Engineering knowledge for better sensing decisions.
Technical articles built around measurement principles, power-conversion architectures, application constraints and practical engineering choices.
Five focused engineering articles.
Each topic is available as a complete web article integrated into the ADISENS Knowledge Center — no PDF reader, no document download required.
Current & Voltage Sensor Technologies — Technical Comparison
Compare shunts, current transformers, Rogowski coils, open-loop and closed-loop Hall sensing, isolated voltage measurement and optical approaches.
Read Technical Article →Current & Voltage Sensing in Industrial Drives
Variable-speed drives, robots, cranes, pumps, steel mills and machine tools: architectures, measurement points, functional safety and integration constraints.
Read Technical Article →Current & Voltage Measurement in Renewable Energy
Solar PV, wind power and battery energy storage: conversion architectures, critical sensing points, grid-interface requirements and engineering trade-offs.
Read Technical Article →Current & Voltage Measurement in EV Battery Charging
On-board chargers and DC fast charging: PFC, DC-link, isolated DC/DC conversion, battery-side measurement, bidirectional charging and safety requirements.
Read Technical Article →Current & Voltage Measurement in Railway Applications
Traction substations, onboard conversion, current and voltage measurement, protection selectivity and railway environmental constraints.
Read Technical Article →From measurement principle to application reality.
ADISENS technical content connects sensing technologies with the electrical architecture in which the measurement is used. The objective is to clarify the trade-offs between isolation, bandwidth, DC capability, accuracy, thermal behaviour, mechanical integration and lifecycle requirements.
Use the Product Selector or contact our technical team with your operating range, electrical architecture and integration constraints.
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