L-Band Tunable Test Light Source MCTFL-L-10-T-S2-1-FA-T1
Mingchuang Optoelectronics' L-band tunable source covers the entire L band and provides continuous-wave output at up to 64 wavelengths according to the ITU-T 100GHz standard. It integrates dual FP-cavity tuning etalons and a high-gain chip. Specialized ACC/ATC circuitry and high-precision temperature control ensure accurate, highly stable laser operation. A large color LCD clearly displays current and power, with stable, adjustable continuous output power. Communication interfaces and PC software can be supplied to customer requirements for precise wavelength tuning. Applications include DWDM system R&D and testing of fiber lasers and fiber-optic components.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Operating wavelength [ITU 100G Bandwidth L Wavelength band Standard Wavelength adjustable] | 1554.94-1607.46 nm |
| Channel Number | C28-L65 |
| Frequency Tuning Range | 192.8-186.5 THz |
| Spectral Width ( with FBG) | ≤3 MHz |
| Output Power [Output Power Means the Maximum Output Power without Isolation or Protection Components] | 10 or other |
| Short-term Stability （15 minutes ） [15 Minutes; Stability Tested at 25℃ after 30 Minutes of Warm-Up] | ≤0.02 dB |
| Long-term Stability （8 hours ） [8 Hours; Stability Tested at 25℃ after 30 Minutes of Warm-Up] | ≤0.05 dB |
| Channel spacing | 100 GHz |
| Channel count | 64 |
| Channel Switching time | 10 ms |
| Side-Mode Suppression Ratio SMSR | 50 dB |
| Relative Noise Intensity | -110 dB/Hz |
| Fiber type | SMF-28e |
| Fiber length | 1 m |
| Connector Type | FC/APC or other Model |
| Operating temperature | -5 ～ +35 ℃ |
| Storage temperature | -40 ～ +85 ℃ |
| Power consumption [Power Consumption Is the Maximum Total Product Power Consumption under Extreme Environmental Conditions] | 10 W |
| Power supply method | DC 5V or AC 220V |
| Product dimensions | 280(L)X260(W)x120(H) Benchtop 90(L)X70(W)x15(H) Module |
| Communication Interface | DB9; optional host software |
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Key Features
Datasheet
Supplier Information
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