Features Patented dual-diode architecture 8M:1 dynamic range Programmable interrupt function UV-rejection package Area efficient 2mm x 2mm Dual Flat no-lead (FN) package Benefits Enables operation in IR light environments Enables dark room to 60K lux sunlight operation Reduces microprocessor interrupt overhead Improves lux accuracy across various light sources Reduces board space requirements while simplifying designs

Features Patented dual-diode architecture 1M:1 dynamic range I2C digital interface 2.5µA quiescent current Available in 2mm x 2mm Dual Flat no-lead (FN) packages Benefits Enables operation in IR light environments Enables dark room to high lux sunlight operation Digital interface is less susceptible to noise Enables low standby power consumption Reduces board space requirements while

Features Patented dual-diode architecture 1M:1 dynamic range I2C digital interface 2.5µA quiescent current Available in 2mm x 2mm Dual Flat no-lead (FN) packages Benefits Enables operation in IR light environments Enables dark room to high lux sunlight operation Digital interface is less susceptible to noise Enables low standby power consumption Reduces board space requirements while

Features Patented dual-diode architecture 1M:1 dynamic range Programmable interrupt function I²C digital interface Available in 1.25mm x 1.75mm chip-scale or 2.6mm x 3.8mm TMB packages Benefits Enables operation in IR light environments Enables dark room to high lux sunlight operation Reduces microprocessor interrupt overhead Digital interface is less susceptible to noise Reduces board space requirements

Features Patented dual-diode architecture 1M:1 dynamic range Programmable interrupt function I²C digital interface Available in 1.25mm x 1.75mm chip-scale or 2.6mm x 3.8mm TMB or 2mm x 2mm Dual Flat no-lead (FN) packages Benefits Enables operation in IR light environments Enables dark room to high lux sunlight operation Reduces microprocessor interrupt overhead Digital interface is

Features Dark Mold Compound package Integrated on-chip photopic filter High Sensitivity down to mLux levels 0.18µm process technology with 1.8V I2C 1M:1 dynamic range Automatic AUTO Zero/Dark Count control Benefits Enables concealment behind inked glass Provides near photopic responsiveness Design flexibility for dark glass & placement Reduces power consumption Enables dark room to sunlight operation

Features Integrated on-chip photopic filter High Sensitivity down to mLux levels 0.18µm process technology with 1.8V I²C 1M:1 dynamic range Automatic AUTO Zero/Dark Count control Benefits Provides near photopic responsiveness Design flexibility for dark glass and placement Reduces power consumption Enables dark room to sunlight operation Eliminates system electrical background noise

Features 1mlux detectable illuminance UV/IR blocking filter for clear channel ALS interrupt with thresholds Flicker-immune ALS sensing with programmable integration time Cuncurrent flicker and ALS measurement with new simplified readout methodology Up to 7kHz flicker detection (14kHz sampling) Configurable sleep mode Interrupt-driven device Digital and analog saturation flags Benefits Invisible ALS sensing under any glass

Features 1mlux detectable illuminance UV/IR blocking filter for clear channel ALS interrupt with thresholds Flicker-immune ALS sensing with programmable integration time Configurable sleep mode Interrupt-driven device Digital and analog saturation flags Benefits Invisible ALS sensing under any glass type Unique fast ALS integration mode Low power consumption and minimum I²C traffic Integrated status checking for