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| AUTL-150-C | Single laser, C-band |
| AUTL-150-L | Single laser, L-band |
| AUTL-150D-CC | Dual laser, C-band + C-band |
| AUTL-150D-CL | Dual laser, C-band + L-band |
| AUTL-150D-LL | Dual laser, L-band + L-band |
| Specifications: | C-Band | L-Band |
| Operating wavelength range | 1527.60 - 1565.50 nm | 1570.01 - 1608.76 nm |
| Operating frequency range | 191.5 - 196.25 THz | 186.35 - 190.95 THz |
| Wavelength tuning resolution (Front Panel) | 1 GHz (10 pm) | |
| Wavelength Tuning resolution (PC Control) | 100 MHz (1 pm) | |
| Wavelength step-size (ITU-grid mode)* | 25 GHz ( ~0.2 nm**) | |
| Linewidth (FWHM), instantaneous*** | <100 kHz | |
| Side mode suppression ratio | 55 dB typ (40 dB min) | |
| Maximum optical output power | 13.5 dBm (22mW) | |
| Minimum optical output power | 7 dBm (5mW) | |
| Optical power accuracy | ±1 dB | |
| Frequency accuracy | ±1.5 GHz | |
| Polarization extinction ratio | >20 dB (100:1) at the PM fiber output | |
| RIN for 13 dBm output power | <-145 dB/Hz | |
| Output fiber type | FC/PC PM | |
| Dimensions | 230(W) x 260(D) x 100(H) mm | |
| Weight | 3 kg | |
| PC interface method | USB 2.0 | |
| Minimum PC requirements | Pentium 4, 1 GB RAM, USB 2.0 | |
| Power supply | 100-240 V 50-60 Hz | |
| * When in ITU-grid mode, high resolution tunability is disabled and tuning is only allowed between 25GHz spacing ITU grid channels. | ||
| ** Varies slightly depending on the wavelength | ||
| *** The laser uses a small FM dethering as part of its wavelength locking mechanism. The instantaneous linewidth is measured over a 1ms integration time. | ||
| All specifications are subject to change without notice. Please check with us for the latest specifications. | ||
MPX-LN-0.1是专为低频相位调制(<100MHz)设计一款铌酸锂(LiNbO3)相位调制器。该器件的集成化电极使其半波电压极低，X-Cut设计使其在高温下依然具有很强的稳定性。MPX-LN-0.1是恶劣环境中光纤传感应用的的理想器件。同时，该调制器具有高输入阻抗和低频性能优化的特点，使用更简便。
Aunion FComb是世界首款能提供100个以上载波的C+L波段光学频率梳（1530nm~1605nm）。Aunion F-Comb飞秒光学频率梳可在任意ITU通道产生载波，输出线宽只有KHz量级，比标准的通讯光源的稳定性。Aunion F-Comb 1550nm飞秒频率梳输出功率为10mW，噪声（OSNR）可达>45dB。广泛用于相干发射机，高精度测距，光子射频信号合成，光学器件测试，光学频率测量等应用之中
目前，在光通信市场中，准直器的在线“调焦”方法主要有两种： 1. 传统的反射镜调试方法（借助功率计，反射镜等） 2. 基于光束分析仪的调试方法（主要有狭缝式和相机式两种光束分析仪），以及基于相机式光束分析仪的自动化设备。 在此我们就不对传统的反射镜调试方法原理做大幅介绍，我们主要介绍下CINOGY相机式光束分析仪的在线调焦方法： 请见下面准直器在线调焦基本原理图：
