Applications

Specifications

UHG for InSight Specifications1

Second Harmonic Generation Fundamental SHG
Input Wavelength 680-1300 nm
Output Wavelength 680-1300 nm 340-650 nm
Conversion Efficiency (@ 450 nm/900 nm) 40%
Power with InSight X32 2000 mW 800 mW
Pulse Selection of Second Harmonic Fundamental SHG
Input Wavelength 680-1300 nm
Output Wavelength 680-1300 nm 340-650 nm
Conversion Efficiency (@450 nm/900 nm, 8 MHz) 15% >35%
Power with InSight X32 2000 mW 28 mW

Footnotes:

  1. Due to our continuous product improvements, specifications are subject to change without notice.
  2. InSight X3 specification 2 W at 900 nm.

UHG for Mai Tai and Tsunami Specifications1

Femtosecond Operation SHG SHG (in THG)2 THG FHG
Input Wavelength 680-1080 nm 836-968 nm
Output Wavelength 340-540 nm 226-360 nm 209-242 nm
Conversion Efficiency3 40% 25% 10% 4%
Power with Mai Tai HP4 1000 mW 625 mW 250 mW 80 mW
Power with Tsunami XP5 1080 mW 675 mW 270 mW 100 mW
Picosecond Operation SHG SHG (in THG)2 THG FHG
Input Wavelength 680-1080 nm 836-968 nm
Output Wavelength 340-540 nm 226-360 nm 209-242 nm
Conversion Efficiency3 15% 10% 4% 0.1%
Power with Tsunami HP5,7 435 mW 290 mW 87 mW 2.5 mW
Pico HE Option 25% 20%  12% 1%
Pico HE option with Tsunami HP5,7 725 mW  580 mW 348 mW 25 mW

UHG Pulse Selector Specifications1 - Stand Alone Pulse Selector (Femtosecond and Picosecond Operation)

Input Wavelength 680-1080 nm
Diffraction Efficiency 35% @ 800 nm, 8 MHz
Power with Mai Tai HP4 88 mW
Power with Tsunami HP5 95 mW
Contrast Ratio 300:1
Repetition Rate Adjustable: 8 MHz to single shot

UHG Pulse Selector Specifications 1 - Pulse Selector with Harmonic Generation

Femtosecond Operation SHG SHG (in THG)2 THG
Output Wavelength 340-540 nm 226-360 nm
Conversion Efficiency3,6 10% 8% 5%
Power with Mai Tai HP4 8.5 mW 7 mW 4 mW
Power with Tsunami HP5 9.5 mW 7.5 mW 4.5 mW
Picosecond Operation SHG SHG (in THG)2 THG
Output Wavelength 340-540 nm 226-360 nm
Conversion Efficiency3,6 3% 2.5% 1%
Power with Tsunami HP7 3 mW 2.5 mW 1 mW

Footnotes:

  1. Due to our continuous product improvements, specifications are subject to change without notice.
  2. SHG when THG is detuned.
  3. Conversion efficiency given 800 nm for SHG and THG, 900 nm for FHG. Minimum input power of 2 W required for specified efficiencies.
  4. 2.5 W @ 800 nm, 80 MHz.
  5. 2.7 W @ 800 nm, 80 MHz.
  6. In relation to diffracted fundamental power @ 8 MHz.
  7. 2.9 W @ 800 nm, 80 MHz, 1-2 ps.

Features

UHG Series for InSight

The UHG Series for InSight provides virtually gap free tuning from 340 nm to 1300 nm when combined with the fundamental output. It provides high efficiency SHG (second harmonic) output that exceeds 40% efficiency and when combined with the InSight X3™, providing an average power of >800 mW at 450 nm. In addition, the new UHG Series for InSight is fully automated and allows for software control to tune both the fundamental and second harmonic wavelengths. Pulse selection is available from 340 nm to 1100 nm at repetition rates of single shot to 8 MHz.

UHG Series for Mai Tai and Tsunami

The UHG Series for Mai Tai and Tsunami has been designed to handle greater than 4 W of average power and deliver efficiencies exceeding 40% for SHG. The pulse selector option inside the UHG head offers a SiO2 Bragg cell for the highest output powers and contrast ratio. The system is capable of pulse selecting from single shot to 8 MHz and is positioned before all harmonic stages to offer the most features in a single compact housing. The UHG series is a flexible system suitable for a variety of scientific applications requiring access to a wide spectrum of femtosecond or picosecond laser pulses.

Compatible Power Sensors

To verify and analyze the output power of yourUHG laser, we recommend the Ophir 3A-PF-12 (7Z02720) thermal power sensor and Centauri laser power meter.  Additional information on this laser measurement equipment can be found on the ophiropt.com website.  Other Ophir sensors and meters may also be suitable for the UHG, depending on application. Ophir also works with laser system developers to achieve embedded beam diagnostics to monitor system performance as an OEM solution.

Resources

Data Sheets
Drawings & CAD