Single Channel Superluminescent Diode Source
Integrated Spectral Bench (ISB1)
Luxmux’s ISB1 is a broadband light source that includes a single SLED. There are ten different spectral coverage ranges available for selection.
Key Features:
- User-controlled box with one SLED enclosed
- Compact and user-friendly
- Centre wavelength (CW) options: 1300nm, 1340nm, 1390nm, 1430nm, 1480nm, 1550nm, 1615nm, and 1680nm
- SLED can be run from 0% to 100% of maximum rating
- Output power on fiber-coupled models: 6mW-13mW
- Output power on free-space models: 10mW-25mW
- Bandwidth FWHM: 40nm-60nm
- Internally optimized for maximum coupling efficiency with PM1550-XP Fiber or PM1300-XP
- Monolithic integration of a broadband dual stage PMF isolator (35dB)
- Includes a monitor photodiode
- Light output connector: FC/APC (optional: FC/PC or SMA)
- Multiple communication interfaces: USB, RS-232, Ethernet
- Low Degree of Polarization (DOP) outputs available
- User-friendly GUI and custom API available for test automation
- Optional power meter available
Filter, search or find the right product
SLED
Fiber Type
DOP
SC
FWHM
CW
LOP
| Number | # Sleds | SLED | Fiber Type | DOP | SC [nm] | FWHM [nm] | CW [nm] | LOP [mW] | |
|---|---|---|---|---|---|---|---|---|---|
| ASM002501 | 1 | 1300nm | Polarization Maintaining | High Degree | 1270-1330 | 60 | 1300 | 12 | |
| ASM002502 | 1 | 1340nm | Polarization Maintaining | High Degree | 1310-1370 | 55 | 1340 | 12 | |
| ASM002503 | 1 | 1390nm | Polarization Maintaining | High Degree | 1360-1420 | 60 | 1390 | 10 | |
| ASM002504 | 1 | 1430nm | Polarization Maintaining | High Degree | 1410-1450 | 40 | 1430 | 10 | |
| ASM002505 | 1 | 1480nm | Polarization Maintaining | High Degree | 1455-1505 | 50 | 1480 | 13 | |
| ASM002506 | 1 | 1550nm | Polarization Maintaining | High Degree | 1515-1585 | 70 | 1550 | 9 | |
| ASM002507 | 1 | 1615nm | Polarization Maintaining | High Degree | 1585-1645 | 60 | 1615 | 6 | |
| ASM002508 | 1 | 1680nm | Polarization Maintaining | High Degree | 1655-1705 | 50 | 1680 | 13 | |
| ASM002509 | 1 | 1550nm | Polarization Maintaining | High Degree | 1515-1585 | 70 | 1550 | 15 | |
| ASM002512 | 1 | 1550nm | Polarization Maintaining | High Degree | 1532-1568 | 35 | 1550 | 30 | |
| ASM002601 | 1 | 1300nm | Single Mode | High Degree | 1270-1330 | 60 | 1300 | 12 | |
| ASM002602 | 1 | 1340nm | Single Mode | High Degree | 1310-1370 | 55 | 1340 | 12 | |
| ASM002603 | 1 | 1390nm | Single Mode | High Degree | 1360-1420 | 60 | 1390 | 10 | |
| ASM002604 | 1 | 1430nm | Single Mode | High Degree | 1410-1450 | 40 | 1430 | 10 | |
| ASM002605 | 1 | 1480nm | Single Mode | High Degree | 1455-1505 | 50 | 1480 | 13 | |
| ASM002606 | 1 | 1550nm | Single Mode | High Degree | 1515-1585 | 70 | 1550 | 9 | |
| ASM002607 | 1 | 1615nm | Single Mode | High Degree | 1585-1645 | 60 | 1615 | 6 | |
| ASM002608 | 1 | 1680nm | Single Mode | High Degree | 1655-1705 | 50 | 1680 | 13 | |
| ASM002609 | 1 | 1550nm | Single Mode | High Degree | 1515-1585 | 70 | 1550 | 15 | |
| ASM002612 | 1 | 1550nm | Single Mode | High Degree | 1532-1568 | 35 | 1550 | 30 | |
| ASM002701 | 1 | 1300nm | Single Mode | Low Degree | 1270-1330 | 60 | 1300 | 12 | |
| ASM002702 | 1 | 1340nm | Single Mode | Low Degree | 1310-1370 | 55 | 1340 | 12 | |
| ASM002703 | 1 | 1390nm | Single Mode | Low Degree | 1360-1420 | 60 | 1390 | 10 | |
| ASM002704 | 1 | 1430nm | Single Mode | Low Degree | 1410-1450 | 40 | 1430 | 10 | |
| ASM002705 | 1 | 1480nm | Single Mode | Low Degree | 1455-1505 | 50 | 1480 | 13 | |
| ASM002706 | 1 | 1550nm | Single Mode | Low Degree | 1515-1585 | 70 | 1550 | 9 | |
| ASM002707 | 1 | 1615nm | Single Mode | Low Degree | 1585-1645 | 60 | 1615 | 6 | |
| ASM002708 | 1 | 1680nm | Single Mode | Low Degree | 1655-1705 | 50 | 1680 | 13 | |
| ASM002709 | 1 | 1550nm | Single Mode | Low Degree | 1515-1585 | 70 | 1550 | 15 | |
| ASM002712 | 1 | 1550nm | Single Mode | Low Degree | 1532-1568 | 35 | 1550 | 30 |
Photonic Specialist Consulting and R&D
- Have a photonic problem that requires a custom solution?
- Or does a solution not yet exist?
If you have a problem that can not be solved with a traditional solution? Let’s talk.
