G169013000

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Laser Diodes, Modules - Accessories

G169013000 is a high-power thermal electric cooler (TEC) aimed to deliver high-performance cooling capability which is able to provide clean and stable operation of solid-state lasers in different industrial applications. Operating on a linear or pulse current, it comes with a single TEC unit mixed with a thermistor and a parasitic cooling system. This allows users to maintain a thermal negative feedback loop and monitor the temperature stability of their laser diode.

The TEC system consists of two primary components - a thermistor and an aluminum block heat sink. The aluminum block heat sink is designed to disperse the heat generated by the laser diode and control its temperature. A thermistor measures the temperature and sends feedback signals to the drive circuitry, which in turn controls the current delivered to the laser diode to maintain the desired temperature. In addition, the TEC cooling system\'s variable temperature control feature is able to support optional operations such as power scaling and temperature stabilization.

G169013000 is used in a variety of fields including laser diode based systems, medical laser equipment, industrial laser machinery, and advanced electro-optic instruments. Companies involved in laser manufacturing, system design, and development can make use of this TEC module for projects requiring precise temperature control of laser diodes and other components.

The main working principle of G169013000 is thermal cooling by connecting electricity to create a thermal negative feedback thermal system operating on a linear or pulse current. The system comes with a single thermoelectric cooler module with thermistor and parasitic cooling system, a heat sink made of aluminum with a baseplate, and a feedback circuitry. The aluminum base plate dissipates the heat generated by the laser diode and supports its temperature stability.

A thermistor measures the temperature and sends feedback signals to the drive circuitry which controls the current delivered to the laser diode for proper cooling. The controllers are also designed to adjust the temperatures of each element in the system independently, giving precise temperature setting. Furthermore, the controllers provide feedback signals for stabilizing the desired temperature of the laser diode.

G169013000 is designed for various applications and industries such as laser-diode based systems. It is used to maintain temperature stability of laser diodes and other components in medical laser equipment, industrial laser machinery, and electro-optic equipment. Its high-performance cooling capability coupled with a low operating cost makes it an ideal choice for laser diode applications.

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