SEMICONDUCTOR RADIATION DETECTOR Search Results

micronote 103

Abstract: 2n2369 avalanche Semiconductor Nuclear Radiation Detector GA102 DIODE ga101 UM9441 radiation ionizing dose TID detector Semiconductor Radiation Detector high sensitive neutron PIN diode pin diode gamma detector
Contextual Info: MicroNote #050 by: Radiation Hardened Performance of Discrete Semiconductor Products Many system designs have required radiation hardness assurance for semiconductor products. In earlier years this primarily dealt with military programs, but has now evolved to

Semiconductor Radiation Detector

Abstract: radiation level sensor GAMMA Radiation Detector cdte Directed Energy image sensor x-ray radiation DETECTOR CIRCUITS
Contextual Info: ENERGY DIFFERENTIATION TYPE 64 CH NEW CdTe RADIATION LINE SENSOR C10413 Accomplish X-ray and gamma-ray images with multicolor by energy differentiation FEATURES ●High radiation detection efficiency due to direct conversion type semiconductor CdTe detector

Contextual Info: X-RAY / ENERGY DIFFERENTIATION TYPE 64 CH GAMMA-RAY CdTe RADIATION LINE SENSOR DETECTOR C10413 Accomplish X-ray and gamma-ray images with multicolor by energy differentiation FEATURES ●High radiation detection efficiency due to direct conversion type semiconductor CdTe detector

2N2369 avalanche

Abstract: Microsemi micronote series 050 Semiconductor Nuclear Radiation Detector DIODE ga101 pin diodes radiation detector UM9441 Microsemi Generic Diode nuclear radiation detector diode GA100 radiation ionizing dose TID detector
Contextual Info: Spring 1998 MicroNote Series 050 by Kent Walters, Microsemi Scottsdale Radiation Hardened Performance of Discrete Semiconductors Many system designs have required radiation hardness assurance for semiconductor products. In earlier years this primarily dealt with military

Alps 934a vco

Contextual Info: The following set of frequently asked questions concerns the radiation and operational performance of National Semiconductor’s LMX2305WG-MLS, LMX2315WG-MLS, and LMX2325WG-MLS space level phase lock loop devices. The non radiation specific information pertains to both the –QML military and

smd transistor 304

Abstract: cdfp4-f16
Contextual Info: HS-6254RH Semiconductor Radiation Hardened Ultra High Frequency NPN Transistor Array March 1998 Features Description • QML Qualified Per MIL-PRF-38535 Requirements The HS-6254RH is a Radiation Hardened array of five NPN transistors on a common substrate. One of our bonded wafer,

Contextual Info: HS-2420RH Semiconductor Radiation Hardened Fast Sam p le and Hold juiy 1995 Features Description • Maximum Acquisition Time The HS-2420RH is a radiation hardened monolithic circuit consisting of a high performance operational amplifier with its output in series with an ultra-low leakage analog switch

MFOD1100

Abstract: 905 motorola M68000 MFOE1200 F086600380
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MFOD1100 Fiber Optics — 100 MHz Family Photo D etector Diode Output HERMETIC FAMILY FIBER OPTICS PHOTO DETECTOR DIODE O U TPU T . . . designed fo r infrared radiation detection in high frequency Fiber Optics Systems. It is

SIC01S-18ISO90

Abstract: SiC Photodiodes
Contextual Info: SIC01S-18ISO90 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC

Contextual Info: HS-RTX2010RH Semiconductor Radiation Hardened Real Time Express Microcontroller March 1996 Features Applications • Devices QML Qualified in Accordance with MIL-PRF38535 • Space System s Embedded Control • Detailed Electrical and Screening Requirements are

Contextual Info: Development of Radiation Detectors Based on Semi-Insulating Silicon Carbide Frank H. Ruddy, Member, IEEE, John G. Seidel, Robert W. Flammang, Ranbir Singh, Member, IEEE, and John Schroeder Abstract–Fast-neutron detectors based on high-purity semiinsulating 4H silicon carbide SiC semiconductor have been

FillFactory

Abstract: FillFactory star 1000 STAR-1000 STAR-1000 cypress FillFactory cmos sensor CYIS1SM1000AA-HFC CYIISM1000AA-HFC ADC hard radiation STAR1000 FPGA STAR1000
Contextual Info: STAR-1000 Datasheet STAR-1000 1 M Pixel Radiation - Hard CMOS image sensor Datasheets Cypress Semiconductor Corporation 3901 North First Street San Jose, CA 95134 408-943-2600 Contact: info@Fillfactory.com Document #:38-05714 Rev.* Revision 6.5 Page 1 of 24

STAR250

Abstract: STAR-250 digital SUN SENSOR cmos detector proton basic FillFactory cmos sensor JLCC-84 BA-914 FillFactory STAR250 star tracker transistor 3901
Contextual Info: STAR-250 Datasheet STAR-250 250k Pixel Radiation Hard CMOS Image Sensor Datasheet Cypress Semiconductor Corporation 3901 North First Street Contact: info@Fillfactory.com Document #:38-05713 Rev.* Revision 5.2 San Jose, CA 95134 408-943-2600 Page 1 of 35

KIA6220H

Abstract: xnxx Audio IC 9-pin
Contextual Info: KIA6220H SEMICONDUCTOR TECHNICAL DATA BIPOLAR LINEAR INTEGRATED CIRCUIT 30W BTL DUAL AUDIO POWER AMPLIFIER. The thermal resistance 6 j-c of KIA6220H package CPP-17 Compact Power Package 17pin , designed for low thermal resistance, has high efficiency of heat radiation.

SIC01M-18

Contextual Info: SIC01M-18 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01S-C18

Contextual Info: SIC01S-C18 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01L-18

Contextual Info: SIC01L-18 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01S-18

Contextual Info: SIC01S-18 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01XL-5

Contextual Info: SIC01XL-5 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01S-B18

Contextual Info: SIC01S-B18 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01L-5

Contextual Info: SIC01L-5 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01L-C5

Contextual Info: SIC01L-C5 v 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

SIC01M-5LENS

Contextual Info: SIC01M-5LENS V 6.0 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The

Contextual Info: SIC01D-B18 rev.6.1 04/15 Description SiC provides the unique property of extreme radiation hardness, near-perfect visible blindness, low dark current, high speed and low noise. These features make SiC the best available material for visible blind semiconductor UV detectors. The SiC detectors can be permanently operated at up to 170°C 338°F . The