MSO5000HD-AWG

MSO5000HD-AWG – Dual-Channel Arbitrary Waveform Generator with Bode Plot Functionality

🎛️ Add Signal Generation and Frequency Response Analysis to Your Scope

With the MSO5000HD-AWG unlock, your UNI-T MSO5000HD Series oscilloscope transforms into a complete source-measure test station. This software license activates the dual-channel 50 MHz function/arbitrary waveform generator, enabling waveform creation, signal injection, and full Bode Plot loop response analysis.

Engineers can simulate inputs and measure outputs—directly comparing amplitude and phase across frequency—to validate control systems, power supplies, filters, or any dynamic system under test.

🔧 Technical Specifications

📈 Built-in Bode Plot Functionality

The Bode Plot analyzer mode (unlocked with AWG) enables closed-loop frequency response measurements, showing both gain and phase over configurable frequency ranges:

• Sweep Range: 50 Hz to 50 MHz

• Sweep Points: 1–1000

• Amplitude Range:

  • 10 mV to 3 V (50 Ω)

  • 20 mV to 6 V (Hi-Z)

• DC Offset: ±1 V

• Gain/Phase Resolution: Supports margin and crossover point identification

• Result Export: Save data tables and plots as .CSV or recall saved sweeps from USB

Perfect for loop stability, filter tuning, amplifier validation, and power supply characterization.

🧠 Why MSO5000HD-AWG is Essential

• Simulate and Stimulate
  Generate test signals right from your scope for quick injection into circuits under test—no second instrument required.

• Bode Plot + PSRR
  Measure frequency response or power supply rejection in analog systems without needing a network analyzer.

• Loop Control Development
  Analyze crossover frequency, gain margin, and phase margin in closed-loop systems directly on screen.

• Ideal for Teaching and Demonstration
  Students and professionals can both benefit from visualizing frequency-domain response as easily as time-domain measurements.

🛠️ Ideal Applications

• Frequency response of voltage regulators, amplifiers, and feedback systems

• Bode analysis of filters and transfer functions

• Simulating sensor signals in automotive or industrial control systems

• Injecting noise for EMC immunity evaluation

• Teaching signal generation and stability concepts

🔗 Related Options

• ✅ MSO5000HD-PWR → – Power analysis for switching, ripple, and loss

• ✅ MSO5000HD-TIME → – Setup/hold and edge timing analysis

• ✅ MSO5000HD-BND → – All protocol decode options