With the introduction of SID-A50, X-ray inspection systems has been using detectors such as Image Intensifier (I.I.) and C-MOS Flat Panel Detectors, which needs to convert X-ray into optical light first, in order to visualize X-ray.
These Indirect Conversion Method X-ray Detectors comes with multitude of issues. These problems include but not limited to; Low Sensitivity, Fuzziness, Time Degradation, Inadequate Life At Pony Industry Co., Ltd. we developed X-ray Camera which converts X-ray into electrical signal directly for the first time in the industry, rectifying devastating problems stated above.
For detailed explanation of this Brand New 3rd Generation X-ray Camera, please download the report below, which was published in Radiation Symposium in Japan.
Radiation Symposium Report on “Direct Conversion X-ray Camera SID-A50”
Converts X-ray into electronical signal directly via Cadmium telluride compound semiconductor. No need to convert X-ray into visible light with scintillator.
As more and more X-ray penetrate scintillator, “burn-in” effect takes place, causing detector’s sensitivity to deteriorate.
Since Direct Conversion Method X-ray camera does not have scintillator, above problem does not exist.
Ordinary X-ray detectors must convert X-ray into optical light first, then through numerous conversion before converted into electrical signal.
Inefficient conversion rate causes data to deteriorate.
Direct Conversion Method X-ray Camera SID-A50 is equipped with Cadmium Telluride compound semiconductor, which works like “X-ray Photodiode” to convert X-ray into electrical signal directly. This reduces the risk of data deterioration and minimizes image down-grade.
When X-ray penetrates scintillator inside ordinary X-ray detectors, light grows like a firefly, causing the image to be fuzzy.
Direct Conversion Method X-ray Camera’s image comes out crystal clear, due to its scintillator less structure. Compared to ordinary Indirect Conversion X-ray Detectors (C-MOS Flat Panel Detectors), SID-A50 has superb sensitivity.
=> Sensitivity is about 6 times more than that of C-MOS Flat panel Detectors. Better sensitivity means that the camera can express minute difference in X-ray dosage, and this leads directly to the dynamic expression of minimal faults and slight amount difference of solders.
Compared to ordinary X-ray detectors (C-MOS Flat Panel Detector), SID-A50 has about 5 times the life.
=> Readout electronics (C-MOS and ASIC) inside X-ray detectors are vulnerable to X-rays.
Ordinary X-ray detectors’ (C-MOS Flat Panel Detectors) C-MOS photodiode is only protected by the thin layer of scintillator. This thin scintillator can only absorb several dozen percent of X-ray. Majority of X-ray passes through, penetrating the readout electronics behind, damaging the detector itself, and ultimately ceasing its function all together.
Direct Conversion Method X-ray Detector (SID-A50) also has readout electronics which is vulnerable to X-ray, yet the Cadmium Telluride in front can absorb more than 99% of X-ray at 120kV. This greatly reduces the damage toward readout electronics, prolonging the life of the camera tremendously.
ULTRAPOL Advance has been designed to be an all-in-one lapping & polishing workstation for the production of flat surfaces. Advance’s unbeatable combination of advanced control and process features allow for the accurate processing of modern generations of IC’s.
The LI-610 Portable Dew Point Generator is a rugged, portable instrument that provides a stream of gas with a precisely controlled dew point. High accuracy and stability make the LI-610 an ideal water vapor source for field or laboratory use in the environmental and biological sciences.
Next evolution of (Micro-XRF) micro-X-Ray Fluorescence Spectroscopy; Ultimate performance in speed and flexibility
Our LAQUA benchtop models were developed to provide simplicity with excellent on-site usability – from operation and maintenance through to troubleshooting.
You may contact our specialists by accomplishing form below.
You may contact our specialists by accomplishing form below.
