PAW3204DB-TJ3L Datasheet, PDF (1/5 Pages) Pixart Imaging Inc. – ULTRA LOW POWER WIRELESS MOUSE SENSOR

PAW3204DB-TJ3L
PAW3204DB-TJ3L
ULTRA LOW POWER WIRELESS MOUSE SENSOR
General Description
The PAW3204DB-TJ3L is a high performance and ultra-low power CMOS process optical mouse sensor with
DSP integration chip that serves as a non-mechanical motion estimation engine for implementing a computer
wireless mouse. With adaptive frame-rate control(AFC), this optical mouse sensor gains extra power saving
during mouse moving. With brand-new design Quick-Burst(QB) function, the controller can quickly read out
motion data for saving processing time and power.
Features
Key Specification
 Single power supply
 Precise optical motion estimation
technology
 Complete 2-D motion sensor
 Accurate motion estimation over a wide
range of surfaces
 High speed motion detection up to 30
inches/sec
 High resolution up to 1600 CPI
 Power saving mode during times of no
movement
 Serial interface for programming and
data transfer
 Built-in low power Timer (LPT) for
sleep1/sleep2 mode
 MOTSWK pin to wake up mouse
controller
 Wide operation range from 2.1V to 3.6V
 Low power operation under 1.98V
Power Supply
Operating voltage
1.73V ~ 1.98V (VDD and VDDA short)
2.1V ~ 3.6V (VDD)
Optical Lens 1:1
Speed
Up to 30 inches/sec
Acceleration Up to 10 G
Resolution
600/ 800/ 1000(Default)/ 1200/ 1600 CPI
Frame Rate Up to 2400 frames/sec
Typical
Operating
Current
(without I/O
toggling)
2.3mA @ Mouse moving (Normal1)
1.4mA @ Mouse moving (Normal2)
1.2mA @ Mouse moving (Normal3)
75uA @ Mouse not moving (Sleep1)
12uA @ Mouse not moving (Sleep2)
10uA @ Power down mode
*including LED, typical value
 Adaptive frame rate control for extra
power saving during moving
Package
Staggered DIP8
 Configurable Pin1 function (default
reset)
 Quick-Burst (QB) for quickly read out
motion data
Ordering Information
Order Number
PAW3204DB-TJ3L
Bundle Part Number
PAW3204DB-TJ3L
PNLR-012LSI
Part Description
CMOS Optical Mouse Sensor
Infrared LED Lens
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PixArt Imaging Inc.
E-mail: [e-mail]
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V1.0, May. 2013