Introduction: CEL-TCX series xenon lamp source adopts ball-type xenon lamp bulb and is equipped with high-stability switching power supply to achieve stable output. The diaphragm can be used to continuously adjust the light intensity to achieve fiber output, and the filter can be added according to requirements. The light source has a wide application range and can be applied to photoelectric test, medical fiber illumination, microscope illumination, and micro photocatalysis. The TCX xenon lamp source uses an advanced electronically controlled switching circuit to provide power for high voltage short arc xenon lamps. The light source uses a spherical high-voltage short-arc xenon lamp as an illuminant. Under the high frequency and high voltage of the circuit, the point-like discharge between the positive and negative electrodes of the bulb emits light, generating a full-spectrum radiation source from ultraviolet to infrared, and the visible light color is very similar to sunlight. The light source power supply output current ripple is small and constant current, so that the xenon arc is stable, the light efficiency is high, and the color rendering property is good. In order to prevent the high-frequency noise generated by other electrical equipment from interfering with the normal operation of the xenon lamp source, a low-pass filter is arranged at the power supply end, so that satisfactory results can be obtained in clinical observation, examination, treatment and imaging work. The light output of the xenon lamp source is controlled by the increase/decrease control button on the operation panel. In order to ensure the stable and reliable operation of the xenon lamp source, the strong heat dissipation design of the fan series air path is adopted to ensure the heat dissipation of the xenon lamp source is sufficient to ensure the stable operation of the whole machine. Technical Parameters: Specifications: CEL-TCX250 Power supply voltage: ~220V±20V 50Hz±1Hz Lamp power: 250W Light intensity adjustment: automatic diaphragm Light source output intensity Determined by CEL-NP2000: 0~1000mw/cm2 Fiber output light intensity Determined by CEL-NP2000: 0~400mw/cm2 Light bulb color temperature: ≥5600K Earth leakage current: ≤0.5mA Machine noise: ≤55dB Working environment temperature: Sustainable operation at -10 ° C to 45 ° C according to the experimental needs of any continuous time
Introduction: CEL-TCX series xenon lamp source adopts ball-type xenon lamp bulb and is equipped with high-stability switching power supply to achieve stable output. The diaphragm can be used to continuously adjust the light intensity to achieve fiber output, and the filter can be added according to requirements. The light source has a wide application range and can be applied to photoelectric test, medical fiber illumination, microscope illumination, and micro photocatalysis. The TCX xenon lamp source uses an advanced electronically controlled switching circuit to provide power for high voltage short arc xenon lamps. The light source uses a spherical high-voltage short-arc xenon lamp as an illuminant. Under the high frequency and high voltage of the circuit, the point-like discharge between the positive and negative electrodes of the bulb emits light, generating a full-spectrum radiation source from ultraviolet to infrared, and the visible light color is very similar to sunlight. The light source power supply output current ripple is small and constant current, so that the xenon arc is stable, the light efficiency is high, and the color rendering property is good. In order to prevent the high-frequency noise generated by other electrical equipment from interfering with the normal operation of the xenon lamp source, a low-pass filter is arranged at the power supply end, so that satisfactory results can be obtained in clinical observation, examination, treatment and imaging work. The light output of the xenon lamp source is controlled by the increase/decrease control button on the operation panel. In order to ensure the stable and reliable operation of the xenon lamp source, the strong heat dissipation design of the fan series air path is adopted to ensure the heat dissipation of the xenon lamp source is sufficient to ensure the stable operation of the whole machine.
