Laser-Energiespeicherschaltung
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A range of individual laser cutting, welding, and cleaning processes were studied to assess their energy efficiency, including the laser and its ancillary subsystems (e.g.,
What is a laser power emitter?
Laser power emitter The laser emission subsystem plays a crucial role in the LPT system, which relies on a laser to transmit energy. The laser is generated and emitted through the laser before being irradiated on the receiver.
What is a laser emission subsystem?
The laser emission subsystem plays a crucial role in the LPT system, which relies on a laser to transmit energy. The laser is generated and emitted through the laser before being irradiated on the receiver. To ensure maximum electro-optical energy conversion efficiency, it is essential to use a laser with high electro-optical conversion efficiency.
What is the wavelength emission of a laser?
(a) Laser power 10 000 W and dSi = 180 μ m and (b) laser power 10 000 W and dSi = 500 μ m. In the simulations, the laser wavelength emission, the emission bandwidth, and the laser spot radius ( rsp) are 1075 nm, 10 nm, and 80 cm, respectively. Using Eqs.
Does laser power increase Lig thickness?
In general, increasing the laser power can add the LIG thickness and increase the conductivity. Duy et al. studied and reported the carbonization effect of laser on PI sheets. When the laser (10.6 μm) power reaches 4.8 W at pulse duration of ~14 μs, the crystallinity of LIG is the highest; and the domain size of graphene is the largest .
What is a laser power receiver?
Laser power receiver In the LPT system, the main task of the energy-receiving module is to receive and convert the energy signal transmitted by the laser source and convert it into an electrical energy signal that can be used for the power supply or charging.
Does a laser beam increase SLM energy consumption?
However, the direct use of the laser beam as a processing tool increases the specific energy consumption (SEC) of SLM to a value that is one or two orders of magnitude higher than the energy consumed during traditional cutting or forming processes .