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Supplier: Tradeport Electronics Group
Description: 0.01 ~ 4.00KV ±10% with 50 ohm load, 10V step, Sweep mode available Push button setting for all parameters Terminal block outlet panel Sweep operation for output voltage, phase angle and repetition cycle Up to 5 test settings stored in the momory Floating output Coupling mode selection by plugging
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Supplier: Tradeport Electronics Group
Description: Push button setting for all parameters Terminal block outlet panel Sweep operation for output voltage, phase angle and repetition cycle Up to 5 test settings stored in the momory Floating output Coupling mode selection by plugging the supplied coaxial connector to the selected port Easily changeable
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Supplier: Tradeport Electronics Group
Description: manual control, the simulator can be remote-controlled through a fiber optic computer interface. A Windows control software package is supplied as an included accessory. Floating output # 8 pulse widths installed: 10ns, 50ns, 100ns, 200ns, 400ns, 500ns, 800ns and 1000ns
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Supplier: Tradeport Electronics Group
Description: manual control, the simulator can be remote-controlled through a fiber optic computer interface. A Windows control software package is supplied as an included accessory. Floating output # 8 pulse widths installed: 10ns, 50ns, 100ns, 200ns, 400ns, 500ns, 800ns and 1000ns
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Simulation of man-made noise in 100 MHz to 3 GHz band
This model was used in all impulsive noise simulators reported in past publications.
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A COMPUTER MODEL OF THE IMPULSE NOISE
PRODUCED BY OPERATION OF BREAKERS AND SWITCHES
IN POWER ELECTRIC SYSTEM
In this paper, we propose an efficient computer model for the impulse noise simulator based on digital signal process- ing techniques and on the authentic digital record of an im- pulse noise signal recorded during the transient and emer- gency operations on…
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A study of errors caused by impulsive noise and a simple estimation method for digital mobile communications
Looking at impulsive noise simulators , as transmission bit rates increase and receiver bandwidths widen, a corresponding bandwidth for the impulsive noise simulator is required.
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Electromagnetic field characteristics of injection probes
We evaluated about frequency characteristics of E-probes connected to impulse noise simulator .
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Impulse noise generator--design and operation.
In the seventies PFANDER (Pfander, 1975) proposed a screening test with an impulse noise simulator to check the particular responsivity of soldiers on vulnerability of the inner ear concerning the impulse noise-induced hearing loss.