Laser diode module: key components and applications
Understanding laser diode module
It’s a system that uses a laser diode along with other optical and electronic components to support its operation. It is designed to emit laser light of specific wavelength in a coherent, narrow but highly focused beam that travels in a straight line. A laser diode module ensures high thermal stabilization, low noise, and higher modulation capability.
Key components:
Primarily, it has laser diode to generate the laser light; optical lenses to focus or shape the laser bean into a specific pattern or size; driver circuit to control the power supplied to the laser diode; and, a cooling system to prevent the overheating of diode.
Depending on the output wavelength and intended application, laser diode modules can be visible laser diode modules, infrared laser diode modules, ultraviolet laser diode modules, and fiber-coupled laser diode modules.
Applications of laser diode modules:
They are highly adaptable and are used in a variety of industries, such as:
Medical equipment, where they are used in medical devices for surgery, dermatology, and diagnostic equipment. Their precision allows for minimally invasive procedures.In telecommunication, infrared laser diodes are used in fiber-optic communication systems to transmit data over long distances at high speeds.
Apart from that, they are used in lab experiments, sensing and measurements, industrial manufacturing, monitoring, industrial systems, electronics, and a lot more. High-power laser diode modules must be used with safety to avoid hazards.
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