KLS-201A series are the tunable laser light sources which have a narrow spectrum linewidth and a low relative intensity noise(RIN). This product is the most suitable for the measurement in which high isolation, polarization stability and modulation are necessary.

KLS-201A series are the tunable laser light sources which have a narrow spectrum linewidth and a low relative intensity noise(RIN).  This product is the most suitable for the measurement in which high isolation, polarization stability and modulation are neccessary.

KLS-201A series are the tunable laser light sources which have a narrow spectrum linewidth and a low relative intensity noise(RIN).  This product is the most suitable for the measurement in which high isolation, polarization stability and modulation are neccessary.

KLS-201A series are the tunable laser light sources which have a narrow spectrum linewidth and a low relative intensity noise(RIN).  This product is the most suitable for the measurement in which high isolation, polarization stability and modulation are neccessary.

KLS-201A series are the tunable laser light sources which have a narrow spectrum linewidth and a low relative intensity noise(RIN).  This product is the most suitable for the measurement in which high isolation, polarization stability and modulation are neccessary.

KLS-201A series are the tunable laser light sources which have a narrow spectrum linewidth and a low relative intensity noise(RIN).  This product is the most suitable for the measurement in which high isolation, polarization stability and modulation are neccessary.

KLS-201A series are the tunable laser light sources which have a narrow spectrum linewidth and a low relative intensity noise(RIN).  This product is the most suitable for the measurement in which high isolation, polarization stability and modulation are neccessary.

Demanding Mid-IR spectroscopy applications such as nanoscale and microscale chemical imaging benefit greatly from rapid, high-SNR data acquisition. However, until now, Mid-IR laser sources required compromises in beam quality and wavelength fidelity to achieve high scan speeds. With the introduction of the new MIRcat-QT, you can now ...

Molecular spectroscopy applications benefit from rapid, high Signal-to-Noise Ratio data acquisition. This demands fastscan mid-IR lasers delivering high-quality light. Until now, high tuning speed has come with compromises. The new Hedgehog from DRS Daylight Solutions changes this. For the first time, fast tuning and high-fidelity ...

Molecular spectroscopy applications benefit from rapid, high Signal-to-Noise Ratio data acquisition. This demands fastscan mid-IR lasers delivering high-quality light. Until now, high tuning speed has come with compromises. The new Hedgehog from DRS Daylight Solutions changes this. For the first time, fast tuning and high-fidelity ...

Molecular spectroscopy applications benefit from rapid, high Signal-to-Noise Ratio data acquisition. This demands fastscan mid-IR lasers delivering high-quality light. Until now, high tuning speed has come with compromises. The new Hedgehog from DRS Daylight Solutions changes this. For the first time, fast tuning and high-fidelity ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...

DLT Series tunable diode lasers have been developed for spin-exchange optical pumping, diode pumped alkali laser and rare gas lasers applications requiring high power within an extremely narrow absorption resonance of alkali metal atoms (Rubidium, Potassium and Cesium) and rare gases (Xenon, Argon and Krypton). A unique proprietary ...