Applications: Features

An LDO regulator capable of outputting the high voltage required by a gate driver circuit

This is an LDO regulator with a 36V input, 1.8 to 30V output, 500mA output, an ultra-low current consumption of 5.0μA (typ.) and a high-power dissipation of 5.21W. This makes it ideal for the around 15 to 18V high-voltage gate driver circuits.

An LDO regulator capable of outputting the high voltage required by a gate driver circuit

This is an LDO regulator with a 36V input, 2.5 to 30V output, 500mA output, fast transient response and a high-power dissipation of 5.21W. This makes it ideal for the around 15 to 18V high-voltage gate driver circuits.

Provides stable power supplies thanks to the industry’s highest PSRR and the industry’s fastest transient response!

This LDO regulator offers a 36V input, 1.8 to 30V output, 300mA output, High PSRR 75dB (at f = 1.0 kHz) with Fast Transient Response. In addition, a wide range of packages allows customers to choose the right package for their application. Stabilized power ideal for automotive devices.

World’s Lowest Current Consumption Reduces Standby Current

This is an LDO regulator with a 36V input, 40mA output, an ultra-low current consumption of 2.2μA (typ.) and comes with a reset function for monitoring the output voltage of the internal LDO regulator. It can be used as a timer IC power supply to create an intermittently operating system with ultra-low current consumption.

Voltage Tracker that contributes to high-accuracy sensing

The industry’s lowest offset voltage of ±5mV helps keep the power supply voltage of the off-board ratiometric sensor equal to the reference voltage (Vref) of the AD converter (ADC) handling ECU measurements, raising sensor reading accuracy. The voltage tracker with its 36V input and 50mA output current is housed in an HSNT-6(2025), the industry’s smallest package. The S-19720 helps further reduce the footprint of automotive devices.

Improves Higher-accuracy Sensing and Safety Design

The voltage tracker with its offset voltage of ±4.5mV, 36V input, 250mA output current, and built-in Anomaly Notification. It can handle three types of abnormalities: overvoltage, overcurrent at the output pin, and heating of itself. It is possible to select the appropriate combination of outputs according to the specifications and applications.

Low Current Consumption Battery Monitoring IC with Industry’s Fastest Detection Response

The S-19114 Series exhibits the industry’s fastest voltage detection response time of 10µs max. and low current consumption of 2.0µA typ. Improves safety and lower current consumption of automotive devices.

Low Current Consumption Battery Monitoring IC with Industry’s Fastest Detection Response

The S-19116 Series exhibits the industry’s fastest voltage detection response time of 6.8µs max. and low current consumption of 2.0µA typ. Improves safety and lower current consumption of automotive devices.

Contributes to Building Greater Functional Safety of Automotive Devices

The window voltage detector capable of monitoring undervoltage and overvoltage, 6V input, voltage detection response time of 10µs typ. The S-191A Series has a manual reset function that enables the diagnosis of non-safe faults of the IC.

High-reliability Voltage Monitoring for Functional Safety

A window battery monitoring IC that detects 36V input, undervoltage and overvoltage with high accuracy. The wide rated voltage from -30 to 45V of the monitoring connection (SENSE) pin enables input of high voltage as well as negative voltage.

Single chip IC for Supplying MCU Power, Monitoring Voltage and Operation

This is a window watchdog timer IC with a 36V input, 250mA/500mA output and comes with reset and LDO regulator functions. Current consumption during operation is a mere 3.0μA, which helps reducing standby current. We are sure you will find a product tailored to your needs in our extensive lineup.

Single chip IC for Supplying MCU Power, Monitoring Voltage and Operation

This is a window watchdog timer IC with a 36V input, 500mA output and reset and LDO regulator functions. Current consumption during operation is a mere 3.2μA and when the Enable (EN) pin turns off the power supply to the MCU, standby current is reduced to virtually zero.

Achieves low noise in the industry’s smallest ultra-small package!

Built-in spread spectrum clock generation circuit. This reduces conducted emission to about 1/3 of our conventional products. A step-down switching regulator (DC-DC converter) with a 36V input capable of direct connection to a battery, 1A output current in an HSNT-8(2030), the industry’s smallest package. The total mounting area including external parts can also be the industry’s smallest.

Ideal for emergency backup battery

The S-19990 Series is the industry's lowest operation voltage of 3.0V for a 36V operation step-up switching regulator controller. It can also boost voltage even with low-voltage capacitors/batteries, making the emergency backup battery more compact and reducing costs.

Contributes to improved ECU performance

The S-19990 Series is the industry’s lowest operation voltage of 3.0V for a 36V operation step-up switching regulator controller. It also comes with a built-in spread spectrum clock generation circuit to reduce EMI in the system.

A Simple Configuration Capable of Standalone Monitoring Provided with a Self-diagnosis Function for Failure Detection

This is a 3 to 6-serial cell battery monitoring IC with a standalone monitoring function and self-diagnosis (self-test) function. Since the current consumption during operation is 18μA (max.), it can also be used in systems with strict standby current restrictions.

We offer a wide range of product lineups with high reliability, high performance, and high quality

ABLIC's automotive serial EEPROMs offer a wide range of product lineups that supports various interfaces, memory capacity, and packages.

Accurate Rotation Detection for Greater Comfort, Convenience, and Safety in Electric Opening/Closing Mechanisms

The S-57W1/W2 S Series is a 2D dual Hall effect latch IC, that integrates a Hall element capable of detecting magnetic flux density in two different directions on a single chip. Features high magnetic sensitivity of 0.8mT typ., an output delay time of 8.4μs typ., and a small, thin package measuring 2.46 × 1.96 × t0.5 (max.) mm.

Intermittent Operation Greatly Reduces System Standby Current

This is a convenience timer with a hardware timer setting that allows the user to select alarm interrupt times using time setting pins. Thanks to its ultra-low current consumption of 0.2μA, this timer IC can replace the internal timer of a microcontroller (MCU) , which helps to greatly reduce standby current by operating the system intermittently.

Contributing to High-Accuracy Current Sensors

Low offset voltage enables high-accuracy current detection. Input Rail-to-Rail enables low-side and high-side current detection.

Contributing to High-Accuracy Current Sensors

A wide operating voltage range allows use of this IC in systems from 5V to high-voltage systems directly connected to battery. Low offset voltage enables high-accuracy current detection. Input Rail-to-Rail enables low-side and high-side current detection.

This regulator features an operating current of 95nA typ., for ultra-low power consumption to significantly extend battery life.

Simple battery monitoring! IC with a "supply voltage divided output"!
The supply voltage divided output of this IC separates input voltage (V _IN ) and outputs it to V _IN /2 or V _IN /3. This function can connect the supply voltage divided output from the IC directly to the A/D converter of the low-voltage microcontroller, allowing the microcontroller to monitor the battery voltage without a divider resistor.

Small footprint
The compact package of this supply voltage divided output IC facilitates its smaller footprint.

This synchronous step-down switching regulator (DC-DC converter) has a track record for use as reference design for GPS and Bluetooth chips.

The industry’s top class super-low current consumption
Super-low current consumption of 260nA typ. makes it ideal for reducing battery power consumption in standby mode.

Ultra-high efficiency at low load
An efficiency of 90.5% at 100μA load provides robust support for long extended battery operation.

WLP package (S-85M Series)
The industry’s smallest WLP package reduces product footprint to a mere 1.6 x 2.7 x 4.3mm^2* including external components.
*When recommended products are used

The S-821A/1B Series is an IC that can provide Nch high-side protection, which is necessary for short-circuit protection in metal-cased batteries .
By placing the Nch MOSFETs, which control charging and discharging, on the positive side (high-side) of the lithium battery, the ground levels of the battery pack and system can reach the same voltage, contributing to a simplified system design.

Power-saving (PS) function, which prevents complete depletion of the battery pack during storage!
A low current consumption mode (50nA max.) can be engaged by inputting an external signal to the PS pin. Thanks to this mode, discharge current of the battery pack and current consumption of the protection circuit can be virtually eliminated during shipping of the battery pack.

An IC Satisfying the Industry’s Highest Standards, Fully Operational up to +125℃, Data Can be Rewritten up to 300,000 Times and Retained for up to 50 Years

This is an 8K to 256Kbit SPI bus serial EEPROM. We provide a broad lineup of packages from 8-pin SOP, 8-pin TSSOP and 8-pin TMSOP.