KEMET Pyroelectric Infrared Flame Sensors
KEMET Pyroelectric Infrared Flame Sensors feature QFC analog sensors, QFS I2C SMD sensors, and QFCE I2C TO-39 sensors. The QFC analog sensors offer high responsivity and accurate discrimination of flame sources in triple IR flame detection systems. The QFCE sensors come in a TO-39 package that includes a digital output, high sensitivity with fast response times, and high dynamic range. The QFS series offers industry-standard I2C communication in an SMD package for plug-and-play connectivity to microcontrollers and enables easy tuning and calibration. Applications for KEMET Pyroelectric Infrared Flame Sensors include industrial, smart homes and buildings, transportation, oil and gas, and infrastructure protection.Features
- QFS
- High sensitivity with fast response time
- High dynamic range
- Small SMD package
- I2C communication compatible
- Digital and analog output
- Programmable gain and filtering
- Various optical filter options
- Integrated configurable amplifier, filter, and ADC
- Low power consumption
- QFC
- Exceptionally high responsivity
- Wide field of view, typically 100° (subject to filter band pass specification)
- Rapid recovery from thermal and electrical shock (<1s downtime)
- TO39 package
- Analog output
- Integrated op amp
- QFCE
- Exceptionally high responsivity
- Wide field of view, typically 100° (subject to filter band pass specification)
- Rapid recovery from thermal and electrical shock (<1s downtime)
- TO39 package
- Digital output and I2C communication
- Programmable gain and filtering
- Various optical filter options
- Integrated configurable amplifier, filter, and ADC
- Low power consumption
Applications
- QFS
- Smart homes
- Smart buildings
- Industrial IoT
- Transportation
- QFC
- Industrial
- Oil and gas
- Infrastructure protection
- Forest protection
- QFCE
- Industrial
- Oil and gas
- Infrastructure protection
- Forest protection
- Smart homes
- Smart buildings
- Outdoor fire detectors
- Transportation
- Water canons
Published: 2020-01-20
| Updated: 2024-07-15
