A55 电磁计量 标准查询与下载

IEC 112/206/DTS:2012 以脉冲电声车辆原理为依据对空间电荷测量设备进行校准

Calibration of space charge measuring equipment based on pulsed electro-acoustic measurement principle

BS CWA 16373:2011 近地表电磁感应最佳测定方法

Best practice approach for electromagnetic induction (EMI) measurements of the near surface

DIN EN 62562:2011 用空腔共振器法测量低损耗介质板复介电常数(IEC 62562-2010);德文版本EN 62562-2011

Cavity resonator method to measure the complex permittivity of low-loss dielectric plates (IEC 62562:2010); German version EN 62562:2011

IEC 112/193/CD:2011 以脉冲电声车辆原理为依据对空间电荷测量设备进行校准

Calibration of space charge measuring equipment based on pulsed electro-acoustic measurement principle

BS IEC 62615:2011 静电放电敏感性试验.传输线脉冲(TLP).部件等级

Electrostatic discharge sensitivity testing. Transmission line pulse (TLP). Component level

BS EN 62562:2011 空腔谐振器法测量低损耗介质板的复介电常数

The object of this International Standard is to describe a measurement method of dielectric properties in the planar direction of dielectric plate at microwave frequency. This method is called a cavity resonator method. It has been created in order to develop new materials and to design microwave active and passive devices for which standardization of measurement methods of material properties is more and more important. This method has the following characteristics: ? the relative permittivity ε ' and loss tangent tanδ values of a dielectric plate sample can be measured accurately and non-destructively; ? temperature dependence of complex permittivity can be measured; ? the measurement accuracy is within 0,3 % for ε ' and within 5×10 for tanδ ; ? fringing effect is corrected using correction charts calculated on the basis of rigorous analysis. This method is applicable for the measurements on the following condition: – frequency : 2 GHz ＜ f ＜ 40 GHz; – relative permittivity: 2 ＜ ε ' ＜ 100; – loss tangent : 10 ＜ tanδ ＜ 10.

Cavity resonator method to measure the complex permittivity of low-loss dielectric plates

IEEE 181-2011 越迁,脉冲和相关波形

Transitions, pulses, and related waveforms

JJG 506-2010 直流比较仪式电桥检定规程

本规程适用于直流电流比较仪初、次级磁势平衡和初、次级两电阻上电势平衡的条件下,测量电阻或电阻比的电桥,即直流比较仪式电桥(以下简称比较仪式电桥或电桥)的首次检定、后续检定和使用中检验;也适用于多功能直流比较仪的电桥部分。 本规程不适用于直流比较仪式测温电桥和全自动直流比较仪式电桥的检定。

Verification Regulation of D.C.Current Comparator Bridge

JJF 1248-2010 通道式车辆放射性监测系统校准规范

本规范适用于通道式车辆放射性监测系统探测γ放射性的现场校准,车辆包括各种集装箱卡车、货运汽车、客车等。

Calibration Specification for the Channel Vehicle Radioactivity Monitoring Systems

IEC 62615:2010 静电放电敏感性测试.传输线脉冲(TLP).元件级别

This International Standard defines a method for pulse testing to evaluate the voltage current response of the component under test and to consider protection design parameters for electro-static discharge (ESD) human body model (HBM). This technique is known as transmission line pulse (TLP) testing. This document establishes a methodology for both testing and reporting information associated with transmission line pulse (TLP) testing. The scope and focus of this document pertains to TLP testing techniques of semiconductor components. This document should not become alternative method of HBM test standard such as IEC 60749-26. The purpose of the document is to establish guidelines of TLP methods that allow the extraction of HBM ESD parameters on semiconductor devices. This document provides the standard measurement and procedure for the correct extraction of HBM ESD parameters by using TLP.

Electrostatic discharge sensitivity testing - Transmission line pulse (TLP) - Component level

JJG 546-2010 直流比较电桥检定规程

本规程适用于直流比较电桥(以下简称比较电桥)首次检定、后续检定和使用中的检验。 本规程不适用于普通单双电桥、自动电桥、半自动电桥、直流比较仪电桥、数字直流电桥及其他特殊用途电桥的检定。

Verification Regulation of DC Comparison Bridges

JJF 1239-2010 稀土永磁体磁性温度系数测量技术规范

本规范规定了稀土永磁块状材料在高温下温度系数的测量方法。

Technical Norm for Measurement of Magnetic Temperature Coefficient of Rare Earth Permanent Magnets

ANSI/ASTM D4935:2010 测量平面材料电磁屏蔽效率的标准试验方法

Standard Test Method for Measuring the Electromagnetic Shielding Effectiveness of Planar Materials

IEC 62624:2009 碳纳米管电特性测量的试验方法

This standard applies to interface systems used to interconnect both programmable and nonprogrammable electronic measuring apparatus with other apparatus and accessories necessary to assemble instrumentation systems. It applies to the interface of instrumentation systems@ or portions of them@ in which the a) Data exchanged among the interconnected apparatus is digital (as distinct from analog) b) Number of devices that may be interconnected by one contiguous bus does not exceed 15 c) Total transmission path lengths over the interconnecting cables does not exceed 20 m d) Data rate among devices does not exceed 8 000 000 B/s The basic functional specifications of this standard may be used in digital interface applications that require longer distances@ more devices@ increased noise immunity@ or combinations of these. Different electrical and mechanical specifications may be required (for example@ symmetrical circuit configurations@ high threshold logic@ special connectors@ or cable configurations) for these extended applications. This standard may also be applicable to other instrumentation system elements@ such as processors@ stimulus@ display@ or storage devices@ and terminal units found useful in instrumentation systems. It applies generally to laboratory and production test environments that are both electrically quiet and restricted as to physical dimensions (distances between the system components). This standard deals only with the interface characteristics of instrumentation systems to the exclusion of design specifications?? consideration of radio-interface regulations@ performance requirements@ and safety requirements of apparatus. NOTE??For the latter two items@ reference is made to IEC 61010-1: 2001@ and IEC 60359:2001.1Throughout this standard@ and insofar as further distinction is not necessary@ the term ??system?? denotes the bit-parallel byte-serial interface system that@ in general@ includes all circuits@ cables@ connections@ message repertoire@ and control protocol to effect unambiguous data transfer between devices; and the term ??device?? or ??apparatus?? denotes any programmable measurement device or other product connected to the interface system that communicates information via@ and conforms to@ the interface system definition. A primary focus of this standard is to set forth an interface system to interconnect self-contained apparatus to other apparatus by external means. This same standard may be applied to interconnecting the internal subsections within a self-contained equipment.1For information on references@ see Clause 2.

Test methods for measurement of electrical properties of carbon nanotubes

JJG 1049-2009 弱磁场交变磁强计检定规程

本规程适用于电磁感应磁强计、交变霍尔磁强计等磁场范围1pT~1mT、频率范围10Hz~10kHz的弱磁场交变磁强计(以下简称交变磁强计)的首次检定、后续检定和使用中检验。

Verification Regulation of Alternating Tesla-Meter for Weak Magnetic Field

ASTM E1004-09 用电磁(涡流)法测定电导率的标准试验方法

Absolute probe coil methods, when used in conjunction with reference standards of known value, provide a means for determining the electrical conductivity of nonmagnetic materials. Electrical conductivity of a sample can be used as a means of determining: (1) type of metal or alloy, (2) type of heat treatment (for aluminum this evaluation should be used in conjunction with a hardness examination), (3) aging of the alloy, (4) effects of corrosion, and (5) heat damage.1.1 This test method covers a procedure for determining the electrical conductivity of nonmagnetic metals using the electromagnetic (eddy-current) method. The procedure has been written primarily for use with commercially available direct reading electrical conductivity instruments. General purpose eddy-current instruments may also be used for electrical conductivity measurements but will not be addressed in this test method. 1.2 This test method is applicable to metals that have either a flat or slightly curved surface and includes metals with or without a thin nonconductive coating. 1.3 Eddy-current determinations of electrical conductivity may be used in the sorting of metals with respect to variables such as type of alloy, aging, cold deformation, heat treatment, effects associated with non-uniform heating or overheating, and effects of corrosion. The usefulness of the examinations of these properties is dependent on the amount of electrical conductivity change caused by a change in the specific variable. 1.4 Electrical conductivity, when evaluated with eddy-current instruments, is usually expressed as a percentage of the conductivity of the International Annealed Copper Standard (IACS). The conductivity of the Annealed Copper Standard is defined to be 0.58 × 108 S/m (100 % IACS) at 20°C. 1.5 The values stated in SI units are regarded as standard. 1.6 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Test Method for Determining Electrical Conductivity Using the Electromagnetic (Eddy-Current) Method

GJB 6637-2008 近场缩比目标电磁散射特性准动态测试方法

本标准规定了近场缩比目标电磁散射特性的准动态测试方法。 本标准适用于大型军用目标的近场准动态电磁散射特性缩比测试、无线电引信和引战配合的模拟试验。

The quasi-dynamic measurements method for electromagnetic scattering of scale target in near field

JJG 441-2008 交流电桥检定规程

本规程适用于交流电桥的首次检定、后续检定和使用中的检验。交流电桥的工作频率限于20Hz至100kHz范围内，工作电压不大于 50OV；准确度范围0.001级及以下。 本规程不适用于高压电桥、LCR阻抗测量仪和自动平衡电桥的检定。

Verification Regulation of Alternating Current Bridge

HHS 21 CFR PT 1020-2008 致电离辐射放射产物的性能标准

The provisions of this section are applicable to television receivers manufactured subsequent to January 15, 1970

PERFORMANCE STANDARDS FOR IONIZING RADIATION EMITTING PRODUCTS

JB/T 6181-2008 电磁计数器

本标准规定了电磁计数器的术语定义、分类、技术要求、试验方法、检验规则及标志、包装、运输和贮存。 本标准适用于交流电压（频率为 5OHz、60Hz或 5OHZ/6OHz）及直流电压 220V 以下的电路中使用的电磁计数器（以下简称计数器）。

Electremagnetic counter