The LQC635-03C CW Laser Diode Module is an economical choice. It includes the diode and collimating optics in a single case. This Fabry-Perot (FP) 635 nm Laser Diode Module with a 3 mW CW circular beam (using a microlens) comes in a self contained module. It requires a 5 VDC external power supply. ..
The LPM635-03C Laser Diode Module is an economical choice. It includes the diode and collimating optics in a single case. This Fabry-Perot (FP) 635 nm Laser Diode Module with 3 mW CW circular beam (using a microlens) comes in a self contained module. It requires a 5 VDC external power supply. An LP..
The LQC635-08C CW Laser Diode Module is an economical choice. It includes the diode and collimating optics in a single case. This Fabry-Perot (FP) 635 nm Laser Diode Module with an 8 mW CW circular beam (using a microlens) comes in a self contained module. It requires a 5 VDC external power supply. ..
The LPM635-08C Laser Diode Module is an economical choice. It includes the diode and collimating optics in a single case. This Fabry-Perot (FP) 635 nm Laser Diode Module with 8 mW CW circular beam (using a microlens) comes in a self contained module. It requires a 5 VDC external power supply. An LP..
The LQD635-03C Laser Diode Module with Digital Modulation is a self-contained LD module with superior optical quality, a very high precision current source and a PID temperature controller, built in the module. This Fabry-Perot (FP) 635 nm typical Laser Diode Module with a 3 mW circular beam comes i..
The LQD635-08C Laser Diode Module with Digital Modulation is a self-contained LD module with superior optical quality, a very high precision current source and a PID temperature controller, built in the module. This Fabry-Perot (FP) 635 nm typical Laser Diode Module with a 8 mW circular beam comes i..
The MALS10 is a 10 mm by 10 mm square, 300 μm pitch, ± 0.50° Divergence angle microlens array with effective focal length of 18.8 mm. Microlens arrays are commonly used for homogenizing and shaping a variety of modern light emitters ranging from a line-narrowed excimer lasers to high power LEDs...
The MALS13 is a 10 mm by 10 mm square, 300 μm pitch, ± 2.00° Divergence angle microlens array with effective focal length of 4.8 mm. Microlens arrays are commonly used for homogenizing and shaping a variety of modern light emitters ranging from a line-narrowed excimer lasers to high power LEDs. ..
The MALS12 is a 10 mm by 10 mm square, 300 μm pitch, ± 1.60° Divergence angle microlens array with effective focal length of 5.1 mm. Microlens arrays are commonly used for homogenizing and shaping a variety of modern light emitters ranging from a line-narrowed excimer lasers to high power LEDs. ..
The MALS11 is a 10 mm by 10 mm square, 300 μm pitch, ± 1.00° Divergence angle microlens array with effective focal length of 8.7 mm. Microlens arrays are commonly used for homogenizing and shaping a variety of modern light emitters ranging from a line-narrowed excimer lasers to high power LEDs. ..
The MALS18 is a 10 mm by 10 mm square, 500 μm pitch, ± 1.20° Divergence angle microlens array with effective focal length of 13.8 mm. Microlens arrays are commonly used for homogenizing and shaping a variety of modern light emitters ranging from a line-narrowed excimer lasers to high power LEDs...
The MALS17 is a 10 mm by 10 mm square, 500 μm pitch, ± 1.00° Divergence angle microlens array with effective focal length of 15.3 mm. Microlens arrays are commonly used for homogenizing and shaping a variety of modern light emitters ranging from a line-narrowed excimer lasers to high power LEDs...