PPLN Mixers
For your application convenience and time-to-publication/time-to-market, HC Photonics provides PPLN mixers which integrate PPLN chips into a convenient, compact, robust, cost-effective packaged format. Through well-packaged format and convenient input/output laser coupling interfaces, we assist in your engineering/production efforts for your full-spectrum laser generation, sensing and applications.
PPLN Waveguide Mixer
PPLN Bulk Mixer
PPLN Cavity Mixer
PPLN Pulse Mixer
PPLN Mixer selections
PPLN Waveguide Mixers: super efficient frequency converter
PPLN waveguide mixers are frequency conversion modules which integrate PPLN waveguide chips into a convenient, compact, robust, cost-effective packaged format for your application convenience. With waveguide structure, PPLN waveguide mixers have higher efficiency in single-pass configuration as compared to bulk mixers. Optimized for your desired input pump lasers, PPLN waveguide mixers provide the polarization maintained output either in free space or optical fiber, with available output wavelength ranging from UV/Visible to NIR/MIR and output power up to sub-Watt or even up to Watt level.
Key features
- Single-pass & high-efficiency, optimized for specified input pumps
- Output wavelength from UV/Visible to NIR/MIR
- Mixing configurations: SHG, SFG, DFG, etc.)
- Fiber or free space as input/output coupling interfaces (such as 1x0, 1x1, 2x0, 2x1, 0x0; 0=free space (collimated beam optional), 1=one fiber, 2=dual fibers
- Integrated thermistor/Peltier (TEC) for QPM temperature optimization
- Photodiode (PD) for power monitoring/Automatic Power Control optional
- Convenient, compact and robust for application customizations
- Commercial volume is delivering
Bestseller
Example available configurations:
Reference specifications (other configurations are also available)
- 1x0 SHG for 6W 780nm generation (NEW!)
- 1x1 SHG for 5W 780nm generation
- 1x1 SHG for 4W 780nm generation
- 1x1 SHG for 3W 780nm generation
- 1x1 SHG for 2W 780nm generation
- 1x1 SHG for 1W 780nm generation
- 1x1 SHG for 1W 780nm generation-free spaced (NEW!)
- 1x1 SHG for 1W 780nm generation-wide tuning range (NEW!)
- 1x1 SPDC for Type0 780nm generation (NEW!)
- 1x1 SPDC for TypeII 780nm generation (NEW!)
- 1x1 SHG for 600mW 532nm generation (NEW!)
- 1x1 SHG for 350mW 532nm generation (NEW!)
- 1x0 SHG for 250mW 532nm generation
- 1x1 SHG for 200mW 532nm generation
- 1x1 SHG for 1064nm generation (NEW!)
PPLN Bulk Mixers
PPLN bulk mixer is made with PPLN bulk chips for various lasers from continuous wave (CW) to ultrafast pulse. Via different nonlinear wavelength conversion processes (e.g. SHG, SFG, DFG…etc), the PPLN bulk mixer provides the polarization maintained output from UV to mid-IR with output power up to few Watts either in free space or with optical fiber.
Key features
- Single-pass & high-efficiency, optimized for specified input pumps
- Output wavelength from UV/Visible to NIR/MIR
- Mixing configurations: SHG, SFG, DFG, Cascaded SHG-SFG (THG), Tunable, etc.
- Fiber or free space as input/output coupling interfaces (such as 1x0, 1x1, 2x0, 2x1, 0x0; 0=free space, 1=one fiber, 2=dual fibers, with optional alignment beam for free space input)
- Integrated thermistor/Peltier (TEC) for QPM temperature optimization
- Photodiode (PD) for power monitoring/Automatic Power Control optional
- Convenient, compact and robust for application customizations
- Commercial volume is delivering
Bestseller
Five color series corresponding to the different wavelength range are our Best-sellers. They are designed for specific application such as laser microscopy or atom trapping. Detailed specifications are shown below. Alternatives are also available upon request.
General Specifications
Excellent beam quality
Power scaling of bulk mixer-G (532 nm)
Example available configurations:
Reference specifications (other configurations are also available)
PPLN Cavity Mixers
Cavity configuration is an alternative way to enhance nonlinear frequency conversion. For your application convenience, we have developed cavity mixer platform which can be customized to a variety of mixer applications, such as external pump OPO (EP-OPO), Intra-cavity OPO (IC-OPO), intra-cavity SFG (IC-SFG), intra-cavity DFG (IC-DFG) etc. Example applications are for generating NIR signal wavelengths between 1.4-2 um and MIR idler wavelengths between 2.3-4.5 um.
Key features
- Cavity enhanced & high-efficiency, optimized for your specified input pump or desired output signal/idler
- Output wavelength from UV/Visible to NIR/MIR
- Mixing configurations from conventional type to advanced type (such as IC-OPO, IC-SFG, IC-SHG, IC-DFG, EP-OPO etc.)
- Fiber or free space as input/output coupling interfaces
- Integrated thermistor/TEC for QPM temperature optimization & optional photodiode (PD) for power monitoring/automatic power control
- Convenient, compact and robust
Example: IC-OPO
an ultra-low power consumed optical parametric oscillator (OPO)
The intracavity design of the OPO utilizes the high circulating power in the cavity to achieve extremely low threshold pump power.
ICOPO-B is fixed wavelength mixer specified by the customer in the range of either α, β or γ. ICOPO-TB is wavelength tunable mixer covers the entire range.
B: broad bandwidth, fixed wavelength (few nm)
T: tunable
Example available configurations:
Reference specifications
PPLN Pulse Mixers
PPLN under pulse operation (ns/ps/fs) can be classified in a special category due to its unique features. Under high peak power operation, conversion efficiency in general could be relatively higher and could even enable OPA/OPG applications. However. crystal damage, pulse spectrum, and temporal walk-off effect in general needs to be taken into special consideration. We have developed several pulse bulk/waveguide mixers with optimization of above special pulse conditions.
Key features
- Pump by ns-Q switch laser or ps/fs ultrafast laser, with spectrum, temporal walk-of and damage optimization.
- Available output wavelength from UV/Visible to NIR/MIR
- Available mixing configuration from fundamental type to advanced type (such as SHG/SFG/DFG, or OPA/OPG etc.)
- Available for fiber or free space as input/output coupling interfaces (such as 1x0, 1x1, 2x0, 2x1, 0x0 , 0=free space, 1=one fiber, 2=dual fibers, with optional alignment beam for free space input)
- Available with integrated thermistor/TEC for QPM temperature optimization & optional photodiode (PD) for power monitoring/automatic power control
- Convenient, compact and robust and available for a variety of application customizations
Example available configurations:
Reference specifications
