1683nm laser detection of ethane

1683nm laser detection of ethaneUsed for ethane gas concentration detection

Laser center wavelength: 1683nm

Purpose: Ethane detection C2H6

Principle of laser gas detection: TDLAS,

TDLAS stands for Tunable Diode Laser Absorption Spectroscopy, also known as Tunable Semiconductor Laser Absorption Spectroscopy

Packaging form: 14 pin butterfly package, TO39, TO56 package

Brand: Eblana Ireland

Supplier: Shenzhen Lituo Optoelectronics Co., Ltd

Supply cycle: 6 weeks

1683nm laser detection of ethaneUsed for ethane detection C2H6

EP1683-0-DM-B06-FA C2H6 乙烷

The EP1683-0-DM series uses a 1683nm absorption line for detecting ethane C2H6. Based on Eblana's discrete mode technology platform, it provides stable laser performance in the wavelength range of 1683nm, suitable for ethane gas detection applications.

Packaging options: 14 pin butterfly package, TO39 (with TEC), TO56, DX-1 module (driver and TEC)

The commonly used wavelength in this area is 1683nm

Excellent and stable spectral performance

• Integrated no external cavity design

• Adjustable center wavelength range by temperature or current:+/-1nm

Low sensitivity to mechanical vibration

Can provide wavelengths and applications:

2332nm - Carbon monoxide (CO)

2327nm - Carbon monoxide (CO)

2051nm - Carbon dioxide (CO2)

2020nm FP laser diode

2004nm - Carbon dioxide (CO2)

1981nm - Ammonia (NH3)

1950nm - Laser (quantum communication, medical equipment)

1877nm - Water molecules (H2O)

1854nm - Water molecule (H2O)

1742nm - Hydrogen Chloride (HCl)

1683nm - Ethane C2H6

1680nm - Ethane C2H6

1654nm - Methane (CH4)

1651nm - Methane (CH4)

1590nm - Hydrogen sulfide (H2S)

1578nm - CO / CO2

1574.5nm - Hydrogen sulfide (H2S)

1572nm - Carbon dioxide CO2

1573.3nm - Carbon dioxide CO2

1566nm - Carbon monoxide (CO)

1550nm narrow linewidth laser

1531nm - Ammonia (NH3)

1521nm - Acetylene C2H2

1512.2nm - Ammonia (NH3)

1398nm - Water molecule (H2O)

1392.5nm - Water molecule (H2O)

1343.5nm - Water molecule (H2O)

1278nm - Hydrogen Fluoride (HF)

1273nm - Hydrogen Fluoride (HF)

780nm - Laser

760nm - Oxygen (O2)