PLD905 Series 905 nm Pulsed Laser Diode

PLD905-600W-MA

600 W peak, 905 nm, uncollimated

The PLD905-600W-MA is a 600 W peak-power 905 nm pulsed laser diode built on stacked tunnel-junction technology with 9 emitters. It delivers 1 - 100 ns pulses and roughly 30 uJ of pulse energy at a 100 ns pulse width, and it ships in a Metal stack package. Beam divergence is 10 deg parallel and 22 deg perpendicular to the junction.

600 WPeak power
30 uJPulse energy
905 nmWavelength

Estimated range

  • Retro-reflective target2.1 km
  • Diffuse terrain690 m

Range figures are engineering estimates for a matched-filter receiver, 36 mm receive aperture and 90 % optical efficiency. See the range equation article for the full derivation.

Every parameter on this page is transcribed from the manufacturer datasheet.

PLD905-* (V3.0) product specification

Specifications - PLD905-600W-MA
Peak wavelength905 nm (895 - 915 nm)
Peak output power600 W
Pulse energy @ 100 ns30 uJ
Number of emitters9
Aperture size (w x h)220 x 480 um
Beam divergence, parallel10 deg
Beam divergence, perpendicular22 deg
Spectral width (FWHM)7 nm
Wavelength temp. coefficient0.28 nm/K
Threshold current0.75 A typ
Operating current55 A
Operating voltage80 V
Forward current, max60 A
Pulse width1 - 100 ns (max 50 ns)
Duty cycle, max0.1 %
Repetition rateup to 10 kHz
Operating temperature-40 to +85 C
Storage temperature-40 to +100 C
PackageMetal stack
Est. range, retro-reflective2.1 km
Est. range, diffuse target690 m

Key features

  • 600 W peak optical power at 905 nm
  • 9 stacked emitters, 220 x 480 um emitting area
  • 1 - 100 ns pulse width, 0.1 % duty cycle
  • Low threshold current, 0.75 A typical
  • Wavelength temperature coefficient 0.28 nm/K
  • Metal stack package

This part is used in these application teardowns:

Typical applications

  • Long-range and multi-km ranging systems
  • Coherent and flash LiDAR
  • High-energy scientific instruments

Need this part in a specific configuration?

Fibre pigtail, fast-axis collimation, a matched driver board or a filtered receiver - describe the build and we will quote against it.

Ask an engineer