Design automation - Part 1: Standard test language for all systems - Common abbreviated test language for all systems (C/ATLAS)

Available format(s)

Hardcopy , PDF , PDF 3 Users , PDF 5 Users , PDF 9 Users

Language(s)

English

Published date

18-10-1999

Publisher

International Electrotechnical Committee

€441.85

Excluding VAT

Product format

I agree to the DRM document license rules apply against the PDF selection made.

Please confirm that you agree to the document license rules for this document.

I agree to the document license rules .

Please confirm that you agree to the document license rules for this document.

1 Scope and object
2 Normative references
   2.1 References
   2.2 Document precedence
   2.3 Document organization and conventions
3 Complete C/ATLAS test program
   3.1
   3.2 Basic statement elements
4 Structure delimiter statements
   4.1 BEGIN/TERMINATE statements
5 Reserved for future use
6 Preamble statements
   6.1 Main preamble structure
   6.2
   6.3 DECLARE statement
   6.4 DEFINE statements definition
   6.5 DEFINE statement
   6.6 PROCEDURE definition
   6.7 REQUIRE statement
   6.8 INCLUDE statement
   6.9 IDENTIFY statements
   6.10 IDENTIFY TIMER statement
   6.11 IDENTIFY SIGNAL BASED EVENT statement
   6.12 IDENTIFY EVENT BASED EVENT statement
   6.13 IDENTIFY EVENT INTERVAL statement
   6.14 IDENTIFY EVENT INDICATOR statement
   6.15 IDENTIFY TIME BASED EVENT statement
   6.16 DIGITAL CONFIGURATION definition
   6.17 EXTEND statement
   6.18 ESTABLISH PROTOCOL statement
   6.19 DEFINE EXCHANGE statement
   6.20 DEFINE DIGITAL TIMING statement
   6.21 COMPLEX SIGNAL definition
   6.22 DEFINE EXCHANGE-CONFIGURATION statement
7 Procedural structure
   7.1

7.2

8 Procedural statements, data processing
   8.1 CALCULATE statement
   8.2 COMPARE statement
9 Procedural statements, input/output
   9.1 INPUT statement
   9.2 OUTPUT statement
   9.3 ENABLE FILE ACCESS statement
   9.4 DISABLE FILE ACCESS statement
10 Procedural statements, control
   10.1 IF THEN ELSE capability
   10.2 WHILE THEN capability
   10.3 FOR THEN capability
   10.4 GO TO statement
   10.5 PERFORM statement
   10.6 FINISH statement
   10.7 ENABLE DIGITAL CONFIGURATION statement
   10.8 DISABLE DIGITAL CONFIGURATION statement
   10.9 Escape structure
11 Signal oriented statements
   11.1
   11.2 Single-action statements
   11.3 Multiple-action statements
   11.4 Digital statements
12 Procedural statements, timing
   12.1 Timing statements (general)
   12.2 READ TIMER statement
   12.3 WAIT FOR statement
   12.4 RESET TIMER statement
   12.5 DO/END DO capability
13 Procedural statements, databus
   13.1
   13.2 DO EXCHANGE statement
   13.3 UPDATE EXCHANGE-CONFIGURATION statement
   13.4 FETCH EXCHANGE-CONFIGURATION statement
   13.5 ENABLE EXCHANGE-CONFIGURATION statement
   13.6 CONNECT EXCHANGE-CONFIGURATION statement
   13.7 DISCONNECT EXCHANGE-CONFIGURATION statement
   13.8 DISABLE EXCHANGE-CONFIGURATION statement
14 Field and subfield definition
   14.1
   14.2
   14.3
   14.4
   14.5 (real error limit)
   14.6
   14.7
   14.8 (evaluation
         statement characteristics)
   14.9
   14.10
   14.11
   14.12 (connection field)
   14.13 (connection set)
   14.14
   14.15
   14.16
   14.17
   14.18
   14.19
   14.20
   14.21
   14.22
   14.23
   14.24
   14.25
   14.26
   14.27
   14.28
   14.29
   14.30
   14.31
   14.32
   14.33
   14.34
   14.35
   14.36
   14.37
   14.38
   14.39
   14.40
   14.41
   14.42
   14.43
   14.44
   14.45
   14.46
   14.47
   14.48
   14.49
   14.50
15 Language component specification
   15.1 Authorized characters
   15.2 Number representations
   15.3 Flag and statement numbers
   15.4 Blank space requirements
   15.5
   15.6 Retention of labelled information
   15.7 Range subfield
   15.8 Dimensions
   15.9 Character code definitions
   15.10 Special character sets
   15.11 Miscellaneous language elements
16 Nouns and their modifiers
   16.1 AC SIGNAL (alternating current signal)
   16.2 ADF (automatic direction finder)
   16.3 AM SIGNAL (amplitude modulation signal)
   16.4 AMBIENT CONDITIONS
   16.5 ATC (air traffic control)
   16.6 COMMON
   16.7 COMPLEX SIGNAL
   16.8 DC SIGNAL (direct current signal)
   16.9 DISPLACEMENT
   16.10 DME (distance measuring equipment)
   16.11 DOPPLER
   16.12 EARTH
   16.13 EM FIELD (electro magnetic field)
   16.14 EVENTS
   16.15 FLUID SIGNAL
   16.16 FM SIGNAL (frequency modulation signal)
   16.17 HEAT
   16.18 IFF (identification, friend or foe)
   16.19 ILS (instrument landing system)
   16.20 IMPEDANCE
   16.21 LIGHT
   16.22 LOGIC CONTROL
   16.23 LOGIC DATA
   16.24 LOGIC LOAD
   16.25 LOGIC REFERENCE
   16.26 MANOMETRIC
   16.27 PAM (pulse amplitude modulation)
   16.28 PM SIGNAL (phase modulated signal)
   16.29 PULSED AC (pulsed alternating current signal)
   16.30 PULSED AC TRAIN
   16.31 PULSED DC (pulse direct current signal)
   16.32 PULSED DC TRAIN
   16.33 PULSED DOPPLER
   16.34 RADAR SIGNAL
   16.35 RAMP SIGNAL
   16.36 RANDOM NOISE
   16.37 RESOLVER
   16.38 ROTATION
   16.39 SHORT
   16.40 SQUARE WAVE
   16.41 STEP SIGNAL
   16.42 SUP CAR SIGNAL (suppressed carrier signal)
   16.43 SYNCHRO
   16.44 TACAN (tactical air navigation)
   16.45 TIME INTERVAL
   16.46 TRIANGULAR WAVE SIGNAL
   16.47 TURBINE ENGINE DATA
   16.48 VIBRATION
   16.49 VOR (VHF omnidirectional radio range)
   16.50 WAVEFORM
17 Noun modifier definitions
   17.1 Mnemonics for pulse-type signals
   17.2 Modifier prefixes and suffixes
   17.3 Digital noun-modifiers
   17.4 Noun modifiers
   17.5 Function and function characteristics
   17.6 Keyword definitions for the          conditioning statement>
   17.7 Keyword definitions for the          subfield>
   17.8 Keyword definitions for the          subfield>
   17.9 Keyword definitions for the
18 Standard C/ATLAS syntax
   18.1 Introduction
   18.2 Syntax notation
   18.3 Program structure syntax
   18.4 Statements and field syntax
   18.5 Lexical symbols syntax
   18.6 Syntax definition
   18.7 Cross-reference listings of syntax variables and
         symbols
19 Bibliography

Defines a high order language for electronics testing independent of any specific test system. Can be implemented on automatic test equipement (ATE)

Committee	TC 91
DevelopmentNote	Also numbered as BS EN 61926-1. (10/2005) Stability date: 2018. (09/2017)
DocumentType	Standard
Pages	602
PublisherName	International Electrotechnical Committee
Status	Current

Standards	Relationship
NF EN 61926-1 : 2002	Identical
NEN EN IEC 61926-1 : 2000	Identical
I.S. EN 61926-1:2000	Identical
PN EN 61926-1 : 2004	Identical
SN EN 61926-1 : 2000	Identical
UNE-EN 61926-1:2000	Identical
CEI EN 61926-1 : 2000	Identical
EN 61926-1:2000	Identical
DIN EN 61926-1:2000-11	Identical

ARINC 575 : 68 SUPP 3	MARK 3 SUBSONIC AIR DATA SYSTEM (DIGITAL) DADS
ARINC 570 : 68 SUPP 4	MARK 3 AIRBORNE ADF SYSTEM
MIL-A-28826 Base Document:1976	Antenna System, Broadband Identification Friend or Foe
ARINC 572 : SUPP 1	MARK 2 AIR TRAFFIC CONTROL TRANSPONDER
ISO/IEC 646:1991	Information technology ISO 7-bit coded character set for information interchange

Access your standards online with a subscription

Features

Simple online access to standards, technical information and regulations.
Critical updates of standards and customisable alerts and notifications.
Multi-user online standards collection: secure, flexible and cost effective.

Get in touch with us

IEC 61926-1:1999

Design automation - Part 1: Standard test language for all systems - Common abbreviated test language for all systems (C/ATLAS)

Table of Contents

Abstract

General Product Information

International Equivalents

Standards Referencing This Book

Category

Subcategory