Tag: ROHM

ROHM’s current sensing IC has a space-saving design that decreases the mounting area by 46% ROHM’s BD14210G-LA current sense amplifier guarantees long time support in the industrial market. This device operates from a single 2.7 V to 5.5 V power supply. It has a wide common-mode...

Rohm has introduced a high-efficiency 20-V N-channel MOSFET, targeting small, thin devices including smartphones, wearables, and hearables. Rohm Semiconductor has developed a compact, high-efficiency 20-V N-channel MOSFET in a DSN1006-3 WLCSP (1.0 × 0.6 mm) package, delivering...

ROHM's USB Type-C power delivery provides for quick and easy design and implementation of USB Type-C PD for sink applications (UFP) ROHM's ICs are members of their proven full-featured USB Type-C power delivery (PD) controller portfolio. They allow quick and easy design and...

ROHM Semiconductor BU27006MUC-Z Digital Color Sensor ICs sense Red, Green, Blue (RGB), and Infrared and converts them to digital values. The high sensitivity, wide dynamic range, and excellent IR cut characteristics make it possible to obtain the accurate illuminance and color...

Nano Energy™ power supply IC contributes to longer operation in IoT devices ROHM announced the availability of a new evaluation board: the REFLVBMS001-EVK-001 it facilitates the verification of the operation of ultra-efficient battery management solutions for the expanding IoT...

ROHM's BM2P06x compact surface mount 45 W output AC/DC converter ICs reduce power consumption ROHM's compact surface mount high power 45 W models BM2P06xMF-Z are equipped with an original low-loss SJ (super junction) MOSFET and optimized PWM control circuitry, facilitating the...

ROHM’s linear charger for low-voltage batteries achieves low-voltage charging over a wide range by improving the stability of the internal circuit ROHM has developed a battery charger IC that supports low-voltage charging of not only lithium-ion but also all-solid and semi-solid...

ROHM Group company LAPIS Technology has developed a new chipset that utilizes the 13.56MHz frequency band for both wireless power supply and Near Field Communication (NFC) and contributes to improved design flexibility in devices with rotating mechanisms that would be restricted by...