ShenzhenYijiajie Electronic Co., Ltd.
| cannula | TO39 |
| Additional device | Reflektor |
| Window/filter | Available |
| Filling gas | Ja |
| Payment Terms | L/C, D/A, D/P, T/T, , |
| Supply Ability | 2200 |
| Delivery Time | 3 days |
| Packaging Details | Disk mounting |
| Brand Name | Micro-Hybrid |
| Model Number | JSIR 350-4 |
| Place of Origin | Germany |
View Detail Information
Explore similar products
YJJ Silicon PIN Photodiode S5821-01 S7509 S1133 S5106 S2386-44K S1223 S3071
YJJ S12023-02 Near-Infrared Type Silicon Photodiode For Optical Distance
YJJ S16838-02MS 320 to 1100 nm Silicon Photodiode With Filter , High Sensitivity
YJJ G6854-01 InGaAs PIN Photodiode Spherical Lens Window Packaged
Product Specification
| cannula | TO39 | Additional device | Reflektor |
| Window/filter | Available | Filling gas | Ja |
| Payment Terms | L/C, D/A, D/P, T/T, , | Supply Ability | 2200 |
| Delivery Time | 3 days | Packaging Details | Disk mounting |
| Brand Name | Micro-Hybrid | Model Number | JSIR 350-4 |
| Place of Origin | Germany | ||
| High Light | MEMS Infrared Light Source | ||
Product Description:
JSIR 350-4 MEMS Infrared Light Source Infrared Emitter For NDIR Gas Measurement
Features:
The infrared emitter, with 4 chips on the TO8 connector, is used to measure gases with low concentration or low absorption characteristics. The version with a windowless reflector in the standard TO8 housing is also suitable for long measuring distances from 30 cm. This MEMS-based filament emitter counterpart has a significantly longer lifetime and less drift.
Unlike filament infrared sources, the JSIR 350 Quad emitter is modulated/pulseable and does not require an additional chopper.
High-performance nanoamorphous carbon diaphragms can achieve diaphragm temperatures of up to 850 °C for long-term stable radiation output. The JSIR 350 Quad IR transmitter is ideal for a variety of gas analysis applications in industrial aerospace and other demanding applications.
IR illuminators can be used with MTS thermopile detectors or MPS pyro detectors. The combination with a Micro-Hybrid IR detector ensures better performance when analyzing gas concentrations and ensures accurate measurement results.
Performance characteristics
Wide emissivity 2-15 µm
Membrane temperature up to 850 °C
High radiation output
High modulation frequency
Long life (reliability due to high membrane stability)
HermeSEAL technology is available
Technical parameter Open / window N2 Unit
Spectral output range 2 ... 15 μm
Active area 2.2 x 2.2 mm2
Hot resistant 1 40 ± 20 Ω
Temperature coefficient 2 typ. 500 ppm/K
Time constant 0-63 % typ. 12.5 ms
Nominal power consumption 3 650 mW
Operation voltage 4 typ. 4.9 V
Operation current 4 typ. 132 mA
Recommended driving mode Power mode
Active area temperature 1,5,6 610 ± 30 °C
Window
Available: Sapphire, BaF2, CaF2, Si ARC, other on
request
Housing TO39
Estimated lifetime 7,8 > 5 000 h at 740 °C
> 100 000 h at 610 °C
Absolute max. ratings
Input power 3,5 1 200 mW
Housing temperature 8 185 without window,
85 with window °C
Active area temperature 850 °C
Specifications:
| Effective area [mm2] | 2.2 x 2.2 |
| Energy consumption | Normal |
| Wide emissivity | 2-15 µm |
| Membrane temperature up to | 850 °C |
Company Details
Business Type:
Manufacturer,Trading Company
Year Established:
2006
Total Annual:
900000-1000000
Employee Number:
50~80
Ecer Certification：
Verified Supplier
Yijiajie Electronics is a full range of silicon pressure sensors from the United States, FREESCALE/, GE, MEAS, SMI, and a full range of sensing and control products from the United States pressure, temperature and humidity, gas flow, current, Hall effect, etc., Japan HAMAMATSU flame, UV sensors, ph... Yijiajie Electronics is a full range of silicon pressure sensors from the United States, FREESCALE/, GE, MEAS, SMI, and a full range of sensing and control products from the United States pressure, temperature and humidity, gas flow, current, Hall effect, etc., Japan HAMAMATSU flame, UV sensors, ph...
Get in touch with us
Leave a Message, we will call you back quickly!