Analog Inputs
• T fully differential channels; 14-bit converters; 100 MSPS real-time sample rate
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• 500uV to 5V/division; 1MΩ, 24pF inputs with 5MHz analog bandwidth
• Input voltages up to ±25V on each input (±50V differential); protected to ±50V
• Up to 16k samples/channel buffer length
• Advanced triggering modes (edge, pulse, transition types, hysteresis, etc.)
• Trigger in/trigger out allows multiple instruments to be linked
• Cross-triggering with Logic Analyzer, Waveform Generator, Pattern Generator
or external trigger
• Selectable channel sampling mode (average, decimate, min/max)
• Mixed signal visualization (analog and digital signals share same view pane)
• Real-time FFTs, XY plots, Histograms and other functions always available
• Multiple math channels support complex functions
• Cursors with advanced data measurements available on all channels
• All captured data files can be exported in standard formats
• Scope configurations can be saved, exported and imported
Power Supplies
• T fixed power supplies derive power from USB port
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• +5V up to 50mA and -5V up to 50mA (100mA total)
Network Analyzer
• Waveform generator drives circuits with swept sine waves up to 10MHz
• Input waveforms settable from 1Hz to 10MHz, with 5 to 1000 steps
• Settable input amplitude and offset
• Analog input records response at each frequency
• Response magnitude and phase delay displayed in Bode, Nichols, or Nyquist formats
Voltmeters
Arbitrary Waveform Generator
• T independent meters (shared with Analog input channels)
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• Automatic measurements include DC, AC RMS and True RMS values
• Single-ended and differential measurement capability
• Up to ±25V on each pin (±50V max peak-peak)
• Auto-range feature selects best gain range
• T channels; 14-bit converters; 100 MSPS real-time sample rate
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• Single-ended waveforms with offset control and up to ±5 V amplitude
• 5MHz analog bandwidth and up to 16k samples/channel
• Easily defined standard waveforms (sine, triangle, sawtooth, etc.)
• Easily defined sweeps, envelopes, AM and FM modulation
• User-defined arbitrary waveforms can be defined using standard tools (e.g. Excel)
• Cross-triggering between Analog input channels, Logic Analyzer, Pattern
Generator or external trigger
Spectrum Analyzer
New!
Logic Analyzer
• 16 signals shared between analyzer, pattern generator, and discrete I/O
• 100 MSPS, with buffers supporting up to 16K transitions per pin
• LVCMOS logic level inputs
• Multiple trigger options including pin change, bus pattern, etc.
• Trigger in/trigger out allows multiple instruments to be linked
• Cross-triggering between Analog input channels, Logic Analyzer, Pattern
Generator or external trigger
• Interpreter for SPI, I2C, UART Parallel bus
,
• Captured signals can be saved and exported in standard file formats
• Performs FFT or CZT algorithm on analog input channels and displays power spectrum
• Frequency range adjustments in center/span or start/stop modes
• Linear or logarithmic frequency scale
• Peak tracking option finds peak power and adjusts display to keep peak in center
of display
• Vertical axis supports voltage-peak, voltage-RMS, dBV and dBu display options
• Windowing options include rectangular, triangular, hamming, Cosine, and many others
• Cursors and automatic measurements including noise floor, SFDR, SNR, THD
and many others
• Data file export using standard formats
Other features
Digital Pattern Generator
• 16 signals shared between analyzer, pattern generator, and discrete I/O
• 100 MSPS, with buffers supporting up to 16K transitions per pin
• Algorithmic pattern generator (no memory buffers used)
• Custom pattern editor supports up to 16K transitions per pin
• 3.3V outputs
• Data file import/export using standard formats
• Customized visualization options for signals and busses
• USB powered; all needed cables included
• High-speed USB2 interface for fast data transfer
• Software Development Kit provided for custom applications
• Waveform Generator output can be played on stereo audio jack
• T external trigger pins can link triggers across multiple devices
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• Cross triggering between instruments
• Help screens, including contextual help
• Supported by MATLAB and the MATLAB student edition
• Instruments and workspaces can be individually configured; configurations can
be exported
Digital I/O
• 16 signals shared between analyzer, pattern generator, and discrete I/O
• LVCMOS (3.3 V) logic level inputs and outputs
• PC-based virtual I/O devices (buttons, switches & displays) drive physical pins
• Customized visualization options available
Microchip MCU
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