CEL-TCX series xenon lamp light source, using spherical xenon lamp bulb, with high stability switching power supply to achieve output stability, the use of light intensity can be continuously adjusted to achieve optical fiber output, filter can be increased according to demand.

The light source has a wide range of applications, and can be used in optoelectronic testing, medical optical fiber lighting, microscope lighting, trace photocatalysis and so on.

The TCX xenon lamp light source adopts advanced electric control switch circuit to provide power for the high voltage short arc xenon lamp. The light source uses spherical high-pressure short-arc xenon lamp as the luminous body. Under the high frequency and high voltage of the circuit, the point discharge between the positive and negative electrodes of the bulb emits light, resulting in a full-spectrum radiation light source from ultraviolet to infrared, and the light color in the visible area is very similar to sunlight.

The output current of the light source has small ripple and constant current, which makes the xenon lamp arc stable, high light efficiency and good color rendering. In order to prevent the high frequency noise produced by other electrical equipment from interfering with the normal operation of the xenon lamp light source, a low-pass filter is set up at the input end of the power supply, so that satisfactory results will be obtained in clinical observation, examination, treatment and camera work.

The light output of the xenon lamp is controlled by the increase and decrease control buttons on the operation panel. In order to ensure the stable and reliable operation of the xenon lamp light source, the strong heat dissipation design of the fan series air channel is adopted to make the xenon lamp light source dissipate heat fully and ensure the stability of the whole machine.

Specifications

Product applications

The light source has a wide range of applications, and can be used in optoelectronic testing, medical optical fiber lighting, microscope lighting, trace photocatalysis and so on.