Wavelength Tunable Laser KLS-201A Series(Tunable Laser:Standard Model)
Standard model covering up to 1220nm band besides O-band to U-band (wavelength installation resolution: 0.1nm)
|Optical output power||≥ +3.0dBm||≥ 0.0dBm||≥ +3.0dBm|
|Wavelength set resolution||0.1nm|
|Wavelegth accuracy||≤ ±0.5nm||≤ ±0.2nm|
|Spectrum linewidth（Typical）||≤ 500kHz||≤ 100kHz||≤ 50kHz|
|RIN（Typical）||≤ -145dB/Hz(at 0dBm)|
|Optical output flatness||≤ ±0.5 dB||≤ ±0.2 dB (APS:ON)|
|Optical output stability||≤ ±0.05dB(60 minutes)||≤ ±0.03dB(60 minutes)|
|Wavelength precision||≤ ±1.0pm(60 minutes)||≤ ±0.8pm(60 minutes)|
|Optical output variation||Available（Max. output power～ -30dB：Setting resolution 0.01dB）|
|Internal low frequency modulation||Available（Coherence control function）|
|Output optical fiber||Polarization Maintaining Fiber|
|Polarization||Linear polarization, aligned to the direction of connector key, Exinction ratio≧20dB（Typical）|
|External control I/F||GP-IB|
|Operation environment||Operation temperature：10～35 ℃
Accuracy guaranteed temperature：15～30℃
Relative humidity：85％ or less（with no condensation）
|Storage condition||－10～＋50 ℃
Relative humidity：85% of less（with no condensation）
※The contents are subject to change without notice.
■ By using laser beam with high purity and low noise
Spectral characteristics of optical components or other applied products can be measured with high dynamic range.
■ Taking advantage of low noise
Since the RIN characteristic is very good and does not affect the characteristics of the object under test, it is ideal as a light source for measuring the noise figure (NF) of optical fiber amplifiers (EDFA, etc.).
■Taking advantages of narrow spectrum linewidth and high short-term frequency stability
The spectrum linewidth is very narrow, less than 50 kHz, and the frequency is stable, which makes it ideal for measurement using optical beats.
■High dynamic range measurement that cannot be achieved with a spectrum analyzer
- The GP-IB interface makes it easy to perform measurements in conjunction with a PC or a power meter.
- It can measure optical modules, etc. with a high dynamic range that cannot be achieved with a spectrum analyzer.
■Evaluation of polarization-dependent optical communication transmission experiments
Evaluation of polarization-dependent optical communication transmission experiments.
The polarization extinction ratio of 20dB or higher and high polarization stability can be used for evaluation of optical communication transmission experiments.
■ As a light source for optical fiber sensing
The excellent optical characteristics of low noise, narrow linewidth, and high stability make it ideal as a light source for optical fiber sensing.