Rohm CSL11 Series

Compact and high intensity White LED for indicators.

The compact CSL11 series achieves high brightness by increasing luminosity along with package heat dissipation. Narrowing the chromaticity range reduces color variation by half. Ideal for blackout numeric displays and as backlight sources for touch switches that place an emphasis on design.

Part no.: CSL11

Features
Discover more

Key features

Small package Size 1.6×0.8mm(t=0.55mm)
High-intensity white LED
Chromaticity narrow rank
High-density design possible due to reflector type
RoHS/REACH compliant

Applications

Household Appliance Indicators
Consumer device indicators

Industries

Automotive Electronics

Discover more

Rohm KXTJ3-1057 Accelorometer [G-Sensor]

The KXTJ3-1057 is silicon micromachined accelerometer in the 2 x 2 x 0.9 mm LGA package featuring 3.9mg high resolution Wake-Up threshold. I²C digital protocol is supported.

Rohm CSL09 Series

Compact and high intensity LED for indicators. ROHM LEDs play an active role in a variety of areas. The compact, high brightness CSL09 series is no exception, providing greater application energy savings and miniaturization.

Rohm CSL1901 Series

Compact and Low Current LED for indicators. ROHM’s Low Drive Current LED Series uses in-house element technology to reduce brightness and color variations in low-light applications. At the same time, energy-saving high efficiency light emission makes them ideal for indoor displays and mobile devices..

Rohm Narrow Chromaticity RGB LED SMLVN6RGBFU

ROHM’s high luminous intensity RGB chip LED leverages color mixing control technology using in-house elements to significantly reduce color variations caused by color mixing that tends to occur with RGB chip LEDs. This makes it ideal for applications requiring accurate color representation, such as indicators and accent lighting in vehicle interiors. In addition, a high accuracy chromaticity simulation system is provided to support precise matching to the target color.

Get the latest news on
products, events and more

Terms & Conditions Privacy Statement Terms of Use