Sensors Surface Mount
Pyreos pyroelectric thin film IR sensors have MEMs device structure that contributes to their overall robustness and reliability. An enhanced ability to withstand high temperatures and a manufacturing process compatible with high volumes makes Pyreos surface mount pyroelectric IR sensors ideal for many applications.
Pyreos surface mountable sensors are available in two forms; as the new miniature digital ezPyro package and as the quad channel sensor
What makes our sensors different?
New from Pyreos - ezPyro, the world’s smallest digital SMD pyroelectric infrared sensors. Compared with other pyroelectric and thermopile sensors, this family has high sensitivity, faster response, lower power consumption, more configurability and easier integration which makes ezPyro a unique solution for gas, flame, motion and gesture detection.
Packing a great deal into a tiny package, ezPyro combines one or more pyroelectric sensor elements with a digital ASIC. Wavelength-specific sensing is achieved using factory configured optical filters.
Visit the ezPyro page to find out more, link
Our surface mount quad channel sensor in a low profile package offers an improved Field of View, particularly important in flame detection applications. Four sensing channels integrated in this package give a similar footprint to the usual three single TO packaged IR devices, enabling innovation in final product design and function.
Key features and benefits
- Smallest SMD pyroelectric sensor
- Smallest digital pyroelectric sensor
- Ultra-low power, sleep modes & wake-up by signal
- Plug-and-play connectivity using the I2C bus interface & daisy chaining sensors
- High quality thin film sensor elements offering short response times and high sensitivity to enable further system power savings through lower IR source duty cycles.
- Fully configurable independent channel
Pyreos Flame Sensor- Four Channel
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Pyreos has a range of eay-to use, pc compatible demonstration kits available immediately for rapid and full evaluation of our sensor technology. Our demonstration kits typically use standard and well known, off- the shelf electronic components to take our sensor output signal and digitise it, so that it can be transfered and analysed via USB interface on a standard Windows based PC.