HIS20smd-S

Thermal infrared emitter in standard 3x3 mm² SMD, gold plated

Specifications

ParameterHIS20smd-S
PackageSMD3
Radiating element area0.32 mm²
Radiating element emissivity> 0.9
Radiating element temperature700 °C at 175 mW
Optical output powerup to 13 mW
Max. electrical power (DC)175 mW
Max. electrical voltage1.25 V
Max. electrical current140 mA
Electrical resistance8...9 Ω
Modulation frequency14 Hz*
Filter/WindowSi-ARC (glued)
Wavelength range2 to 14 µm**
Filling gasNone
* 50 % modulation depth, square wave signal, 50 % duty cycle
** caused by filter transmissivity

Document Downloads

HIS20smd-S Data Sheet (PDF)

HISsmd series Technical Notes (PDF)

HISsmd series Product Overview (PDF)

Main Features

  • Package: SMD3 with Si-ARC window 2.5-14 µm
  • Emitter area: (0.4 x 0.8) mm²

Sample Request

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Benefits

Pulsable thermal black-body infrared source mounted in a SMD package with a size of 3x3 mm².

Patented nanostructured radiating element achieves up to 500% more detection signal!

Innovative surface technology for customized SMD products.

Wide wavelength range enables applications in mobile, portable devices and various wearables, for miniaturized gas measurement sensors and hand-held spectrometers.

HISsmd series

Miniaturized infrared sources in SMD housing

HISsmd series emitters are small, powerful infrared radiation sources that meet the demands for reliable miniaturized gas sensors and offer a wide range of new application scenarios. The low energy consumption, the high efficiency and the small size allow the use in portable, battery-powered, and mobile applications. These innovative infrared light sources are used, for instance, in respiratory gas analysis, e.g. for the detection of CO₂ and breath alcohol, and in Smart Home and Smartphone applications. The pioneering SMD package enables a fully automated production in high-volume markets.

Infrasolid’s infrared radiation sources are pulsable thermal emitters with a near black-body emittance. Based on a patented nanotechnology and a patented emitter set-up made of a high-melting metal, the free-standing monolithic radiating element and the nanostructured emitter surface offer numerous advantages in many applications.

Are you looking for other technical specifications or would you like a customized solution? Feel free to contact us!

HISsmd series overview

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