Device Information
 
 
ISL29004 Printer Friendly Version
 
Light-to-Digital Output Sensor with Address Selection, High Sensitivity, Gain Selection, Interrupt Function and I2C Interface
 
Datasheets,
Related Docs
& Simulations
DescriptionKey
Features
Parametric
Data
Application
Diagrams
Related
Devices
 
 
Ordering Information
 iBuy direct from Intersil  iBuy direct - out of stock  Request samples
 Check distributor inventory Green/Pb(Lead free) Device  Available in RoHS/Pb-Free  
Part No. Design-In
Status
Temp. Package MSL Price
US $
PB Free
ISL29004IROZ Active Ind 8 Ld ODFN 4OP 1.17 PB Free Disti-Buy  
ISL29004IROZ-EVALZ Active   Eval Board N/A Contact Us PB Free Disti-Buy  
ISL29004IROZ-T7 Active Ind 8 Ld ODFN T+R 4OP 1.17 PB Free Buy Direct Disti-Buy  
The price listed is the manufacturer's suggested retail price for quantities of 1K units. However, prices in today's market are fluid and may change without notice.
MSL = Moisture Sensitivity Level - per IPC/JEDEC J-STD-020
SMD = Standard Microcircuit Drawing
 
  Description

The ISL29004 is an integrated light sensor with a 16-bit integrating type ADC, I2C user programmable Lux range select for optimized counts/Lux, and I2C multi-function control and monitoring capabilities. The internal ADC provides 16-bit resolution while rejecting 50Hz and 60Hz flicker caused by artificial light sources.

In normal operation, power consumption is typically 300μA. Futhermore, an available software power-down mode controlled via the I2C interface reduces power consumption to less than 1μA. The device also support a hardware interrupt that remains asserted low until the host clears it through I2C interface.

The ISL29004 is in an 8 Ld ODFN package and has two I2C address pins for multiple devices on the same bus. The ISL29003 is a similar light sensor with a hardwired I2C address that is available in ODFN6 package.

Designed to operate on supplies from 2.5V to 3.3V, the ISL29004 are specified for operation over the -40°C to +85°C ambient temperature range.

 
  Key Features
 
  • Range select via I2C
    • Range1 = 1000Lux
    • Range2 = 4000Lux
    • Range3 = 16,000Lux
    • Range4 = 64,000Lux
  • Human eye response (540nm peak sensitivity)
  • Temperature compensated
  • 16-bit resolution
  • Adjustable resolution: up to 65 counts per Lux
  • User-programmable upper and lower threshold interrupt
  • Simple output code, directly proportional to Lux
  • 50Hz/60Hz rejection
  • 2.5V to 3.3V supply
  • 8 Ld ODFN (3mmx3mm)
  • I2C address selection
Related Documentation
 
Datasheet(s)   Datasheet(s):
 
Technical Homepage   Technical Homepage:
 
Design Model(s)   Design Model(s):
 
 
  Parametric Data
Peak Sensitivity (nm)550
VS (Min) (V)2.25
VS (Max) (V)3.63
Supply Current (μA)300
Resolution (Bits)16
Lux Range (Max) (Lux)64000
Counts per Lux (Max) (Counts)65
Dark ADC Code @ EV = 0Lux (Max) (Count)1
Gain Selection?Y
Output InterfaceI2C
Address Selection Pins?Y
Enable Pin?Software Enabled
Package Dimensions (mm)3.0x3.0x0.70
 
  Application Block Diagrams
 
 
 
Applications
 
  • Ambient light sensing
  • Backlight control
  • Temperature control systems
  • Contrast control
  • Camera light meters
  • Lighting controls
 
  Related DevicesParametric Table   Parametric Table
 
 ISL29001 Light-to-Digital Sensor 
 ISL29002 Light-to-Digital I2C Sensor 
 ISL29003 Light-to-Digital Output Sensor with High Sensitivity, Gain Selection, Interrupt Function and I2C Interface 
 ISL29010 Light-to-Digital Output Sensor with High Sensitivity, Gain Selection, and I2C Interface 
 ISL29012 Light-to-Digital Output Sensor with High Sensitivity, Gain Selection, Interrupt Function and I2C Bus™ 
 ISL29013 Light-to-Digital Output Sensor with High Sensitivity, Gain Selection, Interrupt Function and I2C Interface 
 ISL29020 A Low Power, High Sensitivity, Light-to Digital Sensor With I2C Interface 
 ISL29023 Integrated Digital Ambient Light Sensor with Interrupt Function 

 

About Us | Careers | Contact Us | Investors | Legal | Privacy | Site Map | Subscribe | Intranet

©2003-2009. Intersil Americas Inc. All rights reserved.