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Shenzhen Yimai Optoelectronics Co., Ltd
Flashing Xenon Lamp Modular Light Source
NegotiableUpdate on 05/07
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Overview
The XFM050 series scintillation xenon lamp module is a new type of spectral analyzer light source that integrates xenon lamp bulbs, triggers, and high-voltage power supplies.
Product Details
Product application
◇ UV, visible, and infrared spectroscopic analysis
◇ Fluorescence analysis
Medical: Enzyme immunoassay analyzer, urine imaging device, small POCT biochemical analyzer
◇ Industrial automation strobe light source ◇ Air NO, SO2 pollution gas analysis
◇ Laboratory and online water pollution analysis
Product Features
High radiation intensity and instantaneous flash power are beneficial for improving the signal-to-noise ratio of the instrument
◇ Wide spectral range, covering ultraviolet, visible, and infrared, with a range of 185-2000nm
◇ Long service life, flash frequency ≥ 109 times
Good stability, CV value ≤ 2% after 1000 flashes
◇ Small size, low heat generation, conducive to optical and mechanical stability
◇ No preheating required, start immediately, saving testing time
DB-9 connector, plug and play
Basic Product Parameters Table
output parameters
project |
parameter |
|
XFM050-*** |
XFM050-***-a |
|
Discharge arc length |
1.5 ±0.2 mm |
3.0 ±0.3 mm |
Transparent panel material |
throughUVglass |
|
Wavelength range of optical radiation |
185 - 2000 nm |
|
Light output stability |
Max 2.0% CV ; Max6.5% PV -1000flash*① |
Max 1.5% CV ; Max4.2% PV -1000flash*① |
Type 0.75% CV; Typ3.5% PV -1000flash*① |
Type0.55% CV; Max3.0% PV -1000flash*① |
|
Lifespan (number of flashes) |
≥109time |
|
Maximum average power |
continuous5W *② |
|
Discharge capacitor |
0.047、0.11、0.22The0.28 μF *③ |
|
Main discharge voltage |
400 - 600 V *④ |
|
Input electrical parameters
project |
parameter |
input voltage |
DC -Min 11.0 - Max 28.0 V |
input current |
11 V：Max 1.4 A |
trigger voltage |
5VSquare wave pulse; High level pulse width≥10 μS |
Maximum triggering frequency |
C=0.047μF，V=600V : Max 530 Hz *⑤ |
C=0.11μF，V=600V : Max 252 Hz | |
C=0.22μF，V=600V : Max 126Hz | |
C=0.28μF，V=600V: Max 100 Hz |
operating conditions
project |
parameter |
Environmental temperature for use |
0 - +40°C |
Storage temperature |
-40 - +90°C |
Use and store humidity |
Max 95% Rh |
cooling method |
natural cooling *⑥ |
quality |
①Light output stability
CV=Standard deviation of light output energy value（Stdev）/Average value)×100%， 取1000Secondary flash data.
PV=Peak difference value of light output energy（Max-Min）/Average value)×100%， 取1000Secondary flash data.
②Maximum average power
average powerP（W)=Single flash energy（J）×Flicker frequency（Hz）The light bulb is outputting5WThe following can work normally.
Single flash energy（J）=1/2CU2Among themCFor the discharge capacitance value,UThe main discharge voltage value at both ends of the capacitor.
③Discharge capacitance value
Under the same main discharge voltage, the energy of a single flash depends on the capacitance value, and the larger the capacitance value, the greater the energy of a single flash.
If the output of the flashing xenon lamp module is kept at the same power condition, the larger the capacitor, the lower the corresponding maximum operating frequency.
④Main discharge voltage
The voltage applied across the discharge capacitor,XFM050The series is400-600VAdjustable.
adjustment method:INTMode, rotate the potentiometer on the back;EXTpattern,DB-9interface3&8Needle, inputDC3.2-4.8VVoltage.
⑤Maximum triggering frequency
According to the power calculation formulaP=1/2CU2×fWhen the main discharge voltageUWhen constant, byPmax=5W, can be calculatedfValue.
But in order for the xenon lamp to charge the main discharge capacitor within the flash interval, the triggering frequency needs to be adjusted≤530Hz.
⑥cooling method
Natural cooling, when the ambient temperature exceeds40°COr the temperature of the module casing is higher than50°CWhen cooling, air cooling should be adopted.
