The RA1C030LD is offered in the DSN1006-3 wafer-level, chip-size package that takes advantage of ROHM’s proprietary IC process to achieve low power dissipation together w

ROHM’s new product utilizes a circuit configuration that achieves stable switching frequency characteristics without requiring a photocoupler

The growing number of electronic components and digitalization of various type of equipment is driving the need to shrink the application solution size and to reduce the

At the same time, leveraging ROHM’s strengths in analog technology ensures stable output voltage even during steep battery voltage fluctuations.

In response, ROHM leveraged its strengths in analog technology to develop a new series of current sense amplifier ICs that achieves high accuracy current sensing in a spa

The BM1ZxxxFJ series reduces standby power consumption of the zero cross circuit to just 0.01W while continuously powering the system.

The proliferation of the Internet of Things (IoT) in recent years has led to a significant increase in the number of electronic components used for advanced control in a

Against this backdrop, ROHM developed low ON resistance -40V/-60V P-channel MOSFETs compatible with 24V input utilizing advanced 5th gen refined process.

At the same time, ROHM also provides BD34301EKV-EVK-001 evaluation boards to test the performance of ROHM’s new IC that is sold via distributor channels.

The RGWxx65C series utilizes ROHM’s low-loss SiC Schottky barrier diodes in the IGBT’s feedback block as a freewheeling diode that has almost no recovery energy and thus

The devices are ideal for driving motors in base stations (cooling fans) and industrial applications such as factory automation equipment requiring 24V input.

Going forward, ROHM will continue to expand the package lineup of the RFL/RFS series to provide automotive support while expanding applicability by reducing power consump

To date, ROHM has developed more than 1,000 voltage detectors which play an important role in ensuring the safety of equipment.

To meet these needs, in 2017, ROHM established Nano Pulse Control™ ultra-high-speed pulse control technology that provides low output voltage at high switching frequencie

The devices are designed for automotive applications such as sensors for ADAS (Advanced Driver Assistance Systems) which have become smaller and more powerful.