Specifications

MODEL	1064	1220	O	ES	SC	CL	U
Wavelength range	1000-1100	1180-1270	1260-1370	1400-1530	1460-1570	1525-1630	1620-1680
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）
CHOP	Available　270Hz
Beam shutter	Available
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
Dimensions	340W×450D×145H
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.

Features

■ 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.

Applications

■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.