JSIR 350-5 emitter, TO46 with reflector, open

JSIR350-5-BL-R-D3.6-0-0 | 6352.04-0.04

Premium IR-emitter with low input power for NDIR gas analysis

  • Time constant of 8 ms,
  • High and long-term stable radiation power
  • High durability
  • Low input power of 175 mW
from 33,74 

plus taxes and shipping

Availability:

Euro $ US-Dollar

Bulk prices (Minimum order quantity: 10 Pieces)

from 10 Pieces 59,98  / Piece
from 25 Pieces 42,86  / Piece
from 50 Pieces 33,74  / Piece

Description

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. With a very low input power of 175 mW, this infrared radiation source can also be used for mobile devices and hand held devices.
The packaging version in the standard TO46 housing with reflector is suitable for measurement distances from 2 cm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations.
The high performance membrane of the MEMS IR emitters is made of nanoamorphous carbon and reaches membrane temperatures of up to 850 °C. It allows high and long term stability. It enables high and long-term stable radiation performance.
Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the data sheet.

Technical data

Package TO46
Add-on Reflector
Window/filter 42
Filling gas 59
Active area [mm²] 0.65 x 0.65
Power consumption Low
Spectral output [µm] Typ. 2–15
Temperaturkoeffizient [ppm/K.] Typ. 500
Nominal power [W] 0,175
Measuring gas
  • CO2
  • H2O
  • NO
  • SF6
  • N2O
  • CO
  • SO2
  • -OH
  • CH4
  • CXHY
  • Halothan
  • Desfluran
  • Isofluran