• Part: XQ1395
  • Description: High Resolution Resistron
  • Manufacturer: PerkinElmer
  • Size: 295.72 KB
Download XQ1395 Datasheet PDF
PerkinElmer
XQ1395
XQ1395 is High Resolution Resistron manufactured by PerkinElmer.
Description Camera Tubes are the key ponent of High Performance X-ray TV systems in medical applications. Their high sensitivity and high dynamic range bined with high resolution allows real-time x-ray imaging for any type of medical imaging as during critical surgeries. The Resistron® camera tube XQ 1395 is a 1” diameter image tube with magnetic focusing and magnetic deflection method for camera installations adapted through optics to X-ray image intensifiers. Features and Benefits High sensitivity Video high-resolution High dynamic range Real-time X-ray imaging Low noise imaging Applications Radiography Cardiology C-arm Angiography Radiosurgery .optoel ectronics.p erkin elmer . Table of Contents Physical Dimensions of XQ 1395 __________________________________ 3 Typical Operating Data and Characteristics XQ 1395 __________________ 3 Maximum Ratings (absolute values)________________________________ 4 Blemish Specification ___________________________________________ 5 - Test Conditions_______________________________________________ 5 - Target Zone _________________________________________________ 5 Possible Number, Size and Location of Blemishes_____________________ 5 Characteristics of Spectral Sensitivity. Current, Modulation Depth and Lag__ 6 .optoel ectronics.p erkin elmer . Camera Tube Physical Dimensions of XQ 1395 (All dimensions in mm) Figure 1 Image Tube dimensions Description Max. length Max. diameter Faceplate thickness Weight Base Socket Focusing and deflection assembly Mounting position Parameter 162 mm 28.6 mm 2.45 ± 0.15 mm approx. 60 g 8 pin special type 1030 (for printed circuits) 1031 (with solder tags) BV 200, BV 400 any Typical Operating Data and Characteristics XQ 1395 Description Heater voltage Heater current Grid no. 1 voltage Grid no. 1 cut-off voltage Grid no. 2 voltage Grid no. 3 voltage Grid no. 4 voltage Blanking voltage applied to grid no. 1 Blanking voltage applied to cathode Focusing method...