905-90W-PL Four-Junction Pulsed Laser Chip

Name: 905-90W-PL Four-Junction Pulsed Laser Chip
Brand: OPTIMATRX
SKU: OTX-GK-011
Availability: InStock

The 905-90W-PL is a four-junction pulsed laser chip with a 905 ± 10 nm emission wavelength. It is specified at 90 W peak optical power using 100 ns pulses and a 0.1% duty cycle.

Specifications

Product overview

The 905-90W-PL is a four-junction pulsed laser chip with a 905 ± 10 nm emission wavelength. It is specified at 90 W peak optical power using 100 ns pulses and a 0.1% duty cycle.

The four vertically stacked active regions use a 110 μm emitting width. The listed drive values are 25 A and 27 V, with 7 nm FWHM spectral width. This chip uses a free-space, package-dependent output interface.

Technical specifications

Wavelength	905 ± 10 nm
Peak optical power	90 W
Mode	Pulsed
Package	Four-Junction Pulsed Laser Chip
Power basis	Peak optical power
Spectral width	7 nm FWHM
Pulse width / duty cycle	100 ns / 0.1%
Output interface	Free-space / package dependent
Operating current / voltage	25 A / 27 V
Emitting width	110 μm

Applications

Application areas include time-of-flight LiDAR, AGV and AMR navigation, automated machine control, machine vision and laser ranging. Handheld or fixed rangefinding and UAV sensing are system-design contexts; the chip specification alone does not establish a detection distance or ranging accuracy.

Integration considerations

The 90 W value is a peak rating, so compare it with other devices under the stated pulse duration and duty cycle. Review the emitting width against the planned optics and confirm the package drawing, drive waveform and acceptance conditions. Beam-divergence values are omitted pending confirmation of their units.

Product Overview

The 905-90W-PL is a four-junction pulsed laser chip with a 905 ± 10 nm emission wavelength. It is specified at 90 W peak optical power using 100 ns pulses and a 0.1% duty cycle.