Welcome to the Rohm Semiconductor page on element14. Here you can find things such as our latest news, training videos, and product details. Additionally, you can engage with us in our forums.
ROHM Semiconductor is a global company of 3.326 billion US dollars per March 31st, 2020 with 22,191 employees. The company develops and manufactures a very large product range from the Ultra-Low Power Microcontroller, Power Management, Standard ICs, SiC Diodes, MOSFETs and Modules, Power Transistors and Diodes, LEDs to passives components such as Resistors, Tantalum Capacitors and LED display units, thermal Printheads. The production of our high performing products is taking place in state-of-the-art manufacturing plants in Japan, Korea, Malaysia, Thailand, the Philippines and China.
LAPIS Semiconductor (former OKI Semiconductor), SiCrystal GmbH and Kionix are companies of the ROHM Semiconductor Group.
ROHM Semiconductor Europe has its Head Office near Dusseldorf serving the EMEA region (Europe, Middle East and Africa). For further information, please contact www.rohm.com/eu
Saving energy with SiC technology: 6 facts you should know about SiC The use of SiC technology leads to considerable energy savings and CO2 reduction. Therefore, SiC is considered to be the future of power…
Electric vehicles are much more efficient than conventional vehicles with combustion engines. One consequence of this is that the waste heat from the motor no longer suffices to heat the interior of the…
In recent years, the importance of advanced driver-assistance systems (ADAS) that support ahigh level of Automotive Safety Integrity Level (ASIL) has increased as automobile accidentprevention measures…
Broad 24-model lineup with withstand voltages of -40V/-60V ideal for large consumer and industrial equipmentROHM releases a 24-model lineup of 24V input, -40V/-60V withstand voltage P-channel MOSFETs available…
Car displays for the instrument cluster and the center console are today’s standard configuration for the higher and middle market segments. Moving from the distributed to the domain computing architecture…
