Showing product results. 1 - 15 of 1111 products found.
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NF Corp.
A frequency response analyzer measures the gain and phase response characteristics with respect to frequency of the device or system under test, by applying a frequency swept sine wave to it and examining its response signal.Featured wide dynamic range realizes high precise measurement, and also ultra low frequency measurement.
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1250E - Princeton Applied Research
The 1250E Frequency Response Analyzer (FRA) delivers accurate measurement of gain and phase. The device under test is stimulated by a sinewave and the response analyzed at various points in the system. These responses are then correlated with the stimulus to determine the amplitude and phase relative to the generator. The ratio of the two measured signals can then be used to provide the system transfer function.
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1250E - Ametek Scientific Instruments
The 1250E Frequency Response Analyzer (FRA) delivers accurate measurement of gain and phase. The device under test is stimulated by a sinewave and the response analyzed at various points in the system. These responses are then correlated with the stimulus to determine the amplitude and phase relative to the generator. The ratio of the two measured signals can then be used to provide the system transfer function.
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FRF - Crystal instruments
FFT Spectral Analysis. Frequency Response Function (FRF) is a commonly used measurement type of the Dynamic Signal Analyzer. FRF is defined as the ratio of response i.e. acceleration, velocity, or displacement with respect to the excitation force which is the reference.
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ZRO2000 - Alpha Omega Instruments Corp.
the ZRO2000 Oxygen Analyzer is a microprocessor-based instrument designed to measure gas phase oxygen concentrations over a range of 0-100%, and it exhibits fast response times resulting from the non-depleting zirconia oxygen sensor used in the Series ZRO2000 is a zirconia type that exhibits fast response times.
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1255B - Princeton Applied Research
The 1255B Frequency Response Analyzer is one of a range of instruments that will meet your needs today and in the future.
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1255A - Solartron Analytical
The 1255A frequency response analyzer is one of a range of instruments that will meet your needs today and in the future. This frequency response analyzer is capable of operating in stand-alone mode, suitable for testing amplifiers, filters and switch mode power supplies (SMPS), or equally when coupled with a 1287A Potentiostat. Impedances of electrochemical cells can be measured from as high as 1MHz to as low as 10µHz!
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1255B - Solartron Analytical
The 1255B Frequency Response Analyzer is one of a range of instruments that will meet your needs today and in the future. This frequency response analyzer is capable of operating in stand-alone mode; suitable for testing amplifiers, filters and switch mode power supplies (SMPS); or equally when coupled with a 1287A potentiostat. Impedances of electrochemical cells can be measured from as high as 1MHz to as low as 10µHz!
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Newtons4th Ltd
The PSM range of instrumentation provide not just conventional frequency response measurements but can also be combined with an Impedance Analysis Interface to form a high accuracy impedance analyser, in the case of the PSM3750 this solution is able to provide impedance analysis up to 50MHz
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Venable Instruments
Venable Instruments has been focused on one goal: bringing the most versatile, full-featured frequency response analyzers to customers in industries where precise testing and measurement tools for power supply design is critical. Over 37 years of continual research and development has created the widest range of scalable frequency response analyzers to meet your company's current requirements, while providing a cost-effective growth path for increased testing functionality. Venable is a proven leader in aerospace, automotive, energy, defense, computer technology, academia, government research applications and virtually any industry requiring the highest standards in power supply and stability testing for repeatable and accurate results.
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Scrutinizer - Plixer International, Inc.
The Scrutinizer incident response system provides forensic insight into the users and applications that are raising suspicions or causing the most congestion problems. Using flow technologies such as NetFlow, IPFIX, sFlow, J-Flow and others, Scrutinizer is able to collect, archive and quickly retrieve the traffic details you need surrounding an incident.
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DP-cPCI-7554 - Data Patterns Pvt. Ltd.
DP-cPCI-7554 is a cPCI module capable of analyzing the phase and gain characteristics of a system. The system under test is stimulated by the user defined waveform. The obtained response is correlated with the applied stimulus by the on-board DSP processor to determine the phase difference and the gain.Gain and the face analysis is carried out only at sine waveform.
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1250A - Solartron Analytical
The 1250 series of Frequency Response Analyzers (FRAs) provide a range of accurate solutions for the measurement of gain, phase and AC impedance (when coupled with a suitable AC impedance interface). Solartrons renowned single sine correlation technique (SSC) ensures rejection of all harmonics whilst allowing signals to be measured that are buried in the noise.
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1253A - Ametek Scientific Instruments
The 1253A Frequency Response Analyzer (FRA) is an instrument that is capable of meeting today's measurement requirements for dynamic system analysis. Using the Single Sine Correlation technique (SSC), it provides precise data relating to the gain and phase between any points in a dynamic system. This instrument enables engineers to perform searching analysis to assess performance of both simple or complex systems.
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1253A - Solartron Analytical
The 1253A Frequency Response Analyzer (FRA) is an instrument that is capable of meeting todays measurement requirements for dynamic system analysis. Using the single Sine Correlation technique (SSC), it provides precise data relating to the gain and phase between any points in a dynamic system. This instrument enables engineers to perform searching analysis to assess performance of both simple or complex systems.
