KRFL - 1A Ultra - weak Chemiluminescence/Bioluminescence Detector
Product Introduction
The KRFL - 1A ultra - weak chemiluminescence/bioluminescence detector is a measuring instrument specifically designed for measuring weak luminescence signals. The instrument has two measurement modes, namely energy measurement and charge integration measurement, and features a very wide dynamic measurement range. It is suitable for various analytical devices equipped with photodetectors (such as photomultiplier tubes, phototubes, photodiodes, etc.), such as chemiluminescence analysis, fluorescence analysis, and flame molecular (atomic) emission spectroscopy analysis. The instrument is internally equipped with a high - precision negative high - voltage power supply, a high - precision signal amplification and signal processing system, and a VFD digital display. The negative high - voltage power supply is dedicated to the photomultiplier tube, the signal amplifier is used to amplify and filter the signal after photoelectric conversion, the signal processing system processes the measured signal and transmits it to the system computer for analysis, and the VFD display is used to show various measurement parameters and signal values. The IFFS - A multi - functional chemical spectrophotometric detector equipped with this instrument, together with the main unit, constitutes an ultra - weak chemiluminescence/bioluminescence instrument.
Technical Features
Negative High Voltage
Output Voltage:
- 100V to - 1000V
Stability:
0.05%
Output Current:
≥ 5mA
Amplifier System
Gain:
1X, 10X, 100X, 1000X
Filter Frequency:
10Hz, 20Hz, 50Hz, 100Hz
Output Drift:
≤ 0.5mV
Signal Noise:
≤ 0.5mV (P - P value, 1X)
Input Impedance:
≥ 10MΩ
Integrating Amplifier
Integration Time:
0.01 to 1000T/S
Signal Processing System
Sampling Rate:
1 to 1000T/S
System Automatic Zero - setting
Gain Automatic Control
IFFS - A Multi - functional Chemiluminescence Detector
Input High Voltage:
- 100 to - 1000 V
Wavelength Range:
300 to 650 nm (Maximum Response Wavelength: 420nm)
SP > 1000 A/Lm
System Software
File Management:
File creation, saving, reading, and selection of communication port
Measurement Parameter Management:
Measurement time, high voltage of the photomultiplier tube, gain selection, and filter frequency selection
Spectrogram Processing:
Peak value measurement (manual), area measurement (manual), spectrogram pasting, spectrogram printing, and data listing (in text format)
