pC2 POWER SUPPLY FOR XENON FLASH-LAMP
ABSTRACT: Xenon flash-lamp is a device that emit large amounts of spectral energy in short duration pulses. When an accumulated energy in a storage capacitor is released and dissipated, it forms ...
ABSTRACT: Xenon flash-lamp is a device that emit large amounts of spectral energy in short duration pulses. When an accumulated energy in a storage capacitor is released and dissipated, it forms ...
ABSTRACT: Xenon flash-lamp is a device that emit large amounts of spectral energy in short duration pulses. When an accumulated energy in a storage capacitor is released and dissipated, it forms ...
The power supply design was based on the phase-shifting voltage regulation mode of UC3825 control power MOS tube, through the sampling isolation module and the closed-loop feedback formed by STM32 control, the energy storage capacitor was linearly charged through the DC voltage sampling and voltage regulation control module; the trigger pulse ...
This paper developed a pulsed xenon lamp power supply with a high-voltage pulse synchronous trigger function, a DC charging voltage of 1kV-3kV, an output pulse current range of 1kA-3kA, and a pulse width of 50μS for a pulsed xenon lamp with a 196mm × Φ10mm and a resistivity of 12Ω⋅A 1/2.
energy of the xenon flash lamp is to control the energy of the flash capacitor C2 discharged to the xenon flash lamp each time, and its calculation formula is below. WN= 0.5C (UN
light source using pulsed xenon lamps as the output load. This paper developed a pulsed …
The lamp released photons to generate light pulse in the moment of ionic recombination, The pulse xenon lamp light energy output and spectral characteristic is related to electron energy in ...
When an accumulated energy in a storage capacitor is released and dissipated, it forms highly excited xenon plasma within the flash-lamp. This article reports the development of a power...
: ,RC。 24 V,700~1000 V,5~7 kV,RC。 …
: ,RC。 24 V,700~1000 V, …
Q: Can you describe the new CIXL product for us? A: The CIXL is the first ready-to-run Pulsed Light lamp that''s priced like ordinary mercury or LED products but bringing more performance to the markets. This makes it affordable for many more applications. The unit is small, compact, and easy to use, can be mounted easily on a wall or other structure, and plugs …
These high peak energies are achieved by storing energy in the high voltage storage capacitor and releasing this energy in a very short burst through the flash lamp. Pulse widths of 10us to 300us are common in today''s industrial flashlamp systems. Peak energy levels range from 300 kilowatts to over a megawatt.
In this paper, a main discharge circuit of the pulsed power supply with capacitance energy storage, using the principle of the modular integrated, is designed for the requirements of the pulse xenon lamp in the laser inertial confinement fusion device. The output energy of the power supply is 1.46 MJ, the current pulse width (over 10 % of the ...
pulse xenon lamp discharge parameters, synchronous trigger circuit, PWM phase shift control circuit, ... energy storage capacitors and xenon lamps formed the xenon lamp discharge circuit. The working process: the human sets the output voltage of the high-voltage DC charging power supply and the disinfection time on the touch screen of the UV pulsed high light disinfection …
This paper developed a pulsed xenon lamp power supply with a high-voltage pulse synchronous trigger function, a DC charging voltage of 1kV-3kV, an output pulse current range of 1kA-3kA,...
This study attempted to implement the pulse power supply and ignition circuits of a xenon flash lamp in intense pulsed light (IPL) systems used in electronic printing. Owing to the unique load characteristics of the xenon flash lamp, a special power supply design is essential to drive it. Specifically, the pulse power supply integrates the LCC resonant converter-based …
Pulse Duration: The duration of the light pulse can be precisely controlled through the design of the electrical circuit and the characteristics of the xenon gas and lamp construction. Repeatability : Xenon flash lamps can be designed to operate at different repetition rates, from single flashes to several hundred flashes per second, depending on the application …
To reduce damped oscillation in the existing short-arc pulsed xenon lamp power supply, this paper proposes a short-arc xenon flash lamp driving power supply design based on the flyback topology method and RC isolation trigger network.
The power supply design was based on the phase-shifting voltage regulation mode of UC3825 …
light source using pulsed xenon lamps as the output load. This paper developed a pulsed xenon lamp power supply with a high-voltage pulse synchronous trigger function, a DC charging voltage of 1kV-3kV, an output pulse current range of 1kA-3kA, and a pulse width of 50µS for a pulsed xenon lamp with a 196mm×Φ10mm and a resistivity of 12Ω·A1 ...
energy/pulse (7.5 Joules/cm2 for the X-1100/2x OPTION) ... and the system sets the pulse duration. Lamp operating parameters (voltage and current) and pulse energy are monitored and displayed to confirm system operation. Programming pulse profiles and sequencing is done on a single screen. The X-1100/2x OPTION Generate twice the energy of a standard X-1100 to …
This paper describes the design and implementation of a trigger circuit which can be series connected with main pulse circuit for a xenon flash lamp driver. For generating high voltage, the trigger circuit is designed as an inductive energy storage pulsed power modulator with 2 state step-up circuit consisting of a boost converter and a flyback ...
duration pulses, each with a radiant energy of 1.27 J/cm2/pulse, spaced 333 ms apart – 3 pulses/sec rate. XENON''s model Z-1000 system was used in this study of microbial deactivation to > 99.9999%. (Report available from XENON Corporation.) MODEL Z-1000 LAMP HOUSING WITH FLASHLAMP Lamp Housing Cooling housing and flashlamp. Lamp Housing …
The basics of pulsed UV lamp technology . Figure 1: Xenon Flashlamp System . A modern high power xenon pulsed lamp system consists of four major elements, a power supply, a pulse forming network (PFN), a xenon flashlamp and a trigger circuit. See figure 1. The power supply called a "cap charger" acts as a current source converting AC
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