A Simple Build-Up Method for the DC Voltage Scale of a Source

Early, M.D.; Šíra, Martin; Andersson, Bengt-Olof; Christian, L.A.; Gunnarsson, Ove; Rydler, Karl-Erik; Streit, Jiri

doi:10.1109/tim.2012.2230734

Cited by 14 publications

(7 citation statements)

References 9 publications

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“…The results of the simulation of transient in the circuit in Fig. 9 v (7) v (6) v (5) If in the circuit in Fig. 9 to increase L3 from 0.1 nH to 0.5 nH, then the amplitude of oscillations at point 6 at the pulse front from the generator increases by about 2.5 times, which illustrates the simulation result in Fig.…”

Section: Sosupporting

confidence: 53%

“…Introduction. In high-voltage pulse technology, the solution of the problem of measuring nanosecond differences (first of all, fronts) of high-voltage pulses at different loads is relevant [1][2][3][4][5]. In the work, the results of which are presented in [6], a compact autonomous resistive shielded low-resistive voltage divider (ARSLVD) is developed and tested to measure the record amplitude-temporal characteristics of high-voltage pulses from a generator in an apparatus for broadband electromagnetic pulse therapy (ABEMPT).…”

Section: результати експериментально отримано осцилограми високовольmentioning

confidence: 99%

“…In high-voltage pulse technology there is the problem of measuring the amplitude-temporal characteristics of high-voltage pulses with high accuracy [1]. Its relevance is determined by the fact that for different high-voltage electrical technologies, radars, high-voltage tests of various equipment high voltage pulses with a very steep front (units ns or less) are required [1][2][3][4][5].…”

Section: цель определение возможности использования разработанного аmentioning

confidence: 99%

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Investigation of Amplitude-Temporal Characteristics of a High-Voltage Resistive Voltage Divider

Boyko¹,

Syomkin²

2019

Elektroteh. elektromeh.

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Purpose. Determination of the possibility of using the developed autonomous voltage divider for measuring high-voltage pulses with sharpened fronts (down to 1 ns). Methodology. We use the technique to determine the division ratio of the divider using a calibrated oscillator and oscilloscope. To determine the rise time of the transition characteristic of the divider, we use an experimental technique based on a high-voltage pulse generator with a steep front and computer simulation using circuit program Micro-Cap. Results. Oscillograms of high-voltage nanosecond pulses with subnanosecond fronts are experimentally obtained using an autonomous resistive voltage divider. A computer simulation of the operation of the created divider in various modes is carried out. Originality. We have shown that an autonomous shielded resistive high-voltage voltage divider can have a rise time less than 1 ns. The values of the parasitic parameters of the divider, which lead to a distortion of the sharpened pulse front with a rise time of ≈0.1 ns, are established. Practical value. The divider can be used to measure the characteristics of highvoltage pulses with a steep front (up to 1 ns as the lower limit). References 7, figures 15.

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Section: Sosupporting

confidence: 53%

Section: результати експериментально отримано осцилограми високовольmentioning

confidence: 99%

Section: цель определение возможности использования разработанного аmentioning

confidence: 99%

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Investigation of Amplitude-Temporal Characteristics of a High-Voltage Resistive Voltage Divider

Boyko¹,

Syomkin²

2019

Elektroteh. elektromeh.

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“…This sequence is done for all ranges of the DUT. The Reference Step Method is described in detail in [2] and in [3]. This method can be used to calculate the ratio of gains K 10R/R for ranges 10R and R.…”

Section: Reference Step Methodsmentioning

confidence: 99%

Comparison of the Reference Step Method with a MI 8000/8001 potentiometer

Šíra

Early

Streit

et al. 2012

2012 Conference on Precision Electromagnetic Measurements

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This paper summarizes a comparison between two methods of building the voltage scale. The first one is the Reference Step Method developed at the Measurement Standards Laboratory of New Zealand. The second one is based on a binary potentiometer represented by the MI 8000/8001 instrument. Both methods were used to calibrate voltage ratios of a Fluke 5720A calibrator. Preliminary results showed good agreement except for one measured point.

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“…In a recent paper [1] two of the equations were missing a significant term that would cause an error if they were used to implement the build-up method described in the paper. In particular the final resulting equation (2) should read:…”

mentioning

confidence: 99%

Erratum to “A Simple Build-Up Method for the DC Voltage Scale of a Source” [Jun 13 1600-1607]

2014

IEEE Trans. Instrum. Meas.

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A Simple Build-Up Method for the DC Voltage Scale of a Source

Cited by 14 publications

References 9 publications

Investigation of Amplitude-Temporal Characteristics of a High-Voltage Resistive Voltage Divider

Investigation of Amplitude-Temporal Characteristics of a High-Voltage Resistive Voltage Divider

Comparison of the Reference Step Method with a MI 8000/8001 potentiometer

Erratum to “A Simple Build-Up Method for the DC Voltage Scale of a Source” [Jun 13 1600-1607]

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