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QPhotonics QSOA-481 Semiconductor Optical Amplifier (SOA)
QPhotonics QSOA-481 Semiconductor Optical Amplifier (SOA)
Product details
Product attributes
| Output power mW in front of single-mode fiber at maximum spectral width | 1 |
| Forward current standard value mA | 200 |
| Maximum forward current (mA) | 260 |
| Peak wavelength nm | 970 |
| Minimum spectral width in nm | 45 |
| Spectral width standard value nm | 50 |
| Threshold current standard value mA | 100 |
| Maximum threshold current (mA) | 150 |
| Spectral modulation standard value% | 3 |
| Spectral modulation maximum value% | 6 |
| Maximum output power of single-mode fiber mW | 10 |
| Forward voltage standard value V | 1.8 |
| Maximum forward voltage V | 2 |
| Minimum working temperature ℃ | -55 |
| Maximum working temperature ℃ | +70 |
| Cooling current A | 1.2 |
| Cooler voltage V | 3.5 |
| connector | FC/APC not have |
| Packaging method | Butterfly Packaging DIL |
Product Introduction:
The QSOA-481 Semiconductor Optical Amplifier (SOA) from QPHOTONICS has a structure similar to ordinary semiconductor lasers, with the characteristics of simple structure and small size. It can fully utilize existing semiconductor laser technology, mature manufacturing process, low cost, long lifespan, low power consumption, and is easy to integrate with other optical devices.
Product features:
1. Design of traveling wave multiple quantum wells
2. Continuous light or pulse working mode
3. Polarization maintaining fiber tail
4. Low coupling loss between chips and optical fibers
5. Built in thermistor and TEC
6. Sealed butterfly package or DIL package
7. Optional FC/APC connector
Application areas:
1. All-optical relay amplifier chain
2. Optical receiver preamplifier
3. Used for branch loss compensation amplifier in local area network
4. Fiber optic communication
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