MSO5000HD-PWR

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UNI-T MSO5000HD Options Series

MSO5000HD-PWR – Advanced Power Analysis Software Option

⚡ Analyze Power with Confidence on the MSO5000HD

The MSO5000HD-PWR unlocks a comprehensive set of power measurement and analysis tools for the UNI-T MSO5000HD Series oscilloscopes. Designed for engineers working on power supplies, motor drives, inverters, and embedded systems, this option provides everything you need to evaluate signal quality, switching behavior, and overall efficiency with speed and precision.

From harmonic distortion to dynamic efficiency, this software license enables your oscilloscope to serve as a full-featured power analyzer—ideal for switching regulator design, power loss evaluation, and real-world EMC readiness.

🔍 Power Analysis Measurement Types

Measurement Type	Description & Application Example
Power Quality	Measures voltage, current, frequency, crest factor, and THD. 📌 Used to assess the AC input health of power supplies or grid-connected systems.
Harmonics	Analyzes harmonic components of voltage or current signals. 📌 Used to identify distortion in motor drives, SMPS input stages, or inverter outputs.
Rds(on)	Measures on-state resistance of MOSFETs. 📌 Used for calculating conduction loss in switching transistors.
Switching Loss	Quantifies energy dissipated during MOSFET or IGBT transitions. 📌 Essential for optimizing gate drive design and improving power conversion efficiency.
Safe Operating Area (SOA)	Verifies that switching devices stay within voltage-current limits. 📌 Used in high-reliability power designs such as automotive or avionics systems.
Slew Rate	Measures dV/dt and dI/dt during switching transitions. 📌 Used for EMI mitigation and validating turn-on/turn-off behavior.
Ripple Analysis	Detects voltage and current ripple in DC outputs. 📌 Used in switching power supply design and regulator loop tuning.
Transient Response	Evaluates regulation behavior during load changes. 📌 Used in step-load response and dynamic performance validation.
Efficiency Measurement	Calculates input vs. output power ratio. 📌 Used to certify energy compliance and optimize power system design.

⚙️ Features and Capabilities

Automatic math-based waveform processing with support for math channels, filtering, and RMS averaging
Supports differential voltage and current probe scaling for high-side, floating, or isolated measurements
Tabular and graphical results display with quick snapshot or continuous acquisition modes
Automated report generation with pass/fail margins and screen captures for documentation or compliance

🧠 Benefits of MSO5000HD-PWR

Eliminate Guesswork in Power Design
View real energy loss, waveform overshoot, and efficiency drops—without manually stitching together math measurements.
Replace Dedicated Power Analyzers
One instrument handles waveform capture, decode, and power metrics—streamlining your test bench and budget.
Faster Design Cycles
Catch switching loss, EMI sources, or regulation instability early in development—accelerating prototype validation.
Built for High-Side and Low-Side Testing
Supports isolated, ground-referenced, or differential probing configurations commonly required in power electronics.