L38 电子束管 标准查询与下载

SJ 20463/18-2006 M14CNDD01Y43 型单色显示管详细规范

本规范规定了M14CNDD01Y43型单色显示管的详细要求。 本规范适用于M14CNDD01Y43型单色显示管（以下简称单色显示管）。

M14CNDD01Y43，monochrome display tube, detail specification for

SJ 20463/20-2006 M12CPDD01P4301 型单色显示管详细规范

本规范规定了M12CPDD01P4301型单色显示管的详细要求。 本规范适用于M12CPDD01P4301型单色显示管（以下简称单色显示管）。

M12CPDD01P4301，monochrome display tube, detail specification for

BS EN 61988-3-1:2005 等离子体显示板.第3-1部分:机械接口

This part of IEC 61988 defines drawings and required dimensions of plasma display (PDP) modules, PDP components, PDP sub-assemblies and ancillary components. This standard serves as a basis to establish a set of PDP modules with a standard description of dimensions.

Plasma display panels - Part 3-1: Mechanical interface

DLA MIL-PRF-1 M (2)-2006 电子管的一般规范

This specification covers the general requirements and ratings for electron tubes used by the military departments.

ELECTRON TUBES GENERAL SPECIFICATION FOR

CEA-936-A-2006 USB车载规格

This section describes the electrical characteristics of the interface between the phone and the carkit. Throughout CEA-936-A, parameter values are referred to by their associated names. The numerical values for all of these parameters shall be as specified in Section 9 .

USB Carkit Specification

CEA-2014-2006 UPnP网络和国际互联网络(Web4CE)的远程用户界面用网络协议和框架

This standard defines the necessary mechanisms to allow a user interface to be remotely displayed on and controlled by devices or control points other than the one hosting the logic. The basic device operations are based on the UPnP Device Architecture v1.0 for UPnP networks and UPnP devices in the home.

Web-based Protocol and Framework for Remote User Interface on UPnP(TM) Networks and the Internet (Web4CE)

DLA MIL-STD-1311 C VALID NOTICE 1-2005 电子管的测试方法

The activities above were interested in this document as of the date of this document. Since organizations and responsibilities can change, you should verify the currency of the information above using the ASSIST Online database at http://assist.daps.dla.mil

TEST METHODS FOR ELECTRON TUBES

UL 61965-2004 阴极射线管的机械安全性

This International Standard is applicable to cathode ray tubes and cathode ray tube assemblies (hereinafter referred to as CRTs) which are intended for use as components in apparatus and which have integral protection with respect to the effects of implosion. These requirements apply to CRTs intended for use in apparatus including electrical and electronic measuring and testing equipment, information technology equipment, medical equipment, telephone equipment, television equipment and other similar electronic apparatus.This standard is intended to apply only to those CRTs in which the face of the CRT forms part of the enclosure for the apparatus. The test methods do not apply to CRTs which are protected by separate safety screens. A CRT covered by this standard is intended to be installed in an enclosure designed both to protect the rear of the CRT against mechanical or other damage under normal conditions of operation and to protect the user against particles expelled in a backwards direction from the CRT face in the event of implosion. This standard contains requirements for CRTs of 76 mm diagonal and larger that incorporate implosion protection systems providing protection against the hazards of particles expelled forwards beyond the face. There is no intended protection against particles expelled in other directions. Compliance is tested by subjecting CRTs to the test procedures and criteria which are given in clauses 8 (large CRTs), 9 (small CRTs) and 10 (CRTs with protective film) of this standard. The definitions of large and small CRTs are given in Clause 3. NOTE: This set of requirements replaces the current requirements for the mechanical safety of cathode ray tubes (CRTs) as described in IEC 60065 (clause 18), which will be modified accordingly.

Mechanical safety of cathode ray tubes

DIN EN 61965:2004 阴极射线管的机械安全

Mechanical safety of cathode ray tubes (IEC 61965:2003); German version EN 61965:2003

CEA-23-A-2004 依照FCC规则对电缆已准备好的用户的电子要求一致性的测量程序

CEA-23-A was developed to set forth test methodologies and procedures for measuring the performance characteristics of cable ready consumer electronics television receiving equipment. The test methodologies and procedures in the body of CEA-23-A are designed for use when determining compliance with FCC Rules for "Cable Ready Consumer Electronics Equipment", under 47 C.F.R. §15.118(c). Test methodologies and procedures are presented for the following performance categories:

Measurement Procedures for Determining Compliance with FCC Rules for 揅able-Ready Consumer Electronics Equipment

ASTM E1165-04 用针孔成像法测量工业X射线管焦点的标准试验方法

One of the factors affecting the quality of a radiographic image is geometric unsharpness. The degree of geometric unsharpness is dependent upon the focal size of the radiation source, the distance between the source and the object to be radiographed, and the distance between the object to be radiographed and the film. This test method allows the user to determine the focal size of the X-ray source and to use this result to establish source to object and object to film distances appropriate for maintaining the desired degree of geometric unsharpness.1.1 This test method provides instructions for determining the length and width dimensions of line focal spots in industrial X-ray tubes (see Note 0). This determination is based on the measurement of an image of a focal spot that has been radiographically recorded with a "pinhole" projection/imaging technique. Note 18212;Line focal spots are associated with vacuum X-ray tubes whose maximum voltage rating does not generally exceed 500 kV.1.2 This test method may not yield meaningful results on focal spots whose nominal size is less than 0.3 mm [0.011 in.]. (See Note 1.) Note 28212;The X-ray tube manufacturer may be contacted for nominal focal spot dimensions.1.3 This test method may also be used to determine the presence or extent of focal spot damage or deterioration that may have occurred due to tube age, tube overloading, and the like. This would entail the production of a focal spot radiograph (with the pinhole method) and an evaluation of the resultant image for pitting, cracking, and the like.1.4 Values stated in SI units are to be regarded as the standard. Inch-pound units are provided for information only.1.5 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 Measurement of Focal Spots of Industrial X-Ray Tubes by Pinhole Imaging

CEA-2011-2004 OTG收发器规范

CEA-2011 specifies the requirements for an OTG transceiver.

OTG Transceiver Specification

SJ 20463/16-2003 20SJ260Y14型示波管详细规范

Detail specification for oscilloscope of type 20SJ260Y14

SJ 20463/14-2003 16SG302Y22-DC60型彩色显示管详细规范

Detail specification for color display tube of type 16SG302Y22-DC60

SJ 20463/12-2004 2SG707型单色显示管详细规范

Detail specification for monochrome display tube of the type 2SG707

SJ 20463/13-2003 5SG31Y43型单色显示管详细规范

Detail specification for monochrome display tube of type 5SG31Y43

SJ 20463/15-2003 26SG301Y22-DC70型彩色显示管详细规范

Detail specification for color display tube of type 26SG301Y22-DC70

BS EN 61965:2003 阴极射线管的机械安全

This International Standard is applicable to cathode ray tubes and cathode ray tube assemblies (hereinafter referred to as CRTs) which are intended for use as components in apparatus and which have integral protection with respect to the effects of implosion. These requirements apply to CRTs intended for use in apparatus including electrical and electronic measuring and testing equipment, information technology equipment, medical equipment, telephone equipment, television equipment and other similar electronic apparatus. This standard is intended to apply only to those CRTs in which the face of the CRT forms part of the enclosure for the apparatus. The test methods do not apply to CRTs which are protected by separate safety screens. A CRT covered by this standard is intended to be installed in an enclosure designed both to protect the rear of the CRT against mechanical or other damage under normal conditions of operation and to protect the user against particles expelled in a backwards direction from the CRT face in the event of implosion. This standard contains requirements for CRTs of 76 mm diagonal and larger that incorporate implosion protection systems providing protection against the hazards of particles expelled forwards beyond the face. There is no intended protection against particles expelled in other directions. Compliance is tested by subjecting CRTs to the test procedures and criteria, which are given in Clauses 8 (large CRTs), 9 (small CRTs) and 10 (CRTs with protective film) of this standard. The definitions of large and small CRTs are given in Clause 3. NOTE This set of requirements replaces the current requirements for the mechanical safety of cathode ray tubes (CRTs) as described in IEC 60065 (Clause 18), which will be modified accordingly.

Mechanical safety of cathode ray tubes

IEC 61965:2003 阴极射线管的机械安全

Applicable to cathode ray tubes and cathode ray tube assemblies which are intended for use as components in apparatus and which have integral protection with respect to the effects of implosion. A CRT covered by this standard is intended to be installed

Mechanical safety of cathode ray tubes

SJ/T 10890-2003 阴极射线管有效屏面缺陷规范

本标准规定了阴极射线管有效屏面缺陷所用术语和定义、缺陷规范以及缺陷的检验方法等。 本标准适用于示波管和存储管、黑白显像管和指示管、单色显示管以及彩色显像管和彩色显示管有效屏面缺陷的判定。

Defect criteria in useful screen area for cathode ray tubes