C7876 Hamamatsu Photonic Systems, C7876 Datasheet
C7876
Related parts for C7876
C7876 Summary of contents
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... NEW Captures low-energy X-ray images in real time! The C7876 series X-ray image intensifier (X-ray I. I.) camera units are ideal for non-destructive inspection of light-element materials and radiation imaging at low-energy X-ray levels. The C7876 remarkably improves X-ray transmittance at low-energy X-ray levels because a beryllium (Be) window is used instead of the aluminum (Al) window currently used in most X-ray image intensifiers ...
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... BERYLLIUM WINDOW EFFECTS The C7876 series uses an X-ray image intensifier having a beryllium (Be) window instead of the aluminum (Al) window commonly used in most X-ray image intensifiers. This has brought a significant improvement in X-ray transmittance at low- energy X-ray levels, making it possible to capture a clear, high contrast X-ray image of objects which up until now have been difficult to capture with good contrast ...
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IMAGING EXAMPLES Drug capsules (X-ray tube voltage: 16kV) Drug capsules can be checked for proper filling or cracks in the aluminum film. Toy car (X-ray tube voltage: 20kV) The outline of a plastic car body and the internal spring winding ...
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... Sync composite video signal 1.0Vp-p/75 Gain control range times Offset control range -100% Horizontal and vertical parabolic correction: 30% Horizontal and vertical slant correction: 30 0.45 100 to 240 (50/60Hz) 35 Approx. 8 Approx. 3 Unit C7876-10 t — ) — — mm lp/mm — CCIR — — ...
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... Front View 4-M6 D15 120 0.5 4-M3 226 2 205 2 HV POWER SUPPLY INPUT PHOSPHOR SCREEN OUTPUT PHOSPHOR SCREEN 297 3 DC Power Supply 110 VIDEO OUT SHADING C7876 DC POWER SUPPLY POWER OFF Rear View Front View CAMERA HEAD OUT ...
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... The Hamamatsu microfocus X-ray source uses an X-ray tube with an extremely small focal spot of 10 microns in diameter. This gives a sharp, clear image even at magnified image. When used with the C7876 series X-ray I. I. camera unit, high- quality X-ray images can be taken in fine detail even under high magnification. ...