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Overview
Essential details：2213-75TSLKTB JDSU Air-cooled argon ion laser
2213-75TSLKTB JDSU Air-cooled argon ion laser is a high performance laser, its main features and applications are as follows:
Main features:
Brand: JDSU, Inc., is a leading global supplier of optoelectronic products and technologies.
Model: 2213-75TSLKTB, with specific technical specifications and performance parameters.
Type: Argon ion laser, which uses argon as the operating medium and produces laser light by exciting electrons in argon.
Cooling method: Air cooling, that is, the use of air cooling, so that the laser is stable during operation.
Output frequency: 60Hz, indicating that the laser produces 60 laser pulses per second.
Application: Widely used in various industrial, scientific research and medical fields, such as material processing, spectral analysis, medical diagnosis and so on.
Applications:
Industrial applications: In the fields of material processing, cutting, welding, etc., argon-ion lasers can provide high-precision and high-efficiency processing results.
Scientific research applications: In the field of spectral analysis, optical research and other fields, argon-ion lasers can provide stable and reliable laser light sources, providing strong support for scientific research work.
Medical applications: In the fields of medical diagnosis and laser therapy, argon ion lasers can be used for accurate medical diagnosis and treatment.
2213-75TSLKTB
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2213-75TSLKTB JDSU Air-cooled argon ion laser
The working principle of argon ion laser is mainly based on two processes: gas discharge and self-excited oscillation.
First, gas discharge is a prerequisite for the production of argon ions. In argon ion lasers, the argon gas is usually placed in the workshop of the laser by AC high voltage discharge. Under the action of a high voltage electric field, argon molecules are ionized to form argon ions and free electrons. As the electrons accelerate in the electric field, they collide with the argon ion, transferring cold energy to it and leaving it in an excited state.
Secondly, when argon ions undergo a non-radiative transition from the excited state to the ground state, a group of photons will be released, which is the argon ion laser. In order to achieve high efficiency, stability and low noise self-excited oscillation, it is necessary to adjust the ion excitation level and the light intensity in the cavity, which is the key to prepare effective, stable and high power argon-ion laser.
In short, argon ion lasers work by using charged particles (argon ions) to emit energy when they transition between energy levels, resulting in laser light.
