SJ 454-1973 in English

VALID

Methods of measurement for peak voltage drop of tube, reverse peak voltage drop of tube and rectifying current of high-voltage rectifier tubes

Issued on:1973-02-26
Implemented on:1973-07-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $30.00
$30.00

Standard No:	SJ 454-1973
Document status:	VALID
Title in English:	Methods of measurement for peak voltage drop of tube, reverse peak voltage drop of tube and rectifying current of high-voltage rectifier tubes
Title in Chinese:	高压整流管峰值管压降、反向峰值压降及整流电流的测试方法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	1973-02-26
Implemented on:	1973-07-01
Professional Classification:	SJ-Electronics
Related Keywords:	peak voltage drop high-voltage rectifier tubes peak voltage drop
Related Topics:	Peak Potential and Half Peak Potential d peak g peak d peak and g peak d peak g peak 2d peak s peak w peak half peak potential and peak potential G peak and D peak pressure drop Pressure tube standard d peak g peak d peak + g peak + 2d peak xrd peak peak IR peak Absorption and transmission peaks Melting Peak and Crystallization Peak the peak d peak + g peak solvent peak pressure split peak peak peak area g peak has secondary peak g peak 2d peak Benzene peak time Chromatographic peak height Carbon g and d peaks flow pi peak Carbon nanotube peak measurable peak d peak-to-peak integration charge peak peak and a relatively low internal standard peak height Degradation peak Inverted peak + peak + liquid phase Peaking method pressure flow Degradation peak Crystallization and melting peaks solvent peak d peak and g peak height Fluorescence peak height Liquid peak height Sugar Test + Peak Peak area main peak Kurtosis raman+ peak to peak respectively d peak and g peak The ratio of peak area to peak height dsc melting peak Hydrocarbon peak Peak height and peak strength Injection molding + peak pressure Each peak in the dsc test Raman Fengfeng Carbon d and g peaks UV peak carbon peak-to-peak ratio Gas phase + peak height cv+peak current Liquid phase pressure peak drop peak cv peak mobile phase peak dsc peak + tga peak Cytometry peak bifurcation d peak g peak+ cv peak current dsc peak peak flow three peaks Flow Cytometry Apoptotic Peak xps peak peak Coeluting peaks peak g - peak intensity d peak to g peak carbon d and g peaks Unit of peak current flow + negative peak peak height instability d peak, g peak flow peak area peak coelution peak height unit flow two peaks icp peak vs peak liquid phase high pressure peak d peak-to-peak analysis medium peak peak and g peak carbon tube peak peak to peak peak-inverted liquid phase peak-to-peak distance peak fitting method inverted peak g peak d peak carbon peak down peak extension pl peak peak UV up peak Method peak shape Hipot test high voltage Nitrogen peak + Methane peak + Chromatographic peak peak fen Chromatographic peak xrd peak peak Flow cytometric detection of spurious peaks g peak d peak raman+g Fengfeng Peak splitting method Peak height and peak area Peak height and area g peak and d peak of c characteristic peak height peak height noise Voltage value d-peak and g-peak Churn peak peak high heels peak potential half peak potential peak meaning hplc peak ms peak polymer peak ion chromatogram reverse peak Reaction dsc peak peak theory noise peak height Method Liquid Peak Methane peak thermal degradation peak Upside down Absorption and Emission Peaks Velocity Peak Front pcr peak height Solvent peak of hplc peak Reverse Peak Response Ratio Gas phase peak height Gauge flow pressure peak w value mobile phase peak Carbon tube peak reversed peak xrd triple + peak peak split ratio Peak-to-peak type d peak and g peak of c Raman Fengfeng unit of peak height ion current peak flow+pi peak flow+pi+peak peak crystallization peak positive peak negative peak gc+peak height Gas phase peak height upward peak positive peak negative peak ms peak height reverse peak Carbon g peak and d peak Velocity peak tic peak down dtg down peak Peak + peak height + peak width mobile formic acid peak peak peak width Gauge flow pressure Positive and negative peaks water peak too high Liquid phase test peak m peak heavy peak Benzene peak Methanol peak d peak and g peak with split peak peak shape reverse phase peak normal phase gc peak peak Chromatographic peak reverse peak liquid phase inverted peak Anti-peak detection reverse column water peak Peak and tail flow peak sp2 xrf test peak Methanol peak Benzene peak charge peak satellite peaking peak potential current pressure value d peak/g peak photocurrent peak Oxidation peak potential value g peak + d peak peak peak area gas phase degradation peak carbon tube + peak Nong residual peak split peak too wide inverted peak shape g peak and m1 peak of dsc UV reflection and absorption peaks exothermic peak reaction relative to the peak peak area unit Ratio of peak d to peak g broad peak splitting mobile phase peak shape Positive and negative of dsc peak Peak height + peak area Diffraction peak width has a peak value of 0 Solvent and water peaks for deuterated reagents reverse chromatographic inverted peak satellite peaking Fluorescence and Scattering Peaks thermoelectric peak value drop peak peak + peak shape peak-to-peak pattern liquid phase peak dsc crystallization peak Nitrile test peak Water peaks and peaks Chromatographic peak coflow gcms peak+peak Reverse HPLC extraction Test product peak water peak dls test peak main degradation peak peak coupling value dls test peak s peak m peak d peak cd peak UV peak carbon peak peak fen dsc peak height Particle size test peak Anti-peak coefficient bifurcation peak peak content peak stay peak peak shift d peak and g peak Reverse peak in infrared spectrum code peak water peak fat peak d+peak+g+peak q peak and h peak peak quartet water peak + fat peak side peak and half peak main peak noise reduction peak Solvent peak Benzene peak d peak peak width Carbon peaks and graphite peaks water pressure peak Peak current and concentration carbon d peak g peak height of dsc peak dsc peak height dsc down peak carbon peak Carbon d peak and g peak The silicon peak is smaller method peak overall dtg peak peak positive peak and inverted peak reversed peak Adjust peak shape IR+Peak Cytometry peak bifurcation dsc peak height q peak d peak q peak and d peak mobile phase water peak flow one peak crystallization peak External standard peak Oxidative degradation peak cv+peak current Octave peak-to-peak Liquid phase peak detection d peak intensity icp peak Infrared reverse absorption peak d peak and g peak of carbon peak harmonic peak current in english Peak Area and Mobile Phase kurtosis c d peak g peak melting peak Oxidation peak and reduction peak peak year Current mode rectification rectification peak year peak area half height Standard addition method peak height peak drop Phase peak velocity peak-to-peak ratio Degradation test + peak purity IR peak main peak secondary peak relative peak gpc test peak xrf peak method Infrared spectrum down peak down peak Chromatographic reverse peak current drop Nickel peak potential peak height ratio flow through peak Chromatographic reverse peak pa66 half peak flow tube high pressure Nickel spike potential streaming peak The peak width of the chromatographic peak The measured dsc peaks are messy Chloroform peak Diffraction peak reduction cv peak peak reverse high pressure preparation Peak Height Resolution br Fengfeng Octave and emission peaks xrd peak position peak dsc peak down d peak to g peak+ dsc down peak s peak and d peak peak ct peak The liquid phase reverses the peak Peak current symbol peak distance liner peak xrd diffraction peak d peak heavy peak Downward peak of hydrogen spectrum satellite peaking Mercury test peak Peak height processing peak-to-peak position g peak and d peak Negative peak splitting peak mode The peak current ratio is 2 Gao Youfeng Peak area and peak height oxidation peak height peak peak strength all Infrared peak of cobalt xrd peak method heat flow + peak Fluorescence peaks and absorption peaks Pressure drop test reagent Liquid phase + peak pressure xrd peak position d peak to g peak Infrared reverse absorption peak Injection peak pressure cv peak current Pure Peaker peak mode peak flow rate Spectral peaks and peak positions Peak-to-peak analysis peak current concentration d peak g peak peak acid peak base peak Pseudocapacitive peak Difference Between Peak and Peak Compare the Difference Between Similar Terms Movement of d and g peaks flow+ros+peak peak spread peak Noise and Peak Height Lithium voltage drop acid peak base peak Chromatographic peak Peak area and peak intensity t peak detection method Molecular Peaks and Absorption Peaks Peak-to-peak peak current peak peak position go peak Sample degradation peak p peak Peak diagram hplc has a downward peak p heavy peak mass spectrometry peak height method d peak g peak ratio d peak is taller than g peak characteristic peak peak energy peak Intensity ratio of peak to g peak carbon d peak g peak xrd each peak hplc down peak liquid peak xrd peak xrd peak peak to peak difference Liquid phase pressure peak obvious peak Test Method for Static Curve of High Voltage Rectifier electric current Discharge voltage drop Peak height and injection volume Water Raman peak Baseline height of main peak TCD current adjustment does not peak Lower the rint value The whole process of pressure test block xps peak of o1s Resin peak reaction temperature test Peak test passed Flow resistance and pressure drop test High voltage withstand test Water flow calorific value meter test method Gaussian value test method Pipe rectifier tube bundle rectifier The liquid mass method did not produce peaks. Methods for narrowing liquid phase peak width Liquid phase method peak broadening The peaks are not separated in the included measurement method peak current cycle Water bath electroblotting method voltage and current Peak detection method Peak-to-peak and three times standard deviation How to eliminate peak inversion phenomenon Rectifier withstand current test How to measure peak absorption Three-point peak method

本标准适用于真空高压整流管和脉冲整流管峰值管压降、反向峰值管压降和整流电流测试，供测试峰值管压降、反向峰值管压降和整流电流的测试条件应符合SJ442-73.

More samples: NB/T 47013.2-2015 JC/T 2453-2018 JGJ 94-2008

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