DM80-01-3-9300-3-LC

Series:	--
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Wavelength:	1553nm
Moisture Sensitivity Level (MSL):	--
Voltage - Input:	1.8V
Current Rating:	100mA
Power (Watts):	2.511mW
Package / Case:	13-Butterfly

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Laser Diodes, Modules: DM80-01-3-9300-3-LC Application Field and Working Principle

Laser Diodes, Modules are devices used to generate and control light generated from semiconductor diode lasers. This type of device can be used in a wide range of applications, such as medical and scientific research, communication, manufacturing, electronics, aerospace and military applications. DM80-01-3-9300-3-LC is a type of laser diode and module, developed by Mariad Technologies. It is a compact, self-contained module with laser diode, semiconductor drive circuits, temperature control circuits and a low-profile cylindrical package. This type of module is designed for CW operation and emits a consistent beam of laser light. The application of DM80-01-3-9300-3-LC can be found in the areas of printing, medical, optical inspection, telecommunications, laser scanning and signalling. Its features include high optical power, low power consumption, long life, high reliability and low cost. It is widely used in medical, industrial and communications applications.The working principle of DM80-01-3-9300-3-LC is based on a semiconductor diode laser. The diode laser is a small structure composed of various layers of semiconductor materials. At the center of the diode is the semiconductor chip, which contains the active laser material. This material is the active layer that emits light. The laser beam is generated when electrons in the active layer absorb energy and recombine with holes.The diode laser is driven using a semiconductor drive circuit. The drive current passes through the diode, thereby increasing the amplitude of the light emission. The sides of the diode are also etched to create narrow slots that allow the emitted light to be focused into a beam. This allows for a high power output with a consistent beam.The temperature control circuit is used to stabilize the working temperature of the laser diode. It is composed of a heat sink, a thermostat and a fan. The heat from the diode is transferred to the heat sink, while the thermostat regulates the temperature by controlling the fan speed. This ensures that the laser diode operates at a suitable temperature range.DM80-01-3-9300-3-LC is a highly reliable module, and its compact and lightweight design makes it suitable for many applications. With its high power and long-life features, this laser diode and module provides an efficient and cost-effective solution for many industries.

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