Tunable external cavity diode lasers (ECDLs) have been broadly developed. They have different applications in various fields of science. In this paper tunability of semiconductor lasers (780 nm and 655 nm) are studied. Tuning ranges of 149 and 26 angstrom were demonstrated for 780 and 655 nm lasers, respectively. The Littrow configuration has been used in this experiment. A diffraction grating, a cooling system, a power supply and opto-mechanical components have been used to do so. The spectrum of the output beam of the laser and the power of the output beam of the laser have been measured and reported by means of the spectrometer and the power meter, respectively
The drive towards higher bandwidth optical fibre networks using multiple wavelength systems is incre...
Semiconductor diode lasers are widely used in modern technology because of their compactness, low co...
We report on the single-frequency operation of an optically pumped external cavity semiconductor las...
Conventional semiconductor laser diodes have found limited applications in the areas of spectroscopy...
The influence of structural parameters on laser wavelength continuous tuning range in external cavit...
Conventional semiconductor laser diodes have found limited applications in the areas of spectroscopy...
Conventional semiconductor laser diodes have found limited applications in the areas of spectroscopy...
In this paper, tunability of three near-infrared semiconductor lasers which typically lase at 808 nm...
Tunable lasers have a lot of applications ranging from light sources for fiber optic telecommunicati...
A novel, simple tuning mechanism for single-mode, pseudo-external-cavity diode lasers has been devel...
A tunable diode laser is used in high-resolution spectroscopy, laser cooling of atoms, time standard...
A new external-cavity diode laser system based on an extended version of the Littman configuration i...
Recent years have shown the importance of tunable semiconductor lasers in optical sensing. We descri...
A tunable external cavity semiconductor laser with > 1 W CW near-diffraction-limited output power be...
We report on GaSb-based quantum-well diode lasers in a micro-machined external cavity setup using th...
The drive towards higher bandwidth optical fibre networks using multiple wavelength systems is incre...
Semiconductor diode lasers are widely used in modern technology because of their compactness, low co...
We report on the single-frequency operation of an optically pumped external cavity semiconductor las...
Conventional semiconductor laser diodes have found limited applications in the areas of spectroscopy...
The influence of structural parameters on laser wavelength continuous tuning range in external cavit...
Conventional semiconductor laser diodes have found limited applications in the areas of spectroscopy...
Conventional semiconductor laser diodes have found limited applications in the areas of spectroscopy...
In this paper, tunability of three near-infrared semiconductor lasers which typically lase at 808 nm...
Tunable lasers have a lot of applications ranging from light sources for fiber optic telecommunicati...
A novel, simple tuning mechanism for single-mode, pseudo-external-cavity diode lasers has been devel...
A tunable diode laser is used in high-resolution spectroscopy, laser cooling of atoms, time standard...
A new external-cavity diode laser system based on an extended version of the Littman configuration i...
Recent years have shown the importance of tunable semiconductor lasers in optical sensing. We descri...
A tunable external cavity semiconductor laser with > 1 W CW near-diffraction-limited output power be...
We report on GaSb-based quantum-well diode lasers in a micro-machined external cavity setup using th...
The drive towards higher bandwidth optical fibre networks using multiple wavelength systems is incre...
Semiconductor diode lasers are widely used in modern technology because of their compactness, low co...
We report on the single-frequency operation of an optically pumped external cavity semiconductor las...