Lascells Dual Colour Laser

Category Light Waves
HE1702504
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Lascells Dual Colour Laser

Product Code: HE1702504

The Lascells Dual Colour semiconductor laser box contains two independently controlled laser diodes, one at the standard 650nm red and a second at 532nm green. Both lasers may be simultaneously passed through a double slit slide and both diffraction patterns may be displayed one above the other for an immediate comparison.

The unit is equipped with internal 1 MHz modulation which when used in conjunction with the laser receiver and an oscilloscope allows the speed of light to be determined in the laboratory. In addition, the facility to modulate the laser from an external source is provided allowing audio to be sent to the receiver from a smartphone or mp3 player.

The apparatus is switched using a removable key which prevents unauthorised use and is supplied with a 9V power supply and full instructions.

Technical Specifications:

  • Power Output: <1mW max.
  • Laser Class: Class 2
  • Laser Wavelengths: Green - 532nm (+/-5nm), Red - 655 (+/-5nm)
  • Beam Divergence: Green - 1.5mRad, Red - 1.5mRad
  • Input Voltage: External 9V D.C. power supply: +ve pin (Included)
  • Modulation: 1Mhz internal, audio frequencies external
  • Dimensions: (L)150mm x (W)110mm x (H)65mm
  • Weight: 390g.
Category Light Waves

The Lascells Dual Colour semiconductor laser box contains two independently controlled laser diodes, one at the standard 650nm red and a second at 532nm green. Both lasers may be simultaneously passed through a double slit slide and both diffraction patterns may be displayed one above the other for an immediate comparison.

The unit is equipped with internal 1 MHz modulation which when used in conjunction with the laser receiver and an oscilloscope allows the speed of light to be determined in the laboratory. In addition, the facility to modulate the laser from an external source is provided allowing audio to be sent to the receiver from a smartphone or mp3 player.

The apparatus is switched using a removable key which prevents unauthorised use and is supplied with a 9V power supply and full instructions.

Technical Specifications:

  • Power Output: <1mW max.
  • Laser Class: Class 2
  • Laser Wavelengths: Green - 532nm (+/-5nm), Red - 655 (+/-5nm)
  • Beam Divergence: Green - 1.5mRad, Red - 1.5mRad
  • Input Voltage: External 9V D.C. power supply: +ve pin (Included)
  • Modulation: 1Mhz internal, audio frequencies external
  • Dimensions: (L)150mm x (W)110mm x (H)65mm
  • Weight: 390g.

Specifications

Made In

GB

UNSPSC Code

41101809

Weight

5.63kg

Height

100mm

Width

145mm

Length

260mm

Brand

Lacells

Categories

Waves

Category

Light Waves

The Lascells Dual Colour semiconductor laser box contains two independently controlled laser diodes, one at the standard 650nm red and a second at 532nm green. Both lasers may be simultaneously passed through a double slit slide and both diffraction patterns may be displayed one above the other for an immediate comparison.

The unit is equipped with internal 1 MHz modulation which when used in conjunction with the laser receiver and an oscilloscope allows the speed of light to be determined in the laboratory. In addition, the facility to modulate the laser from an external source is provided allowing audio to be sent to the receiver from a smartphone or mp3 player.

The apparatus is switched using a removable key which prevents unauthorised use and is supplied with a 9V power supply and full instructions.

Technical Specifications:

  • Power Output: <1mW max.
  • Laser Class: Class 2
  • Laser Wavelengths: Green - 532nm (+/-5nm), Red - 655 (+/-5nm)
  • Beam Divergence: Green - 1.5mRad, Red - 1.5mRad
  • Input Voltage: External 9V D.C. power supply: +ve pin (Included)
  • Modulation: 1Mhz internal, audio frequencies external
  • Dimensions: (L)150mm x (W)110mm x (H)65mm
  • Weight: 390g.

Specifications

Made In

GB

UNSPSC Code

41101809

Weight

5.63kg

Height

100mm

Width

145mm

Length

260mm

Brand

Lacells

Categories

Waves

Category

Light Waves

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