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Cleverscope | Oscilloscopes

Cleverscope CS328A Mixed Signal Oscilloscope and Signal Analysis System

Cleverscope CS328A is a high-resolution, mixed-signal oscilloscope and signal analysis platform designed for in-depth embedded systems debugging, control system validation, and frequency/spectrum response analysis. It combines oscilloscope, spectrum analyzer, signal generator, and a mathematics engine into a powerful PC-connected tool ideal for engineers, educators, and researchers..

  • Detail
  • Special Features
  • Specification

Cleverscope CS328A supports advanced debugging, design verification, and control system evaluation workflows, including:

  • Stepper Motor Analysis: Capture and process PWM-driven micro-stepping waveforms, analyze torque behavior using math filtering, and evaluate performance.

  • CCD Sensor Evaluation: Trigger on specific CCD transfer pulses, evaluate analog transfer signals, and synchronize acquisition with digital inputs.

  • Custom Units and Signal Labeling: Define engineering units, apply to analog/digital channels for intuitive visualization (e.g., volts to amps).

  • Dual Trigger Capture: Enable complex conditions like step timing, signal gaps, or combined digital/analog edge events with timing constraints.

  • Spectrum + Signal Generator: Sweep sine waves across frequency bands to evaluate FIR filter response, motor driver bandwidth, and more.

  • Filter and Frequency Response: Design, simulate, and validate digital filters using the built-in math and signal analysis tools.

  • Mixed-signal capture: 2 Analog + 8 Digital channels

  • Dual independent trigger system for complex event detection

  • Integrated spectrum analysis and FRA capability

  • Built-in signal generator with arbitrary waveform support

  • Supports math functions: addition, subtraction, filtering, integration, etc.

  • Real-time zoom & tracking graph with 4M samples per frame

  • Peak capture mode for glitch detection (down to 10ns resolution)

  • Dynamic offset & scale for full ADC range utilization

  • Filter Response Evaluation with gain/phase visualization

  • Competitive advantage over traditional scopes in resolution, memory, and triggering

Parameter Details
Analog Channels 2 (12-bit resolution)
Digital Channels 8
Sample Memory 4M samples total (2M per frame minimum)
Signal Generator Output Sine, square, triangle, arbitrary, 0.003–10 MHz
Triggering Dual independent mixed-signal trigger
ADC Resolution 10–12 bits (hardware averaged)
Offset Range ±50V analog offset (at sensitive ranges)
Dynamic Range (Unprocessed) Up to 72 dB (raw ADC input)
Min Glitch Resolution 10 ns
Peak Capture Yes (displays min/max per pixel)
Filter Response Analysis Yes (gain/phase plots, 20 steps/decade)
Supported Math Functions +, –, *, /, sqrt, log, sin, cos, integration, filtering
FFT/Spectrum Analysis Yes
Averaging Yes (standard and peak)
Self-Calibration Yes
Overload Protection 300 Vrms
USB Interface High-speed USB (480 Mbps)
Software Interface Dual-window, resizable, with tracking history
Supported Triggers State, duration, count, period, edge