XRAY Search Results

Contextual Info: Flat panel sensor C10900D Four selectable scan modes Photodiode area: 124.8 x 124.8 mm The C10900D is a flat panel sensor developed for CT and panoramic imaging. It operates in 4 selectable scan modes to capture Xray images: “Fast mode” and “Partial mode” with a pixel size of 200 × 200 m, and “Fine mode” and “Panoramic mode” with a pixel

Contextual Info: IMAGE SENSOR CCD area image sensor S8658-01 Front-illuminated FFT-CCD for X-ray imaging S8658-01 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

kvp c6

Abstract: dental x-ray sensor 1BW TRANSISTOR ccd KE S1531 S1533 S1534 S8658 S8658-01 image sensor x-ray
Contextual Info: IMAGE SENSOR CCD area image sensor S8658-01 Front-illuminated FFT-CCD for X-ray imaging S8658-01 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

Contextual Info: IMAGE SENSOR CCD area image sensor S8658-01 Front-illuminated FFT-CCD for X-ray imaging S8658-01 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

intel 87C51 assembler INSTRUCTION SET

Abstract: XRAY51 80CS1 assembly 8051 interface key microtec user guide
Contextual Info: Philips Components-Signetics OM4129 Symbolic degugging package XRAY51 for the SD S 8051 emulator The XRAY 51 package enables the software developer to monitor and con­ trol the execution of a target program using the same high-level or assemblylevel terms, definitions and structures

Microtec Research

Abstract: debugger
Contextual Info: SOFTWARE DEBUG TOOLS MICROTEC RESEARCH XRAY Debugger for Windows • ■ ■ ■ ■ ■ ■ ■ Multi-Window User Interface Based on Microsoft Windows Meets all Windows Published Guidelines Debugs Optimized Code at Source Level C, C+ and Assembly Language

mosfet ssd

Abstract: 1BW TRANSISTOR S1531 S1533 S1534 S8658 S8658-01 max1814 sensor x-ray
Contextual Info: IMAGE SENSOR CCD area image sensor S8658-01 Front-illuminated FFT-CCD for X-ray imaging S8658-01 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

C7921

Abstract: biomedical sensors ecg replacement guide HSYNC, VSYNC input output
Contextual Info: IMAGE SENSOR Flat panel sensor C7921 High resolution and high frame rate Flat panel sensor C7921 is a digital X-ray image sensor newly developed as key devices for non-destructive inspection, biomedical imaging, Xray microscopy and other real-time X-ray imaging applications requiring high resolution and high image quality. C7921 consists of a sensor board

S1531

Abstract: 3CCD
Contextual Info: IMAGE SENSOR CCD area image sensor S8658-01 Front-illuminated FFT-CCD for X-ray imaging S8658-01 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

sensor x-ray

Contextual Info: IMAGE SENSOR CCD area image sensor S8658-01 Front-illuminated FFT-CCD for X-ray imaging S8658-01 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

Contextual Info: IMAGE SENSOR CCD area image sensor S8658 Front-illuminated FFT-CCD for X-ray imaging S8658 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

Perkin Elmer Power Supply for XRD Digital X-Ray D

Abstract: 512-400 "x-ray detector" lanex fine screen XRD-fg Lanex fine lanex Perkin Elmer xrd XRD-EP image sensor x-ray
Contextual Info: D A T A S H E E T Optoelectronics XRD 512-400 ML / MG Digital X-Ray Detector Features Description The XRD 512-400 ML and XRD 512-400 MG are digital XRay detectors based on 8'' amorphous silicon sensors operating as two-dimensional photodiode arrays. The detectors are well suited to

512-400

Abstract: Perkin Elmer Power Supply for XRD Digital X-Ray D Perkin Elmer XRD-fg XRD-EP Lanex fine for perkin elmer "x-ray detector" lanex fine screen image sensor x-ray
Contextual Info: D A T A S H E E T Optoelectronics XRD 512-400 AL / AG Digital X-Ray Detector Features Description The XRD 512-400 AL and XRD 512-400 AG are digital XRay detectors based on 8'' amorphous silicon sensors operating as two-dimensional photodiode arrays. The detectors are well suited to

Contextual Info: IMAGE SENSOR CCD area image sensor S8658-01 Front-illuminated FFT-CCD for X-ray imaging S8658-01 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

sensor x-ray

Abstract: PHE 280
Contextual Info: Flat panel sensor C10900D Four selectable scan modes Photodiode area: 124.8 x 124.8 mm The C10900D is a flat panel sensor developed for CT and panoramic imaging. It operates in 4 selectable scan modes to capture Xray images: “Fast mode” and “Partial mode” with a pixel size of 200 × 200 m, and “Fine mode” and “Panoramic mode” with a pixel

B1247

Abstract: B1248 b1249 LEMO 6 pin DBLC-J25PAF T1247 PHE 280 B-1249 88-SF
Contextual Info: Flat panel sensor C9311DK High sensitivity, high-speed imaging, Photodiode area: 124.8 x 115.2 mm The C9311DK is a digital X-ray image sensor developed as a key device for real-time imaging applications requiring high resolution Xray images. It operates at a frame rate of 30 frames/s, making it suitable for high-speed X-ray imaging such as cone beam CT.

x-ray sensor

Abstract: S599 S600 S601 S603 S7362-01 x-ray phase contrast imaging
Contextual Info: IMAGE SENSOR CCD area image sensor S7362-01 Front-illuminated FFT-CCDs for X-ray imaging S7362-01 is a family of FFT-CCD image sensors specifically designed for X-ray imaging. FOS Fiber Optic plate with Scintillator that converts Xray into visible-light is mounted on a CCD chip, which enables S7362-01 to do the X-ray imaging.

MON960

Abstract: EP80960CX
Contextual Info: SOFTWARE DEBUG TOOLS MICROTEC RESEARCH XRAY Debugger Monitor • ■ ■ ■ ■ ■ ■ ■ ■ C, C+ and Assembly Language Support Debugs Optimized Code at Source Level Multi-Window, Easy-To-Use Graphical User Interface Supports Microtec C/C+ and Intel

s4 85a

Abstract: S1531 S1533 S1534 S8658
Contextual Info: IMAGE SENSOR CCD area image sensor S8658 Front-illuminated FFT-CCD for X-ray imaging S8658 is a FFT-CCD area image sensor specifically developed for X-ray imaging. Since a FOS Fiber Optic plate with Scintillator to convert Xrays into visible light is mounted on the CCD chip, X-ray images can be captured in fine detail. Three CCD chips are linearly arranged in close

B1248

Abstract: 88SF
Contextual Info: Flat panel sensor C9311DK High sensitivity, high-speed imaging, Photodiode area: 124.8 x 115.2 mm The C9311DK is a digital X-ray image sensor developed as a key device for real-time imaging applications requiring high resolution Xray images. It operates at a frame rate of 30 frames/s, making it suitable for high-speed X-ray imaging such as cone beam CT.

Contextual Info: SOFTWARE DEBUG TOOLS MICROTEC RESEARCH XRAY Debugger Simulator • ■ ■ ■ Simulates i960 Kx, Sx, Cx, Jx, and Hx Processor Instruction Sets Displays Cycle Counts During C/C+ or Assembly Level Simulation Simulate Interrupts and Peripheral Devices Supports Microtec C/C+ and Intel

Perkin Elmer Power Supply for XRD Digital X-Ray D

Abstract: 512-400 Perkin Elmer "lanex fine" lanex "x-ray detector" image sensor x-ray lanex fine screen EL FLAT PANEL XRD-EP
Contextual Info: D A T A S H E E T Optoelectronics XRD 512-400 EL / EG Digital X-Ray Detector Features Description The XRD 512-400 EL and XRD 512-400 EG are digital XRay detectors based on 8'' amorphous silicon sensors operating as two-dimensional photodiode arrays. The detectors are well suited to

c10900D

Abstract: 8931E molex single mode fiber cable 0810 molex CT Connector x-ray sensor image sensor x-ray lvds 40 pin
Contextual Info: Flat panel sensor C10900D Four selectable scan modes Photodiode area: 124.8 x 124.8 mm The C10900D is a ßat panel sensor developed for CT and panoramic imaging. It operates in 4 selectable scan modes to capture Xray images: “Fast mode” and “Partial mode” with a pixel size of 200 × 200 m, and “Fine mode” and “Panoramic mode” with a pixel

TX20A

Abstract: C7921 TX20A-36PH1-D2P1-D1 LEMO LEMO FGG.2B scintillator fgg.2b 10 pin connector lemo connector TX20A-36R-D2GF1 pcs-xe100
Contextual Info: IMAGE SENSOR Flat panel sensor C7921 High resolution and high frame rate Flat panel sensor C7921 is a digital X-ray image sensor newly developed as key devices for non-destructive inspection, biomedical imaging, Xray microscopy and other real-time X-ray imaging applications requiring high resolution and high image quality. C7921 consists of a sensor board