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MSO7000X-PWR

$999.00
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Description

Add this Power Analysis Option to your MSO73000X to unlock Power Quality, Harmonic Analysis, Switching Loss, Ripple Wave Analysis, Loop Analysis, and Safety Operation Area

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OVERVIEW

DOCUMENTATION

MSO7000X-PWR – Power Analysis Option

⚡ Advanced Power Measurements for Switching Power Supply Design

The MSO7000X-PWR unlock enables a complete suite of power analysis tools on your UNI-T MSO7000X Series oscilloscope. With this option, engineers can perform accurate switching loss measurements, loop response testing, harmonic analysis, and detailed waveform evaluations—all in a single workflow tailored for modern power electronics and embedded power systems.

Whether you're designing high-efficiency DC-DC converters, characterizing GaN/SiC semiconductors, or teaching advanced power theory, this software upgrade delivers high-speed automation and professional-grade results.


🔍 Included Power Analysis Functions

Measurement Type Description
Switching Loss Calculate power dissipated during switch transitions. Supports Vds × Id integration for each cycle.
Rds(on) Determine on-resistance of MOSFETs under real switching conditions.
Safe Operating Area (SOA) Visualize V-I operation points and compare against device limits.
Harmonic Analysis Decompose voltage or current waveforms into fundamental + harmonics. Evaluate THD, distortion, and EMI effects.
Bode Plot (Loop Response) With MSO7000X-AWG, generate gain/phase plots to assess control loop stability and phase margin.
Startup, Transient, and Efficiency Measure soft-start behavior, load transients, and power conversion efficiency.

🧠 Real-World Use Cases

DC-DC Converter Design and Debug

Characterize switching events, power losses, ripple, and dynamic response under real-world load conditions.

GaN/SiC Device Characterization

Analyze fast-edge transitions and verify safe operating margins. Evaluate switching performance across temperatures and loads.

EMI and Harmonics Testing

Use harmonic analysis to understand how waveform distortion contributes to EMI and compliance issues.

Control Loop Stability Verification

With AWG enabled, inject frequency sweeps and generate full Bode plots to verify gain/phase response of feedback loops.


🔧 Features & Capabilities

  • Automated power measurements with visual overlays and statistical summaries
  • Supports voltage and current probes including differential and Hall-effect sensors
  • Cursor-based fine-tuning and measurement gating for complex waveforms
  • Fast waveform refresh with real-time update of power metrics
  • Exportable data for offline review or report generation

📦 Requirements & Accessories

  • Requires voltage and current probe combination (e.g., UT-V10 + current probe)
  • Bode plot analysis requires MSO7000X-AWG and isolation transformer (e.g., UT-ISOT)

🛠️ Ideal Applications

  • Power electronics design and debug
  • Switching power supply analysis
  • EMI compliance testing and optimization
  • Educational training on power quality and waveform integrity
  • Control loop stability analysis with integrated Bode plots

🔗 Related Unlock Options


📋 Summary of Unlockable Features – MSO7000X Series

Standard protocols included: RS-232/UART, I²C, SPI, CAN, LIN
Optional unlocks:

  • MSO7000X-PWR – This page
  • MSO7000X-AERO – MIL-STD-1553 & ARINC 429
  • MSO7000X-AUDIO – I2S, LJ, RJ, TDM
  • MSO7000X-CANFD – CAN FD
  • MSO7000X-FLEX – FlexRay
  • MSO7000X-SENT – SENT
  • MSO7000X-JITTER – Jitter and eye diagram
  • MSO7000X-AWG – Arbitrary waveform generator
  • MSO7000X-LA – 16-channel logic analyzer
  • MSO7000X-BND – Complete protocol bundle


DATA SHEET
Not Currently Available. Contact us with questions.
USER MANUAL
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PROGRAMMING MANUAL
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