Eblana Photonics

The semiconductor laser diodes have grown to be a key component in the modern photonics industry. The laser diodes are being used in various sectors to manufacture products for gas sensing, aerospace, medical instrumentation, test & measurement, fiber optic communications, Interferometry, Spectroscopy and Atomic Clock, etc.

The laser diodes are used to detect gases by using the TDLAS technology. The tunable diode laser absorption technology (TDLAS) has an improved performance and accuracy than the infrared or the traditional electrochemical gas sensors. The laser diodes are also used in for Atomic Clock, Optical Gyroscope, LIDAR, Precision Distance Measurement, Remote Sensing, Perimeter Security, optical communications applications. The laser diodes are available in various package options, butterfly package with integrated temperature control (TEC), coaxial Module, TOSA, TO-Can and Chip on Sub mount, etc.

Our DFB (Distributed Feed Back) lasers (Eblana’s DM Technology) offer the highest performance levels, narrow line width (NLW) and ultra-narrow line width, low noise, superior linearity, and are usually faster. DFB laser diodes offer a large potential for sensing applications in such various fields as environmental monitoring, process control or medical analytics, where a high level of precision is required. The FP (Fabry-Perot) lasers are also available for various applications.

Irish Atomic Clock to Guide Europe’s Satellites: Eblana Photonics (Ireland) has won a contract to supply the European Space Agency (ESA) with an Atomic Clock, which will be used on-board future Galileo satellites. Click Here to see the YouTube video.

Eblana Photonics Ltd is a leading manufacturer of laser diodes, laser gas sensors, Methane gas laser detectors and a major OEM supplier. Eblana’s products are manufactured by the proprietary Irish (DM) technology platform, which ensures cost effective laser products. Laser Tech is promoting the products manufactured by Eblana Photonics Limited – Dublin, Ireland.

For more details visit the website. www.eblanaphotonics.com

Laser Diode Driver DX1 Module

Butterfly Pack Laser

TO-Can Pack Laser

Coaxial Module Laser

Application - DFB & FP Laser Diodes

Products - DFB & FP Laser Diodes

Aerospace

Aerospace Metrology

LIDAR -1550 nm NLW

Optical Gyroscope -1550 nm NLW

Rubidium Based Atomic Clock (Rb) -780 nm

Strontium Based Atomic Clock (Sr) -689 nm

Gas Sensing - TDLAS Technology

Gas Sensing

TDLAS Technology

Spectroscopy

Ammonia (NH3) detection -1512 nm

Carbon Dioxide (CO2) detection -2004 nm

Carbon Monoxide (CO) detection -1571 nm

Carbon Monoxide (CO) detection 2327 nm

Hydrogen Chloride (HCl) detection -1742 nm

Hydrogen Fluoride (HF) detection -1278 nm

Hydrogen Sulphide(H2S) detection -1580 nm

Methane (CH4) detection -1654 nm

Moisture (H2O) detection –
1392 nm, 1854 nm & 1877 nm

Nitrous Oxide (N2O) detection -2108 nm

Oxygen (O2) detection -760 nm

Test & Measurement

(Narrow Line Width Lasers)

Precision Distance Measurement –

1550 nm NLW

Remote Sensing – 1550 nm NLW

Perimeter Security – 1550 nm NLW

LIDAR – 1550 nm NLW

Fiber Communications

10Km + Fiber Comms –

1550 nm DM / 1310 nm DM

Advanced Fiber Comms -2000 nm DM

Coherent Communications -1550 nm NLW

Short Haul Fiber Comms –

1550 nm FP/ 1310nm FP

Laser Diode Driver - DX1 Module

The DX1 Laser Module with integrated Current Source & Temperature Controller. This fully integrated unit is specifically designed to incorporate any of Eblana’s existing DM laser diode Butterfly products, delivering precise TEC control and an ultra low noise current source for optimised laser performance. The DX1 driver module complements Eblana’s range of single wavelength laser diode products designed for gas sensing, advanced fiber communications, metrology, interferometry and aerospace applications. The DX1 module series includes a specially configured version featuring Eblana’s Narrow Linewidth (100kHz) Laser resulting in a high performance, narrow-linewidth laser module in a plug and play format at a very economical price point. The compact housing measures just 28 x 50 x 72 mm, ideal for OEM work.

Incorporates a stable, low noise current source .
Provides stable and precise Thermo Electric Control .
Very compact format .
Eliminates need for separate mount & driver units.

Custom Laser Diodes

Our Irish technology (DM-Discrete Mode Diode Lasers) platform gives you the freedom to specify your laser characteristics from the widest possible range of electro optical parameters. With wavelengths spanning 689nm to 2020nm coupled with options ranging from simple TO-Can to PM fiber pigtailed 14 Pin Butterfly packages. We can deliver a laser to completely meet your requirements in the shortest timeframe and at a cost to fit your budget.