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532nm High Stability DPSS Laser Source, 150mW Output Power, Includes Power Supply

$1335.00   Ships: 7 days | Model DPSLL-532-150mW

Key Features
  • Better than 3% Optical Output Power Stability
  • > 150mW Output Power
  • Transverse Mode TEM00
  • User Adjustable Output Power
  • Includes Power Supply

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MODEL DPSLL-532-150mW
PRICE $1335.00
Specifications
  • Wavelength: 532nm (±1nm)
  • Output Power (min.): 150 mW
  • Transverse Mode: TEM00
  • Laser Power Stability (rms, 4 hours): < 3%
  • Beam Divergence, Full Angle: <1. 2 mrad
  • Beam Diameter at the Aperture: ~1. 5 mm
  • M^2 Factor: 1.2
  • Beam Pointing Stability: < 0.05 mrad
  • Beam Divergence, Full Angle: < 1. 5 mrad
  • Beam Diameter at the Aperture, 1 /e^2: ~ 1.2 mm
  • Polarization Ratio: > 100:1, Horizontal (±5 degree)
  • Operating Mode: CW
  • Beam Height from Base Plate: 24.8 mm
  • Expected Lifetime (min.): > 10,000 hours
  • TTL / Analog Modulation: Request Pricing
wARRANTY and general specifications
  • Warranty: Full Warranty, Parts and Labor for 18 Months from Date of Shipment
  • Power Supply Included: 90-264VAC, OEM Supply
  • Recommended Operating Temperature Range: 10 to 35 C
  • Recommended Warm-Up Time: 10 min.
  • Laser Head Dimensions (mm): 140.5 (L) x 73 (W) X46.2 (H)
  • Laser Head Weight: 0.6 kg
  • Power Supply Dimensions (mm): 94 (L) x 75 (W) X 49 (H) 0.23kg
  • Power Supply Weight: 0.23 kg

Product Overview:

These 532nm diode pumped laser modules are designed to offer a high stability green laser source for laboratory R&D applications at an affordable price. They are all solid state modules which include a semiconductor laser pump source. These plug and play units come with a power supply and all necessary interface cabling. manufactured to ensure long term reliability and very good single transverse mode spectral performance. They deliver optical power of 150 mW at room temperature. They have a laser center wavelength at 532nm (+/- 1nm). The laser head is anodized aluminum. They are commonly used as an excitation source in research applications.

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