ROHM Semiconductor
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ROHM has released an AC/DC converter control IC designed specifically for Silicon Carbide (SiC) MOSFET drive in industrial equipment such as servers and other large power applications. The BD7682FJ-LB allows easy implementation of SiC MOSFETs in AC/DC converters.

ROHM schottky barrier diodes provide low VF & IR and high ESD resistance. Browse inventory, view datasheets, and more.

ROHM Semiconductor Bipolar Transistors are available in a variety of packages at TTI.

Hybrid transistors in an ultra-small package with small power type.

Digital transistors were first invented by ROHM in the market, which is a transistor combining built-in resistor(s) for convenience of digital circuit.

ROHM fast recovery diodes significantly improve efficiency of switching power supply and to reduction switching loss.

Switching type for mobile phones, wireless LAN and attenuator type for tuner.

ROHM rectifier diodes are widely used in various circuits.

ROHM's MOSFETs have a wide drive type of 0.9V - 10V and supports small signal to high power.

ROHM schottky barrier diodes provide low VF & IR and high ESD resistance.

Switching diode package types are also available in broad lineup with highly flexible supply and outstanding quality.

Silicon carbide (SiC) devices maintain constant characteristics, resulting in better performance.

ROHM's Automotive MOSFET have a wide drive type and supports small signal to high power.

ROHM's zener diodes are available in various lineups as 2-pin mold surface-mount type and complex type.

SiC exhibits minimal ON resistance increases and provides greater package miniaturization, and energy savings than Si devices, in which the ON resistance can more than double with increased temperature.

These new modules make high frequency operation above 100kHz possible (unlike conventional products).

The IPD (intelligent power device) series of the ROHM is a universal switch of the automotive grade that integrated low on resistance MOSFET and various protection circuit into one chip.

Comparators of all types, such as bipolar, CMOS, ground sense (single supply), dual supply, high voltage resistance, low noise, low saturation, low current consumption, and input/output full swing, to meet a variety of needs.

ROHM DC brush motor driver ICs are reversible drivers that drive brush motors via H-bridge and incorporate PWM, brake, and forward/reverse modes.

ROHM’s proprietary microfabrication technology was utilized to develop on-chip transformer processes for compact, isolated gate drivers.