Contributes to smaller, thinner, lower power designs for cloudbooks and 2-in-1 tablets Kyoto and Santa Clara, Cal..
Significantly improves efficiency in a variety of PFC circuits Kyoto and Santa Clara, Calif., – October 13, 2016 ..
Overview Key Feature 1 Key Feature 2 Applications Lineup..
Overview Key Feature 1 Key Feature 2 Key Feature 3 Lineu..
Jump-start prototyping and development by combining with ROHM's control IC and evaluation board Kyoto and Santa C..
Overview Evaluation Board Key Features 1 Key Features 2 ..
Series Chart | PSR Series | GMR Series | PMR Series | PML Series | ROHM shunt res..
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Contributes to improved performance and longer battery life in portables such as smartphones and tablets Kyoto an..
Optimized configuration reduces power consumption by 65% over conventional solutions Kyoto, Japan and Santa Clara,..
Cutting-edge reference design will allow ROHM to expand into the wireless charging segment ROHM's Qi-certifie..
Enables thinner, smaller, lighter, and lower power systems such as ultrabooks, tablets and 2-in-1s Kyoto and Santa..
75% less brightness variation vs. conventional products contribute to improved performance and reduced design load ..
ROHM presents a display of lights in the vicinity of the Head Office building, starting on Thursday, November 26 until..
April 25, 2016 ROHM Co., Ltd.(headquarters in Kyoto, Japan) and ROHM Group as a whole have decided to contribute..
April 18, 2016 There are no heavy damages or effects to supply system to customer and logistics of ROHM Group re..
April 15, 2016 There are no damages or effects to supply system to customer and logistics of ROHM Group related ..