PMW3360DM-T2QU Datasheet, PDF (1/18 Pages) Pixart Imaging Inc. – Optical Gaming Navigation Sensor

PixArt Imaging Inc.
PMW3360 Product Datasheet
Optical Gaming Navigation Sensor
PMW3360DM-T2QU: Optical Gaming Navigation Sensor
General Description
PMW3360DM-T2QU is PixArt Imaging's high end gaming sensor
which comprises of navigation sensor and IR LED integrated in
a 16pin molded lead-frame DIP package. It provides best in class
gaming experience with the enhanced features of high speed,
high resolution, high accuracy and selectable lift detection
height to fulfill professional gamers’ need. The sensor comes
with self-adjusting variable frame rate algorithm to enable
wireless gaming application. It is designed to be used with
LM19-LSI lens to achieve optimum performance.
Key Features
 Integrated 16 pin molded lead-frame DIP package with IR
LED
 Operating Voltage: 1.8V - 2.1V
 Lift detection options
 Manual lift cut off calibration
 2mm
 3mm
 High speed motion detection 250ips (typical) and
acceleration 50g (max).
 Selectable resolutions up to 12000cpi with 100cpi step
size
 Resolution error of 1% (typical)
 Four wire serial port interface (SPI)
 External interrupt output for motion detection
 Internal oscillator — no clock input needed
 Self-adjusting variable frame rate for optimum power
performance in wireless application
 Customizable response time and downshift time for rest
modes
 Enhanced programmability
 Angle snapping
 Angle tunability
Applications
 Wired and Wireless Optical gaming mice
 Integrated input devices
 Battery-powered input devices
Key Sensor Parameters
Parameter
Power supply Range
Value
1.8V - 2.1V
Optical Lens
Interface
System Clock
Frame Rate
Speed
Resolution
Package Type
1:1
4 wire Serial Port Interface
(SPI)
70MHz
Up to 12000 fps
250ips (typical)
12000 cpi
16 pin molded lead-frame
DIP package with
integrated IR LED
Ordering Information
Part Number
PMW3360DM-T2QU
LM19-LSI
Package Type
16pin-DIP
Lens
Version 1.30 |6 April 2016
PixArt Imaging Inc. All rights reserved. Any portion in this paper shall not be reproduced, copied, or transformed to any
other forms
without permission.