Data. X-ray Image Intensifier HIDEQ 23-3 ISP

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1 Data X-ray Image Intensifier HIDEQ 23-3 ISP

2 State-of-the-art Image Intensifier Technology HIDEQ 23-Mu Features and benefits HDQE cesium iodide input phosphor screen of very fine structure deposited on a highly transparent aluminium input window provides low quantum noise and excellent resolution and makes a significant reduction in X-ray dose possible Metal enamel technology providing high precision components with excellent X-ray transparency and negligible X-ray scatter Electron optical zooming for improved detail visibility and increased resolution properties HR output phosphor combined with a high contrast output window featuring an anti-glare screen and scattered light trap ensures high luminous efficiency and unsurpassed overall image definition with high contrast and high resolution HIDEQ 23-Min Automatic dynamic ion-getter pump to ensure the highest vacuum throughout tube life Mu-metal encapsulated tube for very low geometric distortion 9 /23 cm, three fields High DQE, resolution, contrast and conversion factor Low distortion Good luminance distribution HIDEQ 23-Lateral The products HIDEQ 23-Min and HIDEQ 23-Lateral bear a CE marking in accordance with the provisions of the 93/42/EEC directive dated June 14, 1993 concerning medical products, limited to the system component. The product HIDEQ 23-Mu does not bear a CE marking. Technology Image intensifiers from Siemens are renowned for their brilliant contrast and low geometric distortion. These are the results of continuous development in our product line. Blemish- and artifact-free Narrow process tolerances ensure constant electron-optical data, minimal disturbing blemishes and artifacts, resulting in excellent image quality. 2

3 Typical Specification Type HIDEQ 23-3 ISP Weight of unit (depending on housing type) [kg] 7 16 Overall length [mm] 336 Largest diameter [mm] 285 Diameter of output window [mm] 20 Thickness of output window [mm] 3.6 Output phosphor P43 wavelength [nm] 548 Input phosphor HDQE CsI layer IEC through 6: apply Full field Zoom 1 Zoom 2 Nominal entrance field size [mm] / [in] 230 / 9 Useful entrance field size [mm] Spatial resolution at the image center [Lp/mm] at the image edge (90%) [Lp/mm] Conversion factor G x cd s cd s / m 2 µgy m 2 mr 26 / / / 52 Luminance non-uniformity [%] Image distortion: differential at 90% radius [%] integral at 90% radius [%] Detective quantum efficiency DQE [%] Contrast ratio: 10% area 22:1 23:1 26:1 10 mm diameter 15:1 16:1 19:1 3

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6 The Siemens Vacuum Technology Division is ISO 9001 certified, manufactures in accordance with the Quality System Regulations (QSR) as defined by the Food and Drug Administration (FDA) and endeavors to comply with legal requirements concerning the environmental compatibility of its products. In addition, the performance within the scope set by the guidelines of European Foundation of Quality Management (EFQM) for the European Quality Award (EQA) is continuously monitored. The reproduction, transmission or use of this document or its content is not permitted without expressly written consent. Offenders will be liable for damages. This document is not considered to be a contractual specification. Kindly contact Siemens AG prior to using this information for equipment design. Siemens reserves the right to modify the design and specifications contained herein without prior notice. All rights reserved, particularly in connection with patent applications or registrations of utility model or design. Siemens AG Wittelsbacherplatz 2 D Muenchen Germany Headquarters Siemens AG, Medical Solutions Henkestr. 127, D Erlangen Germany Telephone: Contact Address Siemens AG, Medical Solutions Vacuum Technology Division, RVM P.O. Box 3260, D Erlangen Germany Telephone: Fax: vacuumtechnology@siemens.com , Siemens AG Printed in China RV 23 ISP DB