Elevating the Performance of Core Current Sensors - Achieving Fast-response and High-accuracy Core Current Sensors.
The industry’s top-class fast response and noise performance achieve high-accuracy core current sensors with minimal detection delay. Furthermore, the magnetic core’s thermal drift compensation enables high accuracy over a wide temperature range.
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The Next Frontier of Functional Safety - Enhancing the Automotive Battery Safety with a Standalone, Microcontroller-less System Configuration.
The S-19193 Series can continue monitoring the battery cell when it is overcharged and overdischarged through the standalone operation without a micro controlling.
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Automotive Battery Protection ICs / EDLC Voltage Monitoring ICs - Achieving Robust Automotive BMS
ABLIC's Automotive Battery Protection ICs / EDLC Voltage Monitoring ICs - Ideal for secondary monitoring systems, achieving robust automotive BMS - Battery Monitoring Independent from MCU/Constant Operation with Low Current Consumption/Certified Development Process/Ease of Decomposition
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Ensuring Metal-cased Battery Safety with Nch High-side Protection - Ideal for short-circuit protection of metal-cased batteries
A standardized ground level simplifies the system design. Triple step-up circuit reduces the on-resistance of FETs and suppresses heat generation during charging. High-accuracy overcurrent/overcharge protection maximizes battery performance without compromising safety. Power-saving pin prevents zero battery charge and deep discharge. NTC thermistor connection pin achieves overheating protection function.
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Functional Safety Compliance
In ABLIC's automotive products, we have developed products that comply with the "IATF16949" quality management system and the "AEC-Q100" reliability standard for electronic components. Functional safety requirements for semiconductors are increasing, and ABLIC is working to enhance the safety and reliability of automotive products.
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Achieving Peak DIMM Performance - SPD Hub ideal for DDR5 DIMMs
SPD Hub supporting I2C & I3C communication (JEDEC standard compliant: SPD5118). Contribute to flexible purchasing. Stable communication is achieved. DDR5 SPD EEPROM with Hub built-in temperature sensor.
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S-82M3A/M4A
Battery Protection IC for 3-serial or 4-serial Cell Pack with Constant Voltage Output Pin for Real-time Clock and CTL Pin Enabling Any Order of Battery Connection (Secondary Protection) S-82M3A/M4A Series
S-82L4A
Battery Protection IC for 3-serial or 4-serial Cell Pack with Constant Voltage Output Pin for Real-time Clock and CTL Pin (Secondary Protection) S-82L4A Series
S-82K3B/K4B
Battery Protection IC for 3-serial or 4-serial Cell Pack with Constant Voltage Output Pin for Real-time Clock Enabling Any Order of Battery Connection (Secondary Protection) S-82K3B/K4B Series
S-82H4B
Battery Protection IC for 3-serial or 4-serial Cell Pack with Constant Voltage Output Pin for Real-time Clock (Secondary Protection) S-82H4B Series
S-82K5A
Battery Monitoring IC for 3-serial to 5-serial Cell Pack (Secondary Protection) S-82K5A Series
About ABLIC Inc.
ABLIC Inc. started analogue semiconductor business based on the development of CMOS ICs for the world’s first practical quartz watches in 1968.
Since then, we have been continuing to provide small, low-power consumption, and high-precision analog semiconductor products, not only for watches, but also for a wide range of consumer, mobile, automotive devices, and healthcare equipment.
We joined as one of the MinebeaMitsumi Group companies in April 2020, and will keep contributing to the enrichment lives around the world under our vision of inspiring customers with “Small, Smart, Simple” analog semiconductor solutions.
