| Narrow Band Spectrum |
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We now provide narrow band spectral analysis, with up to 2M samples in the FFT. This allows 50 Hz resolution in a 50 MHz bandwidth.
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| Persistence |
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Persistence is now available in the desktop application. If you already own a Cleverscope download the update to use this feature. Here we are using it to generate a typical "eye" diagram.
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| Finding A Glitch |
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By using the dual trigger capability and the tracking graph you are able to locate a rogue pulse.
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| Logging Screen |
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Any signal information can be logged at up to 10 Hz. An added bonus is being able to see as much of the captured file as you wish while capturing is happening. You are also able to open the file in the standard scope graph and see the first two channels of captured data.
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| 10.7 MHz IF envelope |
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Demonstrates the use of two triggers to lock on the envelope. Set the first trigger negative going just after the peak, trigger two the inverse and time between greater than 40% of a half cycle of modulation.
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| Knobs are an option on cleverscope |
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You asked for them so they were added! For those who like the effect. Remember you can also use your mouse wheel to control whichever effect has the focus. So click on timebase expand and then use your wheel to zoom in and out.
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| DC Offset |
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Two usb oscilloscope with the same input signal - a 400mV, 1kHz signal on 2V DC. The cleverscope graph (on the right) offsets the input range to achieve 10 (or 12, or 14) bits across the chosen amplitude range - the competitor has to use its 8 bits of resolution to digitise the full -5 to +5 volts. The result speaks for itself but for more, check out the new "Cleverscope Oscilloscope Review" on our resources page.
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| Digital Size and Decoding |
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There are two options for the size of the digital window which are demonstrated here. This also shows the decoding of an spi data stream.
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| 4 Channel Scope Graph |
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