SCIENTIFIC IMAGING TECHNOLOGIES Search Results

Contextual Info: CCD231-C6 Back Illuminated Scientific CCD Sensor 6144 x 6160 Pixels, Four Outputs Non-inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD231 has been designed to provide a large image area for demanding astronomical and scientific imaging

Contextual Info: CCD231-84 Back Illuminated Scientific CCD Sensor 4096 x 4096 Pixels, Four Outputs, Non-inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD231 has been designed to provide a large image area for demanding astronomical and scientific imaging

Glenair micro

Abstract: CCD231 CCD230 GE-56
Contextual Info: CCD231-84 Back Illuminated Scientific CCD Sensor 4096 x 4096 Pixels, Four Outputs Non-inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD231 has been designed to provide a large image area for demanding astronomical and scientific imaging

Contextual Info: CCD231-84 Back Illuminated Scientific CCD Sensor 4096 x 4096 Pixels, Four Outputs Non-inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD231 has been designed to provide a large image area for demanding astronomical and scientific imaging

tri linear CCD

Abstract: Glenair micro CCD230 CCD231
Contextual Info: CCD231-84 Back Illuminated Scientific CCD Sensor 4096 x 4096 Pixels, Four Outputs, Non-inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD231 has been designed to provide a large image area for demanding astronomical and scientific imaging

Contextual Info: MityCCD High Performance Cameras MityCCD-E3011 APPLICATIONS • Embedded Instrumentation • Raman Spectroscopy • Low Light Imaging Applications • Portable Scientific Instrumentation • Astronomy FEATURES • High Performance Scientific Camera ƒ e2V 30-11 series

Contextual Info: CCD230-84 Scientific CCD Sensor Front Illuminated, 4096 x 4096 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. The low

CCD230-84

Abstract: Fenwal NTC 196-LAD302-002 CCD230 CCD231 4096H H2E1 capacitive readout circuit
Contextual Info: CCD230-84 Scientific CCD Sensor Front Illuminated, 4096 x 4096 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. The low

CCD230

Abstract: CCD230-42
Contextual Info: CCD230-42 Front Illuminated Scientific CCD Sensor 2048 x 2048 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. The low

CCD230-42

Contextual Info: CCD230-42 Front Illuminated Scientific CCD Sensor 2048 x 2048 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. The low

Contextual Info: CCD230-84 Scientific CCD Sensor Back Illuminated, 4096 x 4096 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. Backilluminated spectral response combined with low readout

196-LAD302-002

Contextual Info: CCD230-84 Scientific CCD Sensor Back Illuminated, 4096 x 4096 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. Backilluminated spectral response combined with low readout

CCD230-42

Abstract: ccd sensor back illuminated ccd231 common rail CCD230
Contextual Info: CCD230-42 Back Illuminated Scientific CCD Sensor 2048 x 2048 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. Backilluminated spectral response combined with low read-out

CCD230

Abstract: CCD230-42
Contextual Info: CCD230-42 Back Illuminated Scientific CCD Sensor 2048 x 2048 Pixels, Four Outputs and Inverted Mode Operation INTRODUCTION This device extends e2v’s family of scientific CCD sensors. The CCD230 has been designed to provide a large image area for demanding scientific imaging applications. Backilluminated spectral response combined with low read-out

R6094 pmt divider circuit

Abstract: Hamamatsu r6094 C9321CA-02 R4110U-74 AUTOMATIC STREET LIGHT CONTROLLER using IR sensor InGaas PIN photodiode chip back illuminated apd raman wafer 60g H9656 sensor x-ray
Contextual Info: New CCD for Low-Light Scientific Applications High-Speed InGaAs APD + TIA ROSA Highly Sensitive Image Intensifier with Large Active Area Flat-Panel Sensor Product Line Extended The Improved Macro Imaging System AEQUORIA Imaging-Based Plate Reader FDSS for HighThroughput

e2v ccd

Abstract: Scientific Imaging Technologies CIS101 voltage follower nmos
Contextual Info: CIS101-00-*-M05 2M Pixel CMOS Scientific Imaging Sensor For Space Applications INTRODUCTION SUMMARY SPECIFICATION The CIS101 Active Pixel Sensor is e2v’s first offering for space imaging applications with this technology. The advantages of the APS sensor over a CCD are lower power

Changing the Game

Contextual Info: In early 2001, the scientific imaging community turned to electron multiplying CCDs—the new superstars of detector technology—to realize breakthroughs in low light imaging. This method worked brilliantly…until now. Changing the Game Authors: Stephanie Fullerton, Ph.D., Keith Bennett, Ph.D. Hamamatsu Corporation , Eiji Toda, Teruo Takahashi (Hamamatsu Photonics K.K.)

scientific imaging technologies

Abstract: scientific imaging technologies inc TRANSISTOR S1d TRANSISTOR S1A 64 SI-424A SI-424 mpp schematic TRANSISTOR S1A 41
Contextual Info: SCIENTIFIC IMAGING TECHNOLOGIES, INC. 2048 x 2048 pixel format 24µm square • Front-illuminated or thinned, back-illuminated versions ■ Unique thinning and Quantum Efficiency enhancement processes ■ Excellent QE from IR to UV ■ Anti-reflection coating

SI-502A

Abstract: scientific imaging technologies SI-424 SI-502 scientific imaging technologies inc Scientific Imaging Technologies, Inc mpp schematic SI-424A ccd 512 x 512
Contextual Info: S C I E N T I F I C I M A G I N G T E C H N O L O G I E S , I N C . 512 x 512 pixel format 24µm square n Front-illuminated or thinned, back-illuminated versions n Unique thinning and Quantum Efficiency enhancement processes n Excellent QE from IR to UV

scientific imaging technologies

Abstract: SI-003A SIA003A AD590 mpp schematic scientific imaging technologies inc ccd incoming inspection SI003
Contextual Info: S C I E N T I F I C I M A G I N G T E C H N O L O G I E S , I N C . 1024 x 1024 pixel format 24µm square n Front-illuminated or thinned, back-illuminated versions n Packaged with a two stage Thermoelectric cooler for improved performance without a dewar

scientific imaging technologies

Abstract: SIA502A Scientific Imaging Technologies, Inc mpp schematic AD590 scientific imaging technologies inc ccd incoming inspection
Contextual Info: S C I E N T I F I C I M A G I N G T E C H N O L O G I E S , I N C . 512 x 512 pixel format 24µm square n Front-illuminated or thinned, back-illuminated versions n Packaged with a two stage Thermoelectric cooler for improved performance without a dewar n

scientific imaging technologies

Abstract: SI-003A mpp schematic infrared diode p1d scientific imaging technologies inc ccd incoming inspection SI-424A
Contextual Info: S C I E N T I F I C I M A G I N G T E C H N O L O G I E S , I N C . 1024 x 1024 pixel format 24µm square n Front-illuminated or thinned, back-illuminated versions n Unique thinning and Quantum Efficiency enhancement processes n Excellent QE from IR to UV

scientific imaging technologies

Abstract: scientific imaging technologies inc ST-002A ccd 15um AD590 APPLICATIONS mpp schematic TRANSISTOR S2A AD590 image sensor x-ray focal plane array pin
Contextual Info: S C I E N T I F I C I M A G I N G T E C H N O L O G I E S , I N C . 2048 x 4096 pixel format 15µm square n Front-illuminated or thinned, back-illuminated versions n Three side buttability to facilitate large mosaic focal planes n Special packaging to facilitate mosaic layouts

Infra-red obstacle detection project report

Abstract: ir remote control ROBOt project report ccd sensor star tracker CMOS Camera Module interface with arm 11 flying robot with camera image sensor star tracker motion sensor doppler IR sensor for obstacle avoidance obstacle detection project report radar sensor specification
Contextual Info: GSTP/ASCMSA/Integrated Radiation-tolerant Imaging System P60280-MS-RP-001 Identification of CMOS Imager Applications in Space Werner Ogiers IMEC, division MAP Kapeldreef 75 B-3001 Leuven tel:+32. 0 16.281.376 fax:+32.(0)16.281.501 ogiers@imec.be Identification of CMOS Imager