Data Acquisition  USBee ZX Analyzer
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The USBee ZX Digital Test Pod combines state of the art design with easy to use PC software to give you a complete digital test bench in a small and affordable package. Connecting to your PC, the USBee ZX Digital Test Pod uses the power and speed of the USB 2.0 High-Speed bus to capture and control information from your own hardware designs.
The USBee ZX is a complete digital test bench in one compact and easy to use pod. Combined with the free, yet powerful, Windows® 2000 and XP software the USBee ZX is a deep buffer depth Logic Analyzer and Signal Generator. You can also build your own tools using the USBee ZX Tool Builder software and Visual Basic or Visual C .
Also on the USBee ZX is a Frequency Counter, Asynchronous Serial Controller and Monitor, I2C Bus Controller, Frequency Generator, Pulse Counter and I2C bus Analyzer (included in the Logic Analyzer module).
USBee ZX takes advantage of already existing PC resources. The USBee ZX pod streams data over the High-Speed USB bus only to and from the PC, allowing the PC to perform all of the triggering and data storing. This makes possible an affordable USBee ZX, while pushing the sample storage capabilities orders of magnitudes beyond that of traditional dedicated logic analyzers or signal generators. The USBee ZX Digital Test Pod can utilize available PC memory as the sample buffer, allowing selectable sample depths from one to many hundreds of millions of samples.
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Features
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Powerful signal analyzer software including serial bus decoders and automatic measurements.
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Capture millions of digital samples of the 8 signals at up to 24Msps (*) and display them on your PC.
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Draw millions of digital samples per waveform and generate them at up to 24Msps. (*)
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Write your own Visual Basic or C tools that control the USBee ZX. Includes full Logic Analyzer and Signal Generator functionality.
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Toggle the state of a USBee ZX digital signal with the push of a button
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Log the state of the USBee ZX signals over time at 1/4s to 300s per sample
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Create I2C scripts including detailed start, stop and ack positioning. Save trace data to a file for further processing.
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Measure the frequency of a USBee signal (0 to 12MHz)
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Control 8 independent PWM signals using scroll bars
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Generate a number of standard frequencies using the 8 signal lines.
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Count edges of digital pulses that occur on each of the 8 signal inputs
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