Keysight Device Current Analyzers
동영상
This video introduces Keysight Device Current Analyzer portfolio, purpose‑built for precise dynamic current and voltage measurements in power‑sensitive designs such as IoT, medical, automotive, and mobile devices. These analyzers capture ultra‑low‑level currents with exceptional accuracy, enabling engineers to characterize power‑delivery networks, debug power‑rail behavior, and validate device performance under real‑world operating conditions.
With 1 GSa/s high‑speed sampling, device current analyzers measure fast, transient waveforms across a wide dynamic range—far beyond the capability of conventional oscilloscopes. Up to 16‑bit ADC resolution enables precise low‑level current testing, revealing subtle variations in power consumption that directly influence battery life and system efficiency.
Advanced waveform analytics are accelerated with agile machine‑learning algorithms that automatically detect anomalies, identify rare events, and provide deeper insight into complex power behaviors. Engineers can capture long‑duration waveform data using up to 256 Megapoints of memory per channel, enabling accurate computation of critical power metrics such as average current, RMS current, peak behavior, and energy consumption over time.
Supporting up to four analog channels—with optional digital channels—these analyzers provide a scalable platform for multi‑rail and multi‑domain power characterization. Their combination of high resolution, deep memory, advanced analytics, and fast sampling creates a comprehensive solution for evaluating dynamic current demands in today’s highly integrated, power‑efficient systems.