CW wavelength variable laser VAMP
Spectra-Physics
About This Product
Spectra-PHYSICS CW wavelength variable lasers have a wide range of product portfolios that are optimal for quantum applications, providing useful tuning range, output, and line widths for difficult quantum applications.
The tapered amplifier of the NEW FOCUS VAMP series is designed for high -output variable and fixed wavelength applications such as atomic cooling, spectroscopy, and bose -instein condensation. VAMP faithfully amplifies the wavelength variable one frequency light caused by the external resonator diode laser and other appropriate wavelength light sources.
All New Focus tapered amplifier is equipped with an isolator as standard.
・ Fiber couple input, faster, simple,
・ Realize reliable alignment
・ Safety shut off function by active input power monitoring
・ Power lock mode to reduce amplitude noise
・ Automatic laser head recognition
・ Beam shaping after amplification
■ Fiber couple input
VAMP is composed of fiber couples input and guarantees a quick, simple, reliable alignment. Active input power monitoring prevents self -laser release and protects tapered amplifier chips with a safety shut -off function when the seed power drops to less than 10MW.
■ Intuitive operation
You can start and operate immediately with a simple control by the TA-7600-LN controller. The TA-7600-LN controller is equipped with a tapered amplifier head recognition function to automatically set temperature and current maximum. It also has front panel control, RS-232, USB interface, and GUI.
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Product
CW wavelength variable laser VAMP
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Handling Company
Spectra-Physics
6 Models of CW wavelength variable laser VAMP
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | ASE, maximum power and center wavelength | Beam -oriented stability | Beam radiation | Central wavelength | Environmental temperature, operation | Environmental temperature, storage | Environmentally humidity | Fiber bonded output power | Free space output | Frequency jitter | Light input of the smallest FC/APC connector | Light power | Line width | Long -term stability, power, closing loop | Maximum FC/APC connector light input | Power supply requirements | Side mode | User interface | Vertical mode | polarization | wavelength |
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TA-7612 |
Available upon quote | <-45db (0.01nm OSA decomposition ability) | <50 µrad (± 2 ℃) | <1.5mrad, standard | 765nm | 15 ~ 30 ° C | 0 to 50 ℃ | No condensation | 0.5W | > 1.5W | Relying on seed laser | 10 ~ 20MW | Optical insulation, fiber bonding | Relying on seed laser | ± 1% (± 2 ° C), dependent on representative values and seed laser | 100MW | 100 ~ 240 VAC (50 ~ 60 Hz), power consumption <105 W | TEM00 | Controller front panel, RS232, USB | single | vertical | 755 ~ 775nm |
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TA-7613 |
Available upon quote | <-45db (0.01nm OSA decomposition ability) | <50 µrad (± 2 ℃) | <1.5mrad, standard | 780nm | 15 ~ 30 ° C | 0 to 50 ℃ | No condensation | 0.5W | > 1w | Relying on seed laser | 10 ~ 20MW | Optical insulation, fiber bonding | Relying on seed laser | ± 1% (± 2 ° C), dependent on representative values and seed laser | 100MW | 100 ~ 240 VAC (50 ~ 60 Hz), power consumption <105 W | TEM00 | Controller front panel, RS232, USB | single | vertical | 775 ~ 785nm |
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TA-7613-H |
Available upon quote | <-45db (0.01nm OSA decomposition ability) | <50 µrad (± 2 ℃) | <1.5mrad, standard | 780nm | 15 ~ 30 ° C | 0 to 50 ℃ | No condensation | none | > 2w | Relying on seed laser | 10 ~ 20MW | Optical insulation, fiber bonding | Relying on seed laser | ± 1% (± 2 ° C), dependent on representative values and seed laser | 100MW | 100 ~ 240 VAC (50 ~ 60 Hz), power consumption <105 W | TEM00 | Controller front panel, RS232, USB | single | vertical | 779-790nm |
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TA-7614-H |
Available upon quote | <-45db (0.01nm OSA decomposition ability) | <50 µrad (± 2 ℃) | <1.5mrad, standard | 795nm | 15 ~ 30 ° C | 0 to 50 ℃ | No condensation | 0.5W | > 1.8w | Relying on seed laser | 10 ~ 20MW | Optical insulation, fiber bonding | Relying on seed laser | ± 1% (± 2 ° C), dependent on representative values and seed laser | 100MW | 100 ~ 240 VAC (50 ~ 60 Hz), power consumption <105 W | TEM00 | Controller front panel, RS232, USB | single | vertical | 787 ~ 805nm |
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TA-7616 |
Available upon quote | <-45db (0.01nm OSA decomposition ability) | <50 µrad (± 2 ℃) | <1.5mrad, standard | 850nm | 15 ~ 30 ° C | 0 to 50 ℃ | No condensation | 0.5W | > 1w | Relying on seed laser | 10 ~ 20MW | Optical insulation, fiber bonding | Relying on seed laser | ± 1% (± 2 ° C), dependent on representative values and seed laser | 100MW | 100 ~ 240 VAC (50 ~ 60 Hz), power consumption <105 W | TEM00 | Controller front panel, RS232, USB | single | vertical | 840 ~ 855nm |
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TA-7618 |
Available upon quote | <-45db (0.01nm OSA decomposition ability) | <50 µrad (± 2 ℃) | <1.5mrad, standard | 915nm | 15 ~ 30 ° C | 0 to 50 ℃ | No condensation | none | > 1w | Relying on seed laser | 10 ~ 20MW | Optical insulation, fiber bonding | Relying on seed laser | ± 1% (± 2 ° C), dependent on representative values and seed laser | 100MW | 100 ~ 240 VAC (50 ~ 60 Hz), power consumption <105 W | TEM00 | Controller front panel, RS232, USB | single | vertical | 910 ~ 920nm |
Click on the part number for more information about each product
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About Company Handling This Product
- Since 1981