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MEMS thermopile is super-sensitive, accurate to +/-1.5°C

MEMS thermopile is super-sensitive, accurate to +/-1.5°C

New Products |
By Julien Happich



The Omron D6T-1A-02 is a super-sensitive infra-red (IR) temperature sensor that makes full use of proprietary Omron MEMS sensing technology. It can measure the surface temperature of an object between -40 up to +80°C in the target area with an accuracy of +/-1.5°C and a resolution of 0.06°C. The device includes a state-of-the-art MEMS thermopile, a sensor ASIC and a signal processing microprocessor in a 12.0×11.6×9.2mm package.

The D6T-1A-02 features a narrow field of view of 26.5 degrees square, allowing it to accurately assess the surface temperature of a specific object in this area. Features also include a digital I2C output which offers excellent noise immunity (measured as noise equivalent temperature difference) of 140mK.

The Omron D6T thermal sensor is also ideal for building automation applications, measuring the temperature in a room, or detecting occupancy even when people are stationary. For these applications, Omron is offering versions with a wider field of view. These include a 1×1 device, the D6T-1A-01, with a field 58 degrees square. A 4×4 version and a 1×8 version are also available.

While standard thermal sensors are only able to measure temperature at one contact point, the D6T range can measure the temperature of an entire area contactlessly. The technology behind Omron’s D6T thermal sensors combines a MEMS micro-mirror structure for efficient IR radiation detection with a high-performance silicon lens to focus the infrared rays onto its thermopiles. The ASIC then uses proprietary algorithms to make the necessary computations and convert sensor signals into digital I2C outputs. All components were developed in-house and are fabricated in Omron’s own MEMS facilities.

Omron Electronic Components Europe – https://components.omron.eu

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