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A wide range of arrays, packages and optics are available. See our catalog for the complete line of sensors available.

  • 8x8d elements (digital)
  • 16x4d elements (digital)
  • 16x16d elements (digital)
  • 32×31 elements (analog)
  • 32x32d elements (digital)
  • 80x64d elements (digital)

Below are summarized some of the more widely used products:

The HTPA 8x8d is the world smallest infrared array sensor with a resolution of 8×8 pixels inside a TO46 housing. Due to the digital I²C interface only 4 pins are needed. It has a built in EEPROM to store all calibration data and a 16-bit ADC. The speed can be set internally via the sensor clock and ADC-resolution up to 89 Hz (highest resolution) or up to 800 Hz (lowest resolution).

The HTPA 32x32d is an infrared array sensor with a resolution of 32×32 Pixel in a TO39 housing. Due to the digital I²C interface only 4 pins are needed. It has a built in EEPROM to store all calibration data and a 16-bit ADC. The speed can be set internally via the sensor clock and ADC-resolution up to 15 Hz (highest resolution) or up to 60 Hz (lowest resolution)

The HTPA 80x64d is the bigger brother of the 32x32d infrared array sensor with a resolution of 80×64 Pixel inside a TO8 housing. Due to the digital SPI interface, only 6 pins are needed. It has a built in EEPROM to store all calibration data and a 16-bit ADC. The speed can be set internally via the sensor clock and ADC-resolution up to 20 Hz (highest resolution) or up to 200 Hz (lowest resolution).

Integrated Optics

An outstanding feature of these thermal imaging arrays is that the optics are fully integrated into the sensor package. You can tailor the field-of-view (FOV) of your system, without the need for separate, bulky, expensive optics.

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