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STV-376-E01(2008) View Datasheet(PDF) - STMicroelectronics

Part Name
Description
Manufacturer
STV-376-E01 Datasheet PDF : 30 Pages
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Motion performance
1
Motion performance
VT5376
Note:
The sensor can operate with a VCSEL or LED (visible and IR), and when bundled with the
appropriate optics subsystem is able to track motion on a wide range of surfaces up to
speeds of 1 m/s (40 ips), and to detect acceleration of up to 20 g. The sensor achieves this
top speed with very low drift and high accuracy.
Although this device features an UltraLowPower motion detection machine, the power
saving has not been achieved by compromising tracking accuracy.
1.1
1.2
1.2.1
Technical specifications
Table 1. Technical specifications
Parameter
Description
Resolution
Pixel size
Array size
Frame rate
Tracking performances
Supply voltage
Operating temperature
Package type
Programmable up to 3200 CPI
30.4µm
20*20 pixels
up to 4000 fps
Laser or LED: 1m/s
Very low drift.
1 V to 1.6 V (1)
0°C to 60°C
7 mm x 7 mm x 1.4 mm 32 lead LOQFP
(Low profile Optical Quad Flat Pack)
1. Using internal boost converter controller. Otherwise, voltage supply ranges from 1.7V to 1.9V.
Battery life management
The battery life management (in no motion state) can be done manually where the external
MCU is the master and controls the sensor state via its POWERDOWN pin (default mode).
Alternatively, the sensor can manage its own power states. In no motion, it cycles through
IDLE and SLEEP modes automatically without any intervention from the MCU.
Therefore by using the sensor’s automatic power management, the MCU can be fully
switched OFF in the case of no motion allowing for extra power savings, and resulting in a
very simple driver firmware design.
Manual power management via POWERDOWN pin
In this mode the chip is woken-up by de-asserting the POWERDOWN pin. When doing so
both the analog and DCDC engines are woken up in a programmed sequence. The
POWERDOWN pin can be re-asserted straight away as the sensor undergoes just a single
frame sequence.
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