Tunics Reference提供光和电监视输出，可以连接波长计（通过RS-232C接口）来获取需要的精度或通过锁相环进行快速、方便的频谱插入损耗特征测试、/span>
特征９/p>
**精度 : 低至5 pm
高输出功玆 超过+ 10 dbm
宽调谐范围：高达160nm
阶梯扫描模式
全无跳模：业?*范围
高稳定性：误差低于1 pm/h
性能参数９/p>
|
|
Tunics Reference ES |
Tunics Reference SCL |
| 调谐特?/td> |
波长范围(无跳? ? P = 0 dBm ? P = 3 dBm ? P = 6 dBm ? P = 8 dBm ? P = 10 dBm |
1390-1540 nm 1410-1530 nm 1420-1520 nm 1440-1510 nm 1450-1510 nm |
1460-1610 nm 1470-1590 nm 1480-1580 nm 1500-1580 nm 1520-1570 nm |
| **波长精度*1?7 |
25 pm |
| 波长稳定 *3＋/td> |
5 pm / h (3 pm / h typical and 5 pm / 24h typical) |
| 调优可重复 (typ.) |
5 pm |
| 波长设置分辨玆/td> |
1 pm |
| 光学频率微调 |
2 GHz |
| 调谐速度 (typ.) |
1s (100 nm) |
| 集成波长计的选择(IWM) |
**波长精度*1?8 |
5 pm |
| 波长稳定 *3＋/td> |
1 pm / h (1 pm / 24h typical) |
| 调优可重复 (typ.) |
1 pm |
| 激光输出特?/td> |
功率稳定 *3 |
0.01 dB / h (0.025 dB / 24h typical) |
| 次模抑制 *4 |
>45 dB |
| 自发型号来源比率 *5 |
>55 dB |
| 相对响度噪声 *4?6 |
?45 dB/Hz (typ.) |
| 光谱 (FWHM) |
500 kHz typical (相干控制) >100 MHz (相干控制) |
| 扫描模式特?/td> |
无跳模调谐范図/td> |
全波长范図/td> |
| 扫描速度 |
1 ~ 100 nm/s 可调 |
| 扫描功率平坦 (typ.) |
0.25 dB |
| 扫描功率可重复?typ.) *2 |
0.05 dB |
| 端口状态和设置 |
光接叢/td> |
FC-APC |
| 输出光纤类型 |
SMF-28? |
| 输出隔离 |
35 dB |
| 回损 |
60 dB |
| 远程控制?/td> |
RS-232 C and IEEE-488.2 *9 |
| 低频调制 |
10 kHz to 8 MHz |
| 高频调制 |
30 kHz to 200 MHz |
| 环境 |
工作温度范围 |
+18 to +35C (+60 to +85F) |
| 电源 |
100 to 240 V / 50 to 60 Hz |
| 尺寸 (W x H x D) in mm3 |
448 x 133 x 370 |
| 重量 |
12.5 kg |
*1 : After self calibration temperature remaining within 3oC from self-calibration temperature
*2 : Over 100 scans at constant temperature
*3 : Over one hour at a constant temperature and after 2 hour warm-up
*4 : Measured with 0 dBm output power
*5 : Spontaneous emission measured within a 0.1 nm bandwidth at 1 nm from the signal
*6 : Measured at an electrical frequency of 100 MHz
*7 : Accuracy given at 3 sigma after automated self recalibration: the wavelength errors on the whole spectral range follow a normal distribution with
99.7% of the values are inferior to 25 pm.
*8 : With M option: for operating temperature between +18oC and +30oC.
*9 : Tested and validated with National Instruments GPIB board
