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MAC PhotonX
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Albatros
CampusCA-1100
    CA-1100 Dedection and Measuring of Light
CA-1110
    CA-1110 Laser Safety and Classification
CA-1120
    CA-1110 Radio- and Photometry
CA-1130
    CA-1130 Emission and Absorbtion
CA-1140
    CA-1140 Fabry Perot Resonator
CA-1150
    CA-1150 Laser Beam Analyzer
CA-1200
    CA-1200 HeNe Laser
CA-1210
    CA-1210 CO2 Laser
CA-1220
    CA-1220 Diode Laser
CA-1230
    CA-1230 Nd:YAG Laser
CA-1300
    CA-1300 Laser Interferometer
CA-1310
    CA-1310 Laser Gyroscope
CA-1320
    CA-1320 Laser Triangulation
CA-1330
    CA-1330 Laser Leveling
CA-1340
    CA-1340 Laser Range Finder
CA-1350
    CA-1350 Laser Doppler Anemometer
CA-1400
    CA-1400 Plasitic Fiber Optics
CA-1410
    CA-1410 Glass Fiber Optics
CA-1420
    CA-1420 Optical Time Domain Reflectometry (OTDR)
CA-1430
    CA-1430 Arbium Doped Fiber Amplifier (EDFA)
CA-1440
    CA-1440 Data Transmission via Optical Fiber
CA-1450
    CA-1450 Workshop Glass Fiber Optics
CA-1500
    CA-1500 CO2 Laser Workstation 100 W
CA-1510
    CA-1510 Nd:YAG Laser Workstation 80 W
CA-1600
    CA-1600 Barcode Reader
CA-1610
    CA-1610 Laser Galvo Scanner
CA-1620
    CA-1620 Holography
nav_info2Available options for
formatextensions:
 
nav_info2CA-1232
format
Short pulse
formatgeneration by Active
formatQ-switching:
components to upgrade the kit to 'Short pulse generation by Active Q-switching' (CA-1232)
 
nav_info2CA-1233
format
Short pulse
formatgeneration by Passive
formatQ-switching:
components to upgrade the kit to 'Short pulse generation by Passive Q-switching' (CA-1233)
Products & SystemspfadMAC PhotonXpfadCampuspfadCA-1230 Nd:YAG LaserpfadCA-1231 (Upgrade)
<< backwards CA-1231 (Upgrade) ...Frequency Doubling forwards >>

navDESCRIPTIOn
Besides the CO2 lasers the number of applications for diode pumped Nd:YAG laser in industry grew very fast in the last years. Nd:YAG lasers are used e.g. for engraving, drilling and welding purposes in all fields of industry. learn more...
The educational kit CA-1230 is provided to train students in understanding of the laser diode pumped Nd:YAG laser with all its constants and properties. The kit teaches the students theory of Nd:YAG lasers including the discussion of rate equation model, steady state solution and dynamic behavior.
The kit uses a 450 mW laser diode with integrated TE-cooler and thermistor to control the laser temperature. All components to set up a complete laser diode pumped Nd:YAG laser with all necessary optics like crystal, mirrors, lenses and collimators are included. The provided versatile electronics controller combines the laser diode temperature and injection current control, a build in function generator to modulate the laser diode current and a photo diode amplifier converting the light signals for the measurements to be done:
  • stability criterion of resonator
  • dependence of pump wavelength on
    laser temperature and injection current
  • absorption spectrum of Nd:YAG

Available options for extensions:

  • components to upgrade the kit to
    'Optical Frequency Doubling' (CA-1231)
  • components to upgrade the kit to
    'Short pulse generation by Active
    Q-switching' (CA-1232)
  • components to upgrade the kit to
    'Short pulse generation by Passive
    Q-switching' (CA-1233)
 
CA-1230 Nd:YAG Laser
 navEducational Objectives (Upgrade)
nav Behavior of Nonlinear Optics
nav Frequency Doubling
nav Power of SHG-Radiat
nav Transversal mode structures
   
   
   
   
   
upgrade Drawing
   
01 Frequency doubling crystal in 5-axes adjustment holder on carrier
02 Laser mirror FD100 in holder
03 Filter BG39
04 Modulator electronics integrated in controller LDS 1200
 
A KTP crystal converts the Nd:YAG emission intra-cavity to green light. For green emission above 5 mW an output coupler mirror highly transmissive at 532 nm is provided. Using an IR-absorbing filter the quadratic response of the SHG process is measured. Transverse cavity modes of the Nd:YAG laser are visualized by SHG impressively.
Performance of Measurements:

navMeasurements and Handling
1.) Second harmonic generation signal
format
format
The relative output power of the laser diode used for optical pumping can be measured in dependence on the injection current. Parameters like laser threshold and slope efficiency are evaluated. learn more ...
 
 
2.) Mode pattern visualized by SHG
format

format
By second harmonic generation transversal mode structures can be visualized. Besides the TEM00 fundamental mode, modes of higher order can be adjusted and determined.

 
 
Ordering Info and Details on Request:
Please fill in all fields marked with * 
Basic Kit:
CA-1230 Nd:YAG Laser:
CA-1230 * 4900-9-

Options for CA-1230 Nd:YAG Laser:
Available options for extensions components to upgrade the kit to:
 
CA-1231 'Optical Frequency Doubling' 1
CA-1232 'Short pulse generation by Active Q-switching' 2
CA-1233 'Short pulse generation by Passive Q-switching' 3
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