The ZiLOG ePIR™ Zdots® Motion Detection Single Board Computer (SBC) is a complete time to market solution for a variety of motion detection applications.
The ePIR Motion Detection Zdots SBC includes a passive infrared (PIR) sensor and Fresnel lens and provides a significant performance improvement over today’s digital solutions. Using PIR sensor technology, it combines the unique features of the Z8 Encore! XP® MCU, including ZiLOG Sigma-Delta Technology™, with powerful, new motion detection algorithms, providing a dramatic improvement in both sensitivity and stability.
The ePIR Motion Detection Zdots Single Board Computer is a great time to market embedded solution for any device that needs motion detection capability making it a great choice for lighting controls, access control, display systems and general purpose proximity sensing. It is also an easy way to add energy management capability to various applications such as vending machines and appliances. And with the ZiLOG development kit, it is quick and easy to customize the application code and add features.
Features
- Complete, fully functional motion detection SBC including low profile Fresnel lens
- Advanced software based motion detection algorithms provide superior sensitivity and stability
- Small form factor – Only 25.5 mm x 16.7 mm
- Wide 5 m x 5 m, 60 degree detection pattern
- Simple hardware or advanced serial (UART) based configuration and interface
- Adjustable sensitivity, delay and ambient light threshold
- Sleep mode for low power applications
- No temperature compensation required
- Dynamic PIR sensor stabilization minimizes power-on time
- Photocell input for ambient light detection in lighting applications
- Minimal components ensure highest possible Mean Time Between Failure (MTBF)
- Production ready solution or develop your own custom software application
- Complete development system available (692-ZEPIR000101ZCOG)
Applications
- Unattended Vending and Kiosks
- Display Systems
- Home Appliances
- Lighting Control
- Access Control
- General Purpose Proximity Sensing Applications
Documents
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