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Low Energy X Ray Detector, X-ray Detector, Low Energy Detector
Kinheng designed Be window detectors for low energy X-ray detector. According to the traditional encapsulation method, the detection efficiency of X-ray is low. X-ray detector used 0.2mm thickness Be window to replace traditional 0.8mm thickness aluminum shell. The X-ray detection efficiency was improved significantly. X Series detector follows the design idea of detachable and replaceable. It can use either NaI(Tl) crystal with output pulse width of 1.5us or LaBr3:Ce crystal with output pulse of 0.5us to meet the measurement requirements of high and low doses.
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DyScO3 Substrate
1.Good large lattice matching properties
2.Excellent ferroelectric properties
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LaAlO3 Substrate
1. Low dielectric constant
2. Low Microwave loss
3. High-temperature superconducting thin film
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TeO2 Substrate
1.Good birefringence and optical rotation performance
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LiAlO2 Substrate
1. Low dielectric constant
2. Low Microwave loss
3. High-temperature superconducting thin film
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YVO4 Substrate
1.Good temperature stability and physical and mechanical properties
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LSAT Substrate
High temperature superconductors
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Sapphire Substrate
1.Heat conduction
2.High hardness
3.Infrared transmission
4.Good chemical stability -
Electronics Module, Data acquisition card, DMCA, PHOTON COUNTER
PS series Electronics module, applicable for PMT single output module.
Ps-1 needs separate HV, low voltage and signal output. It can be connected with our SD series detector for radiation measurement, gamma ray detection and spectrum analysis.
PS-2 module is adjustable device for signal pre-amplitude, single width and HV. Inside circuit integrated power protection. It can be connected with our SD series detector for radiation measurement, gamma ray detection and spectrum analysis.
Radiation measurement, technique for detecting the intensity and characteristics of ionizing radiation, such as alpha, beta, and gamma rays or neutrons, for the purpose of measurement. -
MgAl2O4 Substrate
Microwave devices
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YAP Substrate
1.Excellent optical and physical property
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BaTiO3 substrate
1. Excellent photorefractive properties
2. High reflectivity of self-pumped phase conjugation
