use to write your own software or to use your PicoScope Oscilloscope with third party software.
Talk to us about the TA095 single axis IEPE accelerometer, which is suitable for use in a wide range of applications.
Model | PicoScope 4224 (PP492) | PicoScope 4224 IEPE (PP695) | PicoScope 4424 (PP493) |
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Bandwidth (10MHz on ±50mV range) | 20MHz (10 MHz on ±50 mV range) | Passive Probe Mode: DC to 20MHz IEPE Interface Mode: 1.6Hz to 20Mhz |
20MHz (10 MHz on ±50 mV range) |
Output | not applicable | 4mA up to 24V ±5% | not applicable |
Channels | 2 | 2 | 4 |
Vertical Resolution | 12 bits | ||
Enhanced Vertical Resolution | 16 bits | ||
Accuracy | ±1% | ||
Rise Time | 17.5ns (calculated) on all ranges except 50mV; 35ns (calculated) on 50mV range | ||
Sensitivity | 10mV/div to 20V/div | 10mV/div to 4V/div | 10mV/div to 20V/div |
Input Ranges (Full Scale) | ±50mV to ±100V in 11 ranges | ±50mV to ±20V in 9 ranges | ±50mV to ±100V in 11 ranges |
Input Characteristics | 1MΩ in parallel with 22pF | 1MΩ in parallel with 22pF IEPE Interface Mode:1MΩ in parallel with 1nF |
1MΩ in parallel with 22pF |
Input Type | Single ended, BNC connector | ||
Input Coupling | Software selectable AC/DC | Software selectable AC/DC IEPE Interface Mode: AC | Software selectable AC/DC |
Overload Protection | ±200V (DC+AC peak) | ±100V | ±200V (DC+AC peak) |
Maximum Sampling Rate (Single Shot) One Channel in Use Two Channels in Use 3 or 4 Channels in Use |
80MS/s 80MS/s | 80MS/s 80MS/s | 80MS/s 80MS/s 20MS/s |
Maximum Sampling Rate (Continuous Streaming Mode) |
1MS/s (Record length limited to 20MS in PicoScope, unlimited when using the supplied API) | ||
Buffer Memory | 32M samples shared between active channels | ||
Waveform Buffer | Up to 10000 waveforms | ||
Timebase Ranges | 100ns/div to 200s/div | ||
Timebase Accuracy | 50ppm with ≤ 10ps jitter |
Triggers | |
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Source | Any input channel |
Basic Triggers | Auto, repeat, single, rapid, none |
Advanced Triggers | Rising edge, falling edge, edge with hysteresis, pulse width, runt pulse, dropout, windowed |
Maximum Pre Trigger Delay | 10 x “per division” timebase setting |
Maximum Post Trigger Delay | 50s |
Spectrum Analyser | |
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Bandwidth | 20MHz |
Frequency Rrange | DC to 20MHz |
Maximum Number of Bins | 1,048,576 |
Display Modes | Magnitude, peak hold, average |
Window Types | Blackman, Gaussian, Triangular, Hamming, Hann, Blackman Harris, Flat Top, Rectangular |
PC Requirements | |||
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Minimum |
Processor: Pentium II processor, or equivalent Memory: 64MB (XP) / 512MB (Vista) / 1GB (Windows 7 and 8) Operating system: 32 or 64 bit edition of Microsoft Windows XP (SP3), Vista, Windows 7 or Windows 8 (not Windows RT) Ports: USB 1.1 compliant port |
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Recommended | Processor: 2GHz Pentium IV processor, or equivalent Memory: 256MB (XP) / 1GB (Vista, Windows 7 and 8) Operating system : 32 or 64 bit edition of Microsoft Windows XP(SP3), Vista, Windows 7 or Windows 8 (not Windows RT) Ports: USB 2.0 compliant port |
Environmental | |||
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Operating Environment Temperature Range Humidity |
0°C to 45°C (15°C to 40°C for quoted accuracy) 5% to 80% RH, non condensing |
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Storage Environment Temperature Range Humidity |
-20 to +60°C 5 to 95% RH, non condensing |
Physical Dimensions | |||
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Dimensions | 200 x 140 x 35mm (approx 7.9 x 5.5 x 1.4in) <500g (approx 1.1lb) |
Software | |||
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PicoScope 6 for Windows | |||
Software Development Kit | A growing collection of drivers and example code for various programming languages |
General | |||
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Power Requirements | Powered from USB port | ||
Compliance | FCC, CE |
Accessories Included | |||
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Additional Hardware | USB 2.0 cable(USB 1.1 compatible), user manuals | ||
Software | PicoLog & PicoScope 6 CD ROM | ||
Documentation | User's guide & Installation guide |