Bundle Up and Save!
Now through 09/30/25 save up to 30% on UNI-T MSO/UPO3000 or MSO/UPO2000 series oscilloscopes with Free Software bundles. 
Learn More Here

MSO3000X-PWR

$845.00
Save {price}%

Description

Add this Power Analysis Option to your MSO3000X to unlock Power Quality, Harmonic Analysis, Switching Loss, Ripple Wave Analysis, Loop Analysis, and Safety Operation Area

Top Specifications

Register today for a 15% EDU Discount

Guarantee safe & secure checkout

trust2

OVERVIEW

DOCUMENTATION

MSO3000X-PWR – Advanced Power Analysis Option

⚡ Measure Efficiency, Loss, and Stability—Directly on Your Scope

The MSO3000X-PWR unlock transforms your UNI-T MSO3000X Series oscilloscope into a powerful tool for power electronics analysis, enabling automated measurements of switching loss, harmonic distortion, power quality, and control loop behavior. Designed for engineers working in power supply design, embedded systems, and automotive electronics, this license eliminates the need for offline calculation or external analysis tools.

With dedicated measurement modes and a guided interface, you’ll save time and gain confidence in your power circuit validation process.


✅ Protocols Included by Default

Every MSO3000X model includes:

  • RS-232 / UART

  • I²C

  • SPI

🧩 Power analysis functions require the MSO3000X-PWR license.


🔓 What You Unlock with MSO3000X-PWR

Measurement Function What It Does & Why It Matters
Switching Loss Quantify energy dissipated during on/off transitions of power switches. 📌 Helps reduce heat and improve efficiency in converters.
Rds(on) Measurement Measure on-resistance of MOSFETs or IGBTs. 📌 Identifies degradation or overheating trends.
Safe Operating Area (SOA) Analyze V-I characteristics during switching. 📌 Ensures devices operate within safe boundaries.
Power Quality Calculate RMS, apparent, and real power. 📌 Useful for AC power input and inverter design.
Harmonic & THD Analysis View harmonic content and total harmonic distortion. 📌 Used for EMC compliance or waveform distortion tracking.
Efficiency Measurement Compare power in vs. power out. 📌 Optimize power supply stages and track losses.
Ripple & Slew Rate Measure output ripple and voltage/current slew rates. 📌 Indicates transient behavior and filtering effectiveness.
Loop Response (Bode Plot) Requires AWG unlock. 📌 Analyze stability of feedback control systems.

🧠 Real-World Use Cases

SMPS (Switch-Mode Power Supply) Design

Evaluate switching losses and control loop behavior in buck, boost, and flyback converters.

Automotive ECU Power Validation

Verify startup transients, DC rail ripple, and regulator response under dynamic load.

LED Driver & Power Amplifier Efficiency

Measure power consumption vs. output light/sound power to optimize for battery life and thermal headroom.

Power Adapter Compliance

Perform power quality and harmonic analysis to meet regulatory specs like EN61000-3-2.


🔧 Technical Capabilities

  • Guided measurement interface for faster setup

  • Visual overlays on switching waveforms

  • Compatibility with external current and differential voltage probes

  • Exportable reports with pass/fail conditions

  • Frequency domain view (harmonics) and time-domain tracking

  • Synchronized with other serial decode and waveform views


🛠️ Ideal For

  • Power supply designers

  • Motor drive engineers

  • Automotive embedded developers

  • Test and compliance engineers

  • Power electronics educators


🔗 Related Options


📋 MSO3000X Unlock Summary

Standard Protocols (Always Included):
✔ RS-232 / UART
✔ I²C
✔ SPI

MSO3000X-PWR Unlock Includes:
✔ Switching loss
✔ Efficiency
✔ Harmonics / THD
✔ Rds(on)
✔ SOA
✔ Ripple
✔ Transients
✔ Power quality

Other Unlock Options:
Protocol Decoding (CAN, LIN, etc.)
AWG (Waveform Generator + Bode Plot)
AUTO / BND Bundles


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

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)