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Current Monitors
Clamp-On Current Monitors
Capacitive Voltage Dividers
High Voltage Pulse Transformers
Beam Instrument
Plasma Research
EMI Test Applications
Lightning Discharge
Medical Equipment
Particle Acceleration
Capacitive Discharge
Power Monitoring
Surge Test Applications
Within their specified frequency ranges, the phase shift between the voltage output and the current being measured by Pearson Current Monitors is small. For frequencies at least one decade from the low and high frequency cut-off points, the phase shift is usually less than 6 degrees, and the amplitude error is less than 1%.
Pearson Current Monitors exhibit amplitude response and phase shift as a function of frequency similar to that depicted in the above figure. To apply this graph to a specific model, use the low and high 3 dB points given in the specification sheet.
The Particle Accelerator community uses Pearson Current Monitors for a variety of applications in the area of high . . .
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The medical equipment industry uses Pearson Current Transformers in several applications. These include medical. . .
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The Power Industry uses Pearson Current Transformers to measure transients in switching gear and the observation of. . .
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Pearson Clamp-on Current Probes are used to make accurate AC current measurements to meet many of the EMI standards. . .
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Pearson Current Probes are used by the Semiconductor and Semiconductor Equipment Industry to make measurements at. . .
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Pearson Current Monitors are used to view faithful waveforms and make accurate current measurements from a capacitive. . .
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Wide Band Current Probes measure surge and in-rush currents for EMC and other industries. A typical requirement. . .
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Broad Band Current Transformers | Monitors are used to characterize lightning strikes at the Kennedy Space Center and leading. . .
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Custom Wide Band Current Monitors are use beam tube applications with our large aperture clamp-on Current Monitors. . .
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