Pre-Sale Option: Factory-activated node-locked license included at point of purchase
For use with MSO44B and MSO46B (4 Series B MSO) oscilloscopes
Key features
Add, configure, and remove automated measurements using pinch/swipe/zoom touch interface
Easily document test results with automated report generation, including measurements, test results, and plots in single, editable mht file or pdf file
Cover diverse applications with wide range of voltage and current probes, including state-of-the-art IsoVu optically isolated voltage probes
Configure any measurement and transfer any result via remote interface for automated testing applications
Supports Save/Recall function of session files for FRA measurements
Integrated Spectrum View analysis with Power FRA measurements
When Spectrum View is selected as analysis method, all FRA measurements supports minimum start frequency of 0.1 Hz, enabling precise low-frequency characterization for sensitive tests
Key measurements
Input measurements
Power measures true power, apparent power, power factor, and phase angle
Total Harmonic Distortion and Crest Factor measurements
Harmonics measurements, bar charts, and tables
Amplitude provides easy per-cycle measurements of voltage or current, including minimum, maximum, amplitude, and peak-to-peak
Input Capacitance measures capacitance value using voltage and current signals
Inrush Current measures peak current
Switching Device measurements
Switching Loss measures turn-on, turn-off, and conduction loss in switching devices
Safe Operating Area (SOA) provides customizable safe operating area mask testing
Timing Analysis enables easy analysis of pulse-width-modulated switching signals with cycle-by-cycle plots or histograms of pulse width, duty cycle, frequency, or period
RDS(on) measures dynamic resistance of switching device when it is in “on” state
Output measurements
Line Ripple measures amount of AC signals related to input line frequencies
Switching Ripple measures amount of AC signals related to switching frequencies
Efficiency measures power circuit efficiency by dividing measured output power by measured input power
Turn On Time measures time delay between input voltage to device under test going “high” to output voltage reaching its steady state
Turn Off Time measures time delay between input voltage to device under test going to zero state, to output voltage reaching its zero state
