ROHM

• Advanced power semiconductor technologies enable higher energy efficiency amid rising global electricity demand.
• Heat, parasitic inductance, and reliability remain key challenges in real-world power circuit design.
• System-level support, optimized packages, and built-in protection help reduce design complexity.
• A broad lineup of Si, SiC, and GaN devices allows solutions to be matched to application needs.
• Vertically integrated development and manufacturing ensure high performance, quality, and stable supply.

• Analog ICs accurately process continuous real-world signals, enabling precise sensing, control, and system feedback.
• Key functions include amplification, filtering, and control for automotive, industrial, and consumer systems.
• Low power consumption, compact size, and noise immunity support energy efficiency and miniaturization.
• Power management ICs like linear regulators and DC-DC converters control and supply power in circuits.
• Vertically integrated development and production ensure stable quality, performance, and supply reliability.

ROHM MOSFETs offer low on-resistance and fast switching performance across a wide voltage range, from small-signal devices to high-voltage power applications. A broad package lineup supports power supplies, motor drives, automotive electrification, and industrial systems, enabling efficient power conversion and thermal management.

ROHM Power Switchs integrate a low on-resistance MOSFET with protection functions such as overcurrent, overtemperature, and short-circuit protection. These smart high-side and low-side switches help simplify circuit design while improving safety and reliability in automotive and industrial load control applications.

ROHM provides a comprehensive diode lineup including Schottky barrier, fast recovery, rectifier, Zener, and TVS diodes. Low loss, high reliability, and multiple package options support rectification, protection, and switching functions across consumer, industrial, and automotive applications.

ROHM operational amplifiers cover a wide range from low-noise and low-offset types to high-speed and ultra-low-power models. Rail-to-rail input/output options support precise signal amplification in sensing, control, and signal processing for automotive, industrial, and consumer electronics.