SemiMedia SemiMedia
  • Breaking News
  • MarketWatch
  • Distribution
  • Manufacturer
  • Video
  • About us
Home › Manufacturer › ROHM's new 4ch/6ch LED drivers reduce power consumption for medium-to-large automotive displays
  • 0

ROHM's new 4ch/6ch LED drivers reduce power consumption for medium-to-large automotive displays

SemiMediaEdit
April 10, 2023

Apr. 10, 2023 /SemiMedia/ -- ROHM developed the 4ch/6ch LED driver ICs, BD83A04EFV-M, BD83A14EFV-M, BD82A26MUF-M designed for medium to large size automotive displays in car infotainment and instrument clusters.

In recent years, the continuing evolution of ADAS (Advanced Driver Assistance Systems) and enhanced car infotainment functionality have led to the use of larger displays. Consequently, LED drivers for LCD backlights in automotive displays are required to provide high efficiency drive that improves rated output current while reducing power consumption. On top, as flickering of automotive displays can lead to poor visibility and unsafe conditions, LED drivers must be capable to avoid this symptom.

Conventional LED drivers that consume relatively large amounts of power and are susceptible to flickering during PWM dimming. In contrast, ROHM has developed LED drivers for LCD backlights that combine proprietary low power technology with seamless PWM dimming. This eliminates flickering when changing display brightness from low to high.

These new products leverage proprietary low power consumption technology to reduce losses in LED driver current control circuits. The result is 20% lower overall IC power consumption compared to conventional products under typical conditions (80mA/ch LED circuit current, 12V power supply). This contributes to lower power consumption in medium- to large-sized automotive displays where power consumption is an issue.

At the same time, all models are equipped with both DC and PWM dimming to meet a wide range of requirements. As there no longer exists a need to switch current feedback mode for low/high brightness change with ROHM’s original seamless PWM dimming technology, flickering that occurs with general PWM dimming is reduced, improving system reliability.

For more information, pleas click BD83A04EFV-M, BD83A14EFV-M, BD82A26MUF-M .

Related

BD82A26MUF-M BD83A04EFV-M BD83A14EFV-M electronic components news Electronic components supplier Electronic parts supplier ROHM
SIA: Global semiconductor sales down 4% in February
Previous
Japan to add $2.3 billion in subsidies to Rapidus
Next

All Comments (0)

Back
No Comment.

Top Post

Fire broke out at AKM factory in Japan
Qualcomm ranked first in the world's top ten IC design companies
Mouser Electronics expands to the Philippines with local customer service center
Analyze the key factors and prospects of electronic components shortage from the perspective of wafer industry
What is the root cause of the decline of the Japanese semiconductor industry?
ST releases price increase notice

Subscribe SemiMedia

Please check your E-mail to confirm the subscribtion.

Related posts

Micron to phase out DDR4 as DRAM prices spike amid supply shift

Micron to phase out DDR4 as DRAM prices spike amid supply shift

June 16, 2025
0
Diodes debuts 64GT/s PCIe 6.0 ReDriver targeting AI servers and HPC systems

Diodes debuts 64GT/s PCIe 6.0 ReDriver targeting AI servers and HPC systems

June 16, 2025
0
Micron raises U.S. investment to $200 billion, boosts HBM and manufacturing plans

Micron raises U.S. investment to $200 billion, boosts HBM and manufacturing plans

June 13, 2025
0
Murata launches world’s first resin-molded thermistor with wire-bonding for compact EV power modules

Murata launches world’s first resin-molded thermistor with wire-bonding for compact EV power modules

June 13, 2025
0
Copyright © 2017-2025 SemiMedia. Designed by nicetheme.
  • Please set up your first menu at [Admin -> Appearance -> Menus]
  • electronic components news
  • Electronic components supplier
  • Electronic parts supplier
  • Infineon
  • Electronic component news
  • Renesas
  • Vishay
  • STMicroelectronics
  • NXP
  • TDK

SemiMediaEdit

Administrator