Circular buffer segmentation separates high and low resolution data streams to resolve memory bandwidth constraints in power quality metering.
A signal analyzer uses machine learning to detect glitches in digitized RF segments without manual trigger configuration.
An acquisition evaluator compares stored acquisitions against criteria to preserve infrequent events in secondary memory.
Container logic enables move mode for rearranging waveform containers, preventing accidental alterations during workspace configuration.
A method for oscilloscope 3D mapping in scan mode uses a flag to update data in a FIFO memory and video memory.
An oscilloscope post processing system uses an interval selector to route signal samples from acquisition memory for independent time and frequency domain analysis.
An equalization simulator detects training sequences in digitized waveforms to generate optimized equalizer taps for signal processing.
A frequency measurement device multiplies input signals and counts them with short gate times to enhance dynamic range.
Grouping measurement channels allows selective trace display, resolving the trade-off between information completeness and visualization time.
A display system locally distorts dense graphs by expanding selected portions while compressing adjacent areas to preserve orthogonal scale.
A touchscreen measuring device magnifies measurement signals at the touched position using a processing unit.
Digital search triggering evaluates signals across the full acquisition bandwidth, eliminating missed events caused by analog trigger limitations.
Multi-domain measurement system correlates analog signals with power data using a high-resolution probe to optimize battery-powered device design.
A universal elevator door monitor uses differential amplifiers to convert analog signals into numeric values for microcontroller processing.