ICsense specializes in high-efficiency, custom IC (ASIC) developments for power and battery management. With expertise in advanced DC-DC topologies—both inductive and capacitive—ICsense delivers controllers and converters achieving >96% efficiency. The ASICs integrate intelligent battery management and (wireless) charging functions, combining precision telemetry, robust protection, and scalable architectures to enable next-generation energy systems for electric vehicles, portable devices, and infrastructure.
ICsense develops high-precision, custom ASICs for battery monitoring and cell balancing in electric vehicles (xEV), supporting scalable architectures for packs exceeding 400V. Designed to measure up to +12 cells in series with stackable configurations for hundreds of cells, ICsense’s solutions feature cyclic ADCs with anti-alias filtering, programmable gain amplifiers, and online offset compensation. Proprietary techniques like Passive Capacitor Error Averaging (PCEA) and on-chip DSP with quadratic compensation ensure voltage accuracy within sub-% across temperature and supply variations. Integrated thermistor interfaces and robust communication links to BMS modules complete the solution, enabling safe, efficient, and intelligent battery diagnostics.
An ISO26262-compliant ASIC for monitoring battery cells in series featuring a high-accurate ADC, DSP compensation and robust communication to BMS modules, integrated in a AEC-Q100 qualified package.
Accurate current/voltage sensing ASIC with real-time SOC/SOH computation, reverse battery protection, strong EMC immunity (ISO 7637-1/3) and wide temperature range (-40°C to 150°C).
ICsense develops custom power management ASICs tailored for data centre infrastructure, enabling efficient, scalable, and intelligent energy control. With deep analog and mixed-signal design expertise, ICsense delivers integrated solutions for voltage regulation, current monitoring, and thermal management across high-density server environments. Designed in HV technologies, our PMICs help optimize performance, reduce energy losses, and ensure reliability in mission-critical data centre applications.
A high-speed, high-power multiphase DC-DC controller ASIC operating from 20–60V, supporting 1, 2, or 4 phases, with >1 MHz bandwidth and continuous conduction mode.
A high-speed, low-latency current sensor ASIC using TMR sensor for contactless measurement of up to 200A within 5–20 ns, with analog compensation, and compact integration in a co-packaged solution.
