SCIENTIFIC 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: 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: 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: 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

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

Contextual Info: R Digital CMOS camera C11440-10C Technical Note April 2015 1. Introduction P3 2. Scientific CMOS Image Sensor FL-280 P3 2.1. CCD image sensor vs. Scientific CMOS Image Sensor FL-280 2.1.1. Structure of CCD image sensor and CMOS image sensor 2.1.2. CCD image sensor vs. conventional CMOS image sensor

3D scanner

Abstract: Piezo Electric pzt Piezo Ceramic plates
Contextual Info: Agilent 5420 SPM/AFM Microscope Data Sheet Introducing The Agilent Technologies 5420 Scanning Probe Microscope SPM Features and Benefits • Scientific-grade instrument delivers atomic resolution • New design provides improved performance • New electronics and techniques

HADC674Z

Abstract: HI674A
Contextual Info: HADC674Z @ SPT FAST, COMPLETE 12-BIT COMPATIBLE A/D CONVERTER WITH SAMPLE/HOLD SIGNAL PROCESSING TECHNOLOGIES APPLICATIONS FEATURES Military/Industrial Data Acquisition Systems 8 or 12-Bit J.P Input Functions Process Control Systems Test and Scientific Instruments

Contextual Info: Keysight Technologies N9320B Spectrum Analyzer The Most Cost-effective RF Measurement Instrument for the Manufacture of Consumer Wireless Electronics Introduction Since the Industrial, Scientific and Medical ISM 2.4 GHz frequency band is the most universal, unlicensed RF band

SM2327-47

Abstract: gaas amplifier
Contextual Info: Specification Sheet for SM2327-47 SSPA This solid state GaAs amplifier is designed for Industrial, Scientific, Medical band market. By using the latest surface mount technologies, this small amplifier can easily fit into tightly packed transmitters and repeaters.

Contextual Info: BCN168RB summary material content, BI Technologies Corporation 6/21/06 Average mass of BCN168RB array is 0.007 grams each. Scientific notation is used for all component masses. Homogeneous Material Location Homogeneous Material Name Substrate Alumina Thick film

Contextual Info: Agilent 5420 SPM/AFM Microscope Data Sheet Introducing The Agilent Technologies 5420 Scanning Probe Microscope SPM Features and Benefits • Scientific-grade instrument delivers high resolution • New design provides improved performance • New electronics and techniques

Contextual Info: BCN218SBI summary material content, BI Technologies Corporation 6/21/06 Average mass of BCN218SBI array is 0.017 grams each. Scientific notation is used for all component masses. Homogeneous Material Location Substrate Thick film Termination Homogeneous Material Name Material name

Contextual Info: BCN4D summary material content, BI Technologies Corporation 6/21/06 Average mass of BCN4D array is 0.028 grams each. Scientific notation is used for all component masses. Homogeneous Material Location Substrate Thick film Termination Homogeneous Material Name Material name

Contextual Info: BCN164A summary material content, BI Technologies Corporation 6/21/06 Average mass of BCN164A array is 0.007 grams each. Scientific notation is used for all component masses. Homogeneous Material Location Substrate Thick film Termination Homogeneous Material Name Material name