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Analog Devices, Inc. (ADI) introduced today a reference design and algorithm that enables small form factor, low power, smoke detector designs to be rapidly prototyped and brought to market faster at a reduced cost. The new CN0537 reduces design risk and has been tested and verified to pass the UL 217 Standard for Smoke Alarms, 8th edition. The reference design uses Analog Devices’ ADPD188BI high performance optical sensor core combined with precision smoke chamber for reduced nuisance alarms.
- Download circuit note, order algorithm, UL-217 certified datasets, source code and reference platform hardware: analog.com/CN0537
- Watch the CN0537 webcast: https://www.analog.com/en/education/education-library/webcasts/saving-more-lives-how-design-better-smoke-detectors.html
- Learn more about ADI’s Smoke Detection Solutions
- Connect with engineers and ADI product experts on EngineerZone™, an online technical support community: https://ez.analog.com
CN0537 Reference Design Key Features:
- UL 217 8th edition tested and verified smoke and fire algorithm
- Data package for algorithm development including more than 1,000 smoke datasets taken at UL-217 certified facilities
- Software providing data pre-processing, initialization, calibration and environmental compensation source code
- Arduino form factor smoke detector reference design for rapid prototyping and development
- Low power hardware design and low computational algorithm extending battery life and reducing battery size and cost
Pricing and Availability
| Product | Full Production | Price Each | Detail |
| EVAL-CN0537-ARDZ
|
NOW | $54 | Reference Hardware
|
| EVAL-ADICUP3029 | NOW | $45 | |
| EVAL-CN0537-DATA | NOW | $10,000 | Data: UL 217 test datasets files Software: CN0537 source code (excl. detection algorithm) |
| EVAL-CN0537-ALGO | NOW | $50,000 | Data: UL 217 test dataset files Software: CN0537 source code, including UL 217 8th ed. detection algorithm (.c) MATLAB® and Python UL 217 projects Support: 10 hours of phone support |