Andere Kunden interessierten sich auch für
![Analytical and Experimental Characterization of a Linear-Array Thermopile Scanning Radiometer for Geo-Synchronous Earth Radiation Budget Applications]( "Analytical and Experimental Characterization of a Linear-Array Thermopile Scanning Radiometer for Geo-Synchronous Earth Radiation Budget Applications")
Analytical and Experimental Characterization of a Linear-Array Thermopile Scanning Radiometer for Geo-Synchronous Earth Radiation Budget Applications58,99 €![Backward Amplification and Beam Cleanup of a Raman Fiber Laser Oscillator Using a Multi-Mode Graded Index Fiber Amplifier]( "Backward Amplification and Beam Cleanup of a Raman Fiber Laser Oscillator Using a Multi-Mode Graded Index Fiber Amplifier")
Backward Amplification and Beam Cleanup of a Raman Fiber Laser Oscillator Using a Multi-Mode Graded Index Fiber Amplifier54,99 €![Suite of Standards for Electromagnetic Material Characterization Using Mode Matching Theory]( "Suite of Standards for Electromagnetic Material Characterization Using Mode Matching Theory")
Suite of Standards for Electromagnetic Material Characterization Using Mode Matching Theory59,99 €![Sensitivity Analysis and Optimization of Enclosure Radiation with Applications to Crystal Growth]( "Sensitivity Analysis and Optimization of Enclosure Radiation with Applications to Crystal Growth")
Sensitivity Analysis and Optimization of Enclosure Radiation with Applications to Crystal Growth54,99 €![Radiation Induced Fault Detection, Diagnosis, and Characterization on FPGAs]( "Radiation Induced Fault Detection, Diagnosis, and Characterization on FPGAs")
Radiation Induced Fault Detection, Diagnosis, and Characterization on FPGAs56,99 €![Dynamic Electrothermal Model of a Sputtered Thermopile Thermal Radiation Detector for Earth Radiation Budget Applications]( "Dynamic Electrothermal Model of a Sputtered Thermopile Thermal Radiation Detector for Earth Radiation Budget Applications")
Dynamic Electrothermal Model of a Sputtered Thermopile Thermal Radiation Detector for Earth Radiation Budget Applications54,99 €![Optical Characterization of Antimony-Based, Types-I and -II, Multiple Quantum-Well Semiconductor Structures for Mid-Infrared Laser Applications]( "Optical Characterization of Antimony-Based, Types-I and -II, Multiple Quantum-Well Semiconductor Structures for Mid-Infrared Laser Applications")
Optical Characterization of Antimony-Based, Types-I and -II, Multiple Quantum-Well Semiconductor Structures for Mid-Infrared Laser Applications54,99 €
One of the more recently proposed flip-flop designs has been the sense amplifier flip-flop. It has gained acceptance in the commercial realm because of its power consumption, speed, setup time, clock line loading, and data line loading characteristics. In this thesis, a recently designed RADHARD version of D sense amplifier flipflop was taken and a triple mode redundant version for space and radiation environment use was created. The design was created with valuable options to increase radiation hardness and to give end users greater flexibility in realizing their own radiation hardened version of flip-flop. In addition, a methodology for using a traditional circuit simulation tool, SPICE, was developed to test the operation of the flip-flop design for both normal conditions and under the influence of radiation.