IEC 61360-4:2005

INTERNATIONAL IEC
STANDARD 61360-4
Second edition
2005-03
Standard data element types with associated
classification scheme for electric components –
Part 4:
IEC reference collection of standard data
element types and component classes

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INTERNATIONAL IEC
STANDARD 61360-4
Second edition
2005-03
Standard data element types with associated
classification scheme for electric components –
Part 4:
IEC reference collection of standard data
element types and component classes

© IEC 2005 – Copyright - all rights reserved
No part of this publication may be reproduced or utilized in any form or by any means, electronic or
mechanical, including photocopying and microfilm, without permission in writing from the publisher.
International Electrotechnical Commission, 3, rue de Varembé, PO Box 131, CH-1211 Geneva 20, Switzerland
Telephone: +41 22 919 02 11 Telefax: +41 22 919 03 00 E-mail: inmail@iec.ch Web: www.iec.ch
PRICE CODE
Commission Electrotechnique Internationale
XH
International Electrotechnical Commission
Международная Электротехническая Комиссия
For price, see current catalogue

– 2 – 61360-4 © IEC:2005(E)
CONTENTS
Clause Page
FOREWORD.3
1 General .9
1.1 Scope and object.9
1.2 Normative references .9
2 Terms and definitions .10
3 Maintenance and validation methodology .11
4 How to read the annexes .11
4.1 Classification tree.11
4.2 Classes .11
4.3 Data element types.13
4.4 Drawings .15
4.5 Figures.16
4.6 Index on keywords.16

Annex A (normative) Classification scheme .17
Annex B (normative) Class definitions .35
Annex C (normative) Data element type definitions.103
Annex D (normative) Drawings.293
D.1 Drawing definitions .293
D.2 Drawings .298
Annex E (normative) Figures.349
E.1 Figure definitions.349
E.2 Figures.350
Annex F Index on keywords from the preferred name of Data element types and
Condition data element types.356
Annex G (informative) Outlines .386
G.1 Outline style .386
G.2 Terminal position .388
G.3 Terminal form .389
G.4 Terminal variants.390
G.5 Body variants .391

61360-4 © IEC:2005(E) – 3 –
INTERNATIONAL ELECTROTECHNICAL COMMISSION
____________
STANDARD DATA ELEMENT TYPES WITH ASSOCIATED
CLASSIFICATION SCHEME FOR ELECTRIC COMPONENTS –

Part 4: IEC reference collection of standard data element types
and component classes
FOREWORD
1) The International Electrotechnical Commission (IEC) is a worldwide organization for standardization comprising
all national electrotechnical committees (IEC National Committees). The object of IEC is to promote
international co-operation on all questions concerning standardization in the electrical and electronic fields. To
this end and in addition to other activities, IEC publishes International Standards, Technical Specifications,
Technical Reports, Publicly Available Specifications (PAS) and Guides (hereafter referred to as “IEC
Publication(s)”). Their preparation is entrusted to technical committees; any IEC National Committee interested
in the subject dealt with may participate in this preparatory work. International, governmental and non-
governmental organizations liaising with the IEC also participate in this preparation. IEC collaborates closely
with the International Organization for Standardization (ISO) in accordance with conditions determined by
agreement between the two organizations.
2) The formal decisions or agreements of IEC on technical matters express, as nearly as possible, an international
consensus of opinion on the relevant subjects since each technical committee has representation from all
interested IEC National Committees.
3) IEC Publications have the form of recommendations for international use and are accepted by IEC National
Committees in that sense. While all reasonable efforts are made to ensure that the technical content of IEC
Publications is accurate, IEC cannot be held responsible for the way in which they are used or for any
misinterpretation by any end user.
4) In order to promote international uniformity, IEC National Committees undertake to apply IEC Publications
transparently to the maximum extent possible in their national and regional publications. Any divergence
between any IEC Publication and the corresponding national or regional publication shall be clearly indicated in
the latter.
5) IEC provides no marking procedure to indicate its approval and cannot be rendered responsible for any
equipment declared to be in conformity with an IEC Publication.
6) All users should ensure that they have the latest edition of this publication.
7) No liability shall attach to IEC or its directors, employees, servants or agents including individual experts and
members of its technical committees and IEC National Committees for any personal injury, property damage or
other damage of any nature whatsoever, whether direct or indirect, or for costs (including legal fees) and
expenses arising out of the publication, use of, or reliance upon, this IEC Publication or any other IEC
Publications.
8) Attention is drawn to the Normative references cited in this publication. Use of the referenced publications is
indispensable for the correct application of this publication.
9) Attention is drawn to the possibility that some of the elements of this IEC Publication may be the subject of
patent rights. IEC shall not be held responsible for identifying any or all such patent rights.
International Standard IEC 61360-4 has been prepared by subcommittee 3D: Data sets for
libraries of IEC technical committee 3: Information structures, documentation and graphical
symbols.
This second edition cancels and replaces the first edition published in 1997. This second
edition contains all data element type and class definitions from the first edition with an
updated classification scheme and new definitions in the area of:
a) the geometrical characteristics of the shapes of components, including figures and
drawings;
b) the characteristics for semiconductor die;
c) data element types originating from the JEITA dictionary in Japan.
It establishes a classification and coding system of shapes for package outlines of electric
and electromechanical components according to key geometrical characteristics.

– 4 – 61360-4  IEC:2005(E)
The object of this addition to the standard is to define the information required on the shapes
of components :
• for the design of component lands, footprints and piercing drawings;
• for determining the space occupied;
• for deriving dimensions and tolerances needed for automatic handling by inserters and
onserters;
• to provide a classification scheme for the purposes of retrieval, selection and comparison
of component shapes;
• to establish a coding system for identification of component package outlines;
• to provide a set of reference drawings for defining shape, size and relative position of the
component body, mounting features, terminals and adjusters;
• to provide a set of data element type definitions for geometrical parameters in computer-
sensible form.
This second edition extends the classification scheme and DET definitions with unpackaged
and minimally packaged semiconductor die, with or without connection structures. It is a data
specification which defines the requirements for
• product identity;
• product data;
• die mechanical information;
• test, quality and reliability information;
• handling, storage and mounting information;
• thermal data and electrical simulation data.
This second edition extends the classification and DET definitions with new entries originating
from the JEITA dictionary, Japan.
The text of this standard is based on the following documents:
FDIS Report on voting
3D/134/FDIS 3D/136/RVD
Full information on the voting for the approval of this standard can be found in the report on
voting indicated in the above table.
IEC 61360 consists of the following parts, under the general title Standard data element types
with associated classification scheme for electric components:
• Part 1: Definitions – Principles and methods
• Part 2: EXPRESS Dictionary schema
• Part 3: Maintenance and validation procedures
• Part 4: IEC reference collection of standard data element types and component classes
• Part 5  Extensions to the EXPRESS dictionary schema

61360-4 © IEC:2005(E) – 5 –
The committee has decided that the contents of this publication will remain unchanged until
the maintenance result date indicated on the IEC web site under "http://webstore.iec.ch" in
the data related to the specific publication. At this date, the publication will be
• reconfirmed,
• withdrawn,
• replaced by a revised edition, or
• amended.
A bilingual version of this publication may be issued at a later date.

– 6 – 61360-4 © IEC:2005(E)
INTRODUCTION
The contents of this docment is in line with the current contents of the IEC online 61360
Component Data Dictionary.
a) The complete classification scheme is given in Annex A.
b) The new/amended data element types with their identifier, as listed below, are given in
Annex C.
AAD001-001 AAD089-001 AAE000-001 AAG026-001 AAG074-001
AAD002-001 AAG027-001
AAD090-001 AAE002-006 AAG075-001
AAD003-001 AAD091-001 AAE003-006 AAG028-001 AAG076-001
AAD004-001 AAG029-001
AAD093-001 AAE004-007 AAG077-001
AAD005-001 AAD095-001 AAE060-006 AAG030-001 AAG078-001
AAD006-001 AAG031-001
AAD115-001 AAE349-006 AAG079-001
AAD007-001 AAD116-001 AAE351-006 AAG032-001 AAG080-001
AAD008-001 AAG033-001
AAD117-001 AAE545-006 AAG081-001
AAD009-001 AAD118-001 AAE618-005 AAG034-001 AAG082-001
AAD010-001 AAG035-001
AAD119-001 AAE635-001 AAG083-001
AAD011-001 AAD120-001 AAE878-005 AAG036-001 AAG084-001
AAD012-001 AAG037-001
AAD121-001 AAG085-001
AAD013-001 AAD122-001 AAF101-006 AAG038-001 AAG086-001
AAD014-001 AAG039-001
AAD123-001 AAF311-007 AAG087-001
AAD015-001 AAD124-001 AAF390-002 AAG040-001 AAG088-001
AAD016-001 AAG041-001
AAD125-001 AAF464-001 AAG089-001
AAD017-001 AAD126-001 AAF465-001 AAG042-001 AAG090-001
AAD018-001 AAG043-001
AAD127-001 AAF466-001 AAG091-001
AAD019-001 AAD129-001 AAF467-001 AAG044-001 AAG092-001
AAD020-001 AAG045-001
AAD130-001 AAF468-001 AAG093-002
AAD021-001 AAD131-001 AAF469-001 AAG046-001 AAG094-002
AAD022-001 AAD132-001 AAG047-001 AAG095-001
AAD023-001 AAD133-001 AAG000-001 AAG048-001 AAG096-001
AAD024-001
AAD134-001 AAG001-001 AAG049-001 AAG097-001
AAD025-001 AAD137-001 AAG002-001 AAG050-001 AAG098-001
AAD026-001 AAG051-001
AAD140-001 AAG003-001 AAG099-001
AAD027-001 AAD141-001 AAG004-001 AAG052-001 AAG100-001
AAD028-001 AAG053-001
AAD142-001 AAG005-001 AAG101-001
AAD029-001 AAD143-001 AAG006-001 AAG054-001 AAG102-001
AAD030-001 AAD144-001 AAG007-001 AAG055-001 AAG103-001
AAD031-001 AAD145-001 AAG008-001 AAG056-001 AAG104-001
AAD032-001
AAD146-001 AAG009-001 AAG057-001 AAG105-001
AAD033-001 AAD147-001 AAG010-001 AAG058-001 AAG107-001
AAD049-001 AAG059-001
AAD148-001 AAG011-001 AAG108-001
AAD054-001 AAD149-001 AAG012-001 AAG060-001 AAG109-001
AAD055-001 AAD150-001 AAG013-001 AAG061-001 AAG110-001
AAD056-001 AAD151-001 AAG014-001 AAG062-001 AAG111-001
AAD060-001 AAD153-001 AAG015-001 AAG063-001 AAG112-001
AAD070-001 AAD154-001 AAG016-001 AAG064-001 AAG113-001
AAD071-001
AAD155-001 AAG017-001 AAG065-001 AAG114-001
AAD072-001 AAD156-001 AAG018-001 AAG066-001 AAG115-001
AAD078-001 AAD157-001 AAG019-001 AAG067-001 AAG116-001
AAD081-001 AAD158-001 AAG020-001 AAG068-001 AAG117-001
AAD082-001 AAD159-001 AAG021-001 AAG069-001 AAG118-001
AAD085-001 AAD160-001 AAG022-001 AAG070-001 AAG119-001
AAG023-001
AAD086-001 AAD161-001 AAG071-001 AAG120-001
AAD087-001 AAD162-001 AAG024-001 AAG072-001 AAG121-001
AAD088-001 AAG025-001
AAG073-001 AAG122-001
61360-4 © IEC:2005(E) – 7 –
AAG123-001 AAJ020-001 AAJ046-001 AAJ073-001
AAJ100-001
AAG124-001 AAJ021-001 AAJ047-001 AAJ074-001 AAJ101-001
AAG125-001 AAJ022-001 AAJ048-001 AAJ075-001
AAJ102-001
AAG129-001 AAJ023-001 AAJ049-001 AAJ076-001 AAJ103-001
AAG130-001 AAJ024-001 AAJ051-001
AAJ077-001 AAJ104-001
AAG131-002 AAJ025-001 AAJ052-001 AAJ078-001 AAJ105-001
AAG133-002 AAJ026-001 AAJ053-001
AAJ079-001 AAJ106-001
AAH005-001 AAJ027-001 AAJ054-001 AAJ080-001 AAJ107-001
AAJ028-001 AAJ055-001 AAJ081-001
AAJ108-001
AAJ001-001 AAJ029-001 AAJ056-001 AAJ082-001 AAJ109-001
AAJ002-001 AAJ030-001 AAJ057-001
AAJ083-001 AAJ110-001
AAJ003-001 AAJ031-001 AAJ058-001 AAJ084-001 AAJ111-001
AAJ004-001 AAJ032-001 AAJ059-001
AAJ085-001 AAJ112-001
AAJ006-002 AAJ033-001 AAJ060-001 AAJ086-001 AAJ113-001
AAJ007-001 AAJ034-001 AAJ061-001
AAJ087-001 AAJ114-001
AAJ008-001 AAJ035-001 AAJ062-001 AAJ088-001 AAJ115-001
AAJ009-001 AAJ036-001 AAJ063-001
AAJ089-001 AAJ116-001
AAJ011-001 AAJ037-001 AAJ064-001 AAJ090-001 AAJ117-001
AAJ012-002 AAJ038-001 AAJ065-001
AAJ091-001 AAJ118-001
AAJ013-001 AAJ039-001 AAJ066-001 AAJ092-001 AAJ119-001
AAJ014-001 AAJ040-001 AAJ067-001
AAJ093-001 AAJ120-001
AAJ015-001 AAJ041-001 AAJ068-001 AAJ094-001 AAJ121-001
AAJ016-001 AAJ042-001 AAJ069-001
AAJ095-001 AAJ122-001
AAJ017-001 AAJ043-001 AAJ070-001 AAJ096-001 AAJ123-001
AAJ018-001 AAJ044-001 AAJ071-001
AAJ098-001 AAJ124-001
AAJ019-001 AAJ045-001 AAJ072-001 AAJ099-001

c) The new/amended classes with their identifier, as listed below, are given in Annex B.
AAA000-001 AAA307-001 AAA349-001 AAA384-001 AAA420-001
AAA002-003 AAA308-001 AAA350-001 AAA385-001
AAA421-001
AAA021-003 AAA309-001 AAA351-001 AAA386-001 AAA422-001
AAA026-002 AAA311-001 AAA352-001 AAA387-001
AAA423-001
AAA031-002 AAA312-001 AAA353-001 AAA388-001 AAA424-001
AAA056-002 AAA313-001 AAA354-001 AAA389-001
AAA426-001
AAA074-002 AAA314-001 AAA355-001 AAA390-001 AAA427-001
AAA077-002 AAA318-001 AAA356-001 AAA391-001
AAA428-001
AAA089-002 AAA319-001 AAA357-001 AAA392-001 AAA429-002
AAA092-001 AAA320-001 AAA358-001 AAA393-001
AAA430-002
AAA093-002 AAA322-001 AAA359-001 AAA394-001 AAA431-002
AAA096-002 AAA323-001 AAA360-001 AAA395-001
AAA432-002
AAA098-002 AAA324-001 AAA361-001 AAA396-001 AAA433-002
AAA100-003 AAA325-001 AAA362-001 AAA397-001
AAA434-002
AAA102-002 AAA326-001 AAA363-001 AAA398-001 AAA435-001
AAA115-002 AAA327-001 AAA364-001 AAA399-001
AAA436-001
AAA147-003 AAA328-001 AAA365-001 AAA400-001 AAA437-001
AAA148-002 AAA329-001 AAA366-001 AAA401-001
AAA438-001
AAA149-002 AAA330-001 AAA367-001 AAA402-001 AAA439-001
AAA174-002 AAA332-001 AAA368-001 AAA403-001
AAA440-001
AAA218-002 AAA333-001 AAA369-001 AAA404-001 AAA441-001
AAA229-001 AAA334-001 AAA370-001 AAA405-001
AAA442-001
AAA230-001 AAA335-001 AAA371-001 AAA406-001 AAA443-001
AAA231-001 AAA336-001 AAA372-001 AAA407-001
AAA444-001
AAA232-001 AAA337-001 AAA373-001 AAA408-001 AAA445-001
AAA295-001 AAA339-001 AAA374-001 AAA409-001
AAA446-001
AAA296-001 AAA340-001 AAA375-001 AAA410-001 AAA447-001
AAA297-001 AAA341-001 AAA376-001 AAA411-001
AAA448-001
AAA298-001 AAA342-001 AAA377-001 AAA412-001 AAA449-001
AAA299-001 AAA343-001 AAA378-001 AAA413-001
AAA450-001
AAA301-001 AAA344-001 AAA379-001 AAA414-001 AAA451-002
AAA302-001 AAA345-001 AAA380-001 AAA415-001
AAA452-001
AAA303-001 AAA346-001 AAA381-001 AAA417-001 AAA453-002
AAA304-001 AAA347-001 AAA382-001
AAA418-001 AAA454-001
AAA305-001 AAA348-001 AAA383-001 AAA419-001 AAA455-001

– 8 – 61360-4 © IEC:2005(E)
AAA456-001 AAA525-001 AAA550-001 AAA579-001 AAA597-001
AAA501-001 AAA526-001 AAA551-001 AAA580-001 AAA601-001
AAA502-001 AAA527-001 AAA554-001 AAA581-001 AAA602-001
AAA503-001 AAA528-001 AAA555-001 AAA582-001 AAA603-001
AAA504-001 AAA536-001 AAA556-001 AAA583-001
AAA604-001
AAA505-001 AAA537-001 AAA557-001 AAA584-001 AAA605-001
AAA509-001 AAA538-001 AAA561-001 AAA585-001
AAA606-001
AAA510-001 AAA539-001 AAA562-001 AAA586-001 AAA607-001
AAA511-001 AAA540-001 AAA563-001 AAA587-001 AAA608-001
AAA512-001 AAA541-001 AAA564-001 AAA588-001 AAA609-001
AAA513-001 AAA542-001 AAA565-001 AAA589-001
AAA610-001
AAA514-001 AAA543-001 AAA566-001 AAA590-001 AAA611-001
AAA516-002 AAA544-001 AAA569-001 AAA591-001
AAA612-001
AAA517-001 AAA545-001 AAA572-001 AAA592-001 AAA613-001
AAA518-001 AAA546-001 AAA573-001 AAA593-001
AAA522-001 AAA547-001 AAA575-001 AAA594-001
AAA523-001 AAA548-001 AAA576-001
AAA595-001
AAA524-001 AAA549-001 AAA578-001 AAA596-001

d) The new/amended drawings with their identifier, as listed below, are given in Annex D.

DAA001-001 DAA012-001 DAA023-001 DAA034-001 DAA045-001
DAA002-001
DAA013-001 DAA024-001 DAA035-001 DAA046-002
DAA003-001 DAA014-001 DAA025-002 DAA036-001 DAA047-001
DAA048-002
DAA004-001 DAA015-001 DAA026-002 DAA037-001
DAA005-001 DAA016-001 DAA027-002 DAA038-001 DAA049-001
DAA050-001
DAA006-001 DAA017-001 DAA028-002 DAA039-001
DAA007-001 DAA018-001 DAA029-002 DAA040-001 DAA051-001
DAA008-001 DAA019-001 DAA030-002 DAA041-001
DAA009-001 DAA020-001 DAA031-001 DAA042-001
DAA010-001 DAA021-001 DAA032-001 DAA043-001
DAA011-001 DAA022-001 DAA033-001 DAA044-001

e) The new/amended figures with their identifier, as listed below, are given in Annex E.
.
DAE001-001 DAE004-001 DAE012-001 DAE042-001
DAE002-001 DAE005-001 DAE021-001 DAE092-001
DAE003-001 DAE009-001 DAE040-001 DAE119-001

61360-4 © IEC:2005(E) – 9 –
STANDARD DATA ELEMENT TYPES WITH ASSOCIATED
CLASSIFICATION SCHEME FOR ELECTRIC COMPONENTS –

Part 4: IEC reference collection of standard data element types
and component classes
1 General
1.1 Scope and object
This part of IEC 61360 specifies within two dictionaries:
• the definitions of data element types for electric components and materials used in
electrotechnical equipment and systems;
• the definitions of the component classes with associated classification scheme.
These definitions are related to electric components including electronic and
electromechanical components and materials used in electrotechnical equipment and
systems.
The object of this standard is to provide a set of uniquely-identified data element types with
• an unambiguously defined meaning;
• a defined value format, and
• a prescribed value domain for the non-quantitative data element types.
The classification scheme for components, the component class definitions (whereby the
relevant and the valid characteristic properties by specific data element types are assigned to
each class of components) are used to define the data element types unambiguously and to
make the entire set of data element types manageable.
The collection of data element types from this standard are meant for use in computerized
systems for component selection and component management, parts list processing and
computer-aided design, -manufacturing and -testing
1.2 Normative references
The following referenced documents are indispensable for the application of this document.
For dated references, only the edition cited applies. For undated references, the latest edition
of the referenced document (including any amendments) applies.
IEC 60050(702): 1992, International Electrotechnical Vocabulary – Chapter 702: Oscillations,
signals and related devices
IEC 60191-4:1999, Mechanical standardization of semiconductor devices – Part 4: Coding
system and classification into forms of package outlines for semiconductor device packages
IEC 61360-1: 2002, Standard data element types with associated classification scheme for
electric components – Part 1: Definitions – Principles and methods
ES 59008-1, Data requirements for semiconductor die – Part 1: General requirements
ES 59008-2, Data requirements for semiconductor die – Part 2: Vocabulary
ES 59008-3, Data requirements for semiconductor die – Mechanical, material and connectivity
requirements
– 10 – 61360-4 © IEC:2005(E)
ES 59008-4 (all parts), Data requirements for semiconductor die – Specific requirements and
recommendations
ES 59008-5 (all parts), Data requirements for semiconductor die – Particular requirements
and recommendations for die types
ES 59008-6-1, Data requirements for semiconductor die – Part 6-1: Exchange data formats
and data dictionary – Data exchange – DDX file format
2 Terms and definitions
For the purposes of this document, the terms and definitions as given in clause 2 of IEC
61360-1, the terms and definitions of ES 59008-2 as well as the following apply.
2.1
shape
external form of a component package as given by the set of data element types
2.2
seating plane
theoretical plane of an electric component that coincides with the surface of the board if the
component rests in its intended mounted position on the board
NOTE 1 This is often used as the reference plane.
NOTE 2 Not all components have a seating plane.
2.3
terminal
conductor that serves to connect a device electrically and/or mechanically with its
environment
2.4
terminal form
form of a terminal of a package
2.5
terminal position
alignment of the physical position of the ends of the terminals of a component package
2.6
outline style
physical information enclosing the apparently plane figure presented by any object in sight,
contour and/or external boundary of a component
2.7
true
qualifies the ideal value which characterises a quantity perfectly defined in the conditions
which exist at the moment at which that quantity is observed, or the subject of a determinal
NOTE This value could be arrived at only if all causes of measurement error were eliminated and the population
was infinite. In the case of a finite population, the complete population must be considered.
2.8
true value
value which characterises a quantity perfectly defined, in the conditions which exist when that
value is examined
NOTE The true value of a quantity is an ideal concept and, in general, it cannot be known.

61360-4 © IEC:2005(E) – 11 –
2.9
package
enclosure for one or more chips, film elements or other components, that allows electrical
connection and provides mechanical and environmental protection
2.10
case
enclosure for one or more chips, film elements or other components, that allows mechanical
connection and provides mechanical and environmental protection
2.11
mounting hole
hole in a mounting structure for mechanical connection and support
2.12
mounting socket
connector which intends to provide electrical and mechanical support for a component
inserted into it
3 Maintenance and validation methodology
The collection of entities as defined in this standard is a dynamic collection which needs
actively to be maintained.
IEC 61360-3 specifies the procedures that shall be followed by the validation agency and the
maintenance agency of the IEC vocabulary of standard technical data element types with
associated classification scheme and component classes as defined by this classification
scheme.
4 How to read the annexes
4.1 Classification tree
In Annex A, the complete classification tree is given. Under the header ‘Class’, the identifier
of the class at that specific line is given, while under the header ‘Class. DET’, on that line the
identifier of the classifying data element type is given that has been used to define that class.
If relevant, under the header ‘Drawing’ the identifier of the drawing related to the indicated
‘Class’ is given.
4.2 Classes
For the classification of components the principle of dividing the whole set of components
into parts has been applied repeatedly, thereby creating a hierarchical tree of several levels of
classes.
The goal of this classification scheme of components is to arrange the data element types in
an unambiguous-structured way. A detailed description of the classification principles and the
various attributes of the component class definitions are given in IEC 61360-1.
The various attributes of the component classes and the layout as used in this standard are
explained with the aid of Figure 1a and Figure 1b. The class definitions are given in Annex B.

___________
The classification principles are also applicable to other entities like materials, packages, geometries, etc.

– 12 – 61360-4 © IEC:2005(E)
1 2 3 4
AAA307-001 01
5 cylindrical  CY
A set of cylindrical package outline styles of which each
6 outline style can be described with the same set of data
element types.
7 NOTE
CYLINDRICAL is a package style in which the body is
cylindrical with the length no smaller than the diameter.

8 AAG056-001 terminal position code

Subclasses
AAA325-001 axial leads
AAA326-001 bottom leads
9 AAA327-001 end connections
AAA328-001 radial leads
AAA329-001 uppers connections
Figure 1a
1 2 3 4
AAA452-001 01
5 clamp mount package  B005
A set of clamp-mount cylindrical package outline styles with
6 screw terminals in standard form on the upper surface of
which each outline style can be described with the same set
of data element types.
11 DAA047-001
Properties
AAG001-001 seated height
AAG008-001 terminal width
AAG012-001 terminal thickness
10 AAG014-001 package diameter

AAG017-001 terminal spacing
AAG092-001 package height zone

AAG094-001 terminal thread diameter

AAG097-001 terminal thread
12 IEC******
Figure 1b
1 Code
2 Version number
3 Revision number
4 Coded name
5 Preferred name
6 Definition
7 Note
8 Classifying data element type
9 Subclasses, identifier + preferred name
10 Applicable data element types, identifier + preferred name
11 Drawing reference, identifier
Source document of package class definition
Figure 1 – Component package class specification attributes

61360-4 © IEC:2005(E) – 13 –
For the classification of the shapes of package outlines, the following three characteristics of
the package according to the codes defined in IEC 60191-4 are used:
• outline style ;
• terminal position;
• terminal form.
Following these characteristics, four or five levels of classification are then defined. The
codes used are given as informative annexes to this standard as follows :
• Clause G.1: level 1 : identified by the outline style codes from Table G.1;
• Clause G.2: level 2 : identified by the terminal position codes from TableG.2;
• Clause G.3: level 3 : identified by the terminal form codes from Table G.3;
• Clause G.4 level 4 : identified by the terminal variant codes from Table G.4; and
• Clause G.5: level 5 : (optional) identified by the body variant codes from Table G.5.

4.3 Data element types
Various attributes of the data element types and the layout as used in this standard are
explained with the aid of Figure 2. For a detailed description of the various attributes of the
data element type definitions, see IEC 61360-1.
The data element type definitions are given in Annex C.

– 14 – 61360-4 © IEC:2005(E)
1 2 3 16 10 12
AAG031-001 01 NR3.3.3ES2 T03
14  Level miNoMax real measure 15
m 11
4 terminal length L_1 6
5 lead length L 7
The length (in m) as specified by level (miNoMax) of
8 terminal available for mounting measured from the
seating plane.
9 NOTE
L1 refers to that part of the terminal over which the
diameter Øb1 is closely controlled.

13 BS3934 issue 1 : 1975
DAE009-001 Lead lengths and diameters

Figure 2a
1 2 3 16 10 12
AAF307-005 01 NR3 S.3.3ES2 E25
14  Level miTypMax real measure 15
K**-1 11
4 Temp factor of permeability $a_F 6
5 Temp factor of reluctivity α  7
F
Value as specified by level (miTypMax) of the negative
8 of the change in the permeability due to a change in
temperature, divided by that change in temperature (in
K**-1) of a soft magnetic material at specified frequency.
AAE029-005=frequency
1 1
-
µ µ µ -µ
θ ref θ ref
= - =
α
F
θ - µ µ (θ - )
θ θ
ref ref
θ ref
where µ and µ are the permeabilities at
θ ref
temperatures θand θ respectively
ref
13 IEC 60050(221) (1990)
Figure 2b
1 Code 10 Value format
2 Version number 11 Unit of measure
3 Revision number 12 Data element type class
4 Preferred name 13 Source document of data element type definition
5 Synonymous name 14 Data type
6 Short name 15 Data value
7 Preferred letter symbol 16 Level
8 Definition 17 Condition
9 Note 18 Formula
Figure 2 – Data element type specification attributes

61360-4 © IEC:2005(E) – 15 –
4.4 Drawings
A drawing illustrates the meaning of a class containing a group of data element types
describing the geometrical characteristics of a component.
The various attributes of the drawings and the layout as used in this standard are explained
with the aid of Figure 3. For a detailed description of the various attributes of the data element
type definitions, see IEC 61360-1.
The drawing definitions are given in Clause D.1 while the drawing of the packages themselves
are given in Clause D.2.
1 2 3
DAA045-001 01
UCY-D-T000-B005
Cylindrical package, top tag terminals, clamp mount
DXF DAX045.DXF
HP-GL DAX045.HGL
7 6
1 Code
2 Version number
3 Revision number
4 Drawing title
5 Descriptive designator
6 File name
7 File format
Figure 3 – Drawing specification attributes

– 16 – 61360-4 © IEC:2005(E)
4.5 Figures
A figure is an illustration that clarifies the meaning of the definition of a data element type.
The various attributes of the figure and the layout as used in this standard are explained with
the aid of Figure 4. For a detailed description of the various attributes of the data element
type definitions, see IEC 61360-1.
The figure definitions are given in Clause E.1 while the figures themselves are given in
Clause E.2.
1 2 3
DAE004-001 01
Cylindrical package dimensions
DXF  DAE004.DXF
JPEG  DAE004.JPG
Windows Meta-file DAE004.WMF
6  5
1 Code
2 Version number
3 Revision number
4 Descriptive designator
5 File name
6 File format
Figure 4 – Figure specification attributes

4.6 Index on keywords
To facilitate an easy way of searching, in Annex F an index on keywords from the preferred
name of data element types and condition data element types is given. Here, the keywords
are presented in tabular form with the keyword in the left column, the identifying code of the
class of the data element type in which the keyword appears in the column on the right and
the corresponding preferred name in the middle.

61360-4 © IEC:2005(E)                    – 17 –

Annex A
(normative)
Classification scheme
Class. DET Class Drawing
IECREF = IEC reference collection       AAA000-001

CO = components      AAE000-001 AAA001-001

EE = electric-electronic     AAE001-005 AAA002-003

AMP = amplifier    AAE002-006 AAA003-001

LF = low frequency   AAF146-005 AAA004-001

PWA = power amplifier  AAF169-005 AAA005-001

VTA = voltage amplifier  AAF169-005 AAA006-001

DFA = differential amplifier AAAF191-005 AAA007-001

ACA = ac-coupled amplifier AAF192-005 AAA009-001

OPA = operational amplifier (dc coupled) AAF192-005 AAA008-001

SSA = single sided amplifier AAF191-005 AAA010-001

RF = radio frequency  AAF146-005 AAA011-001

WB = wide band   AAF146-005 AAA012-001

ANT = antenna    AAE002-006 AAA013-002

CAP = capacitive (whip)   AAE511-007 AAA014-002

IND = inductive (ferroceptor)   AAE511-007 AAA015-002

RES = resistive (tuned dipole)   AAE511-007 AAA016-002

BAT = battery    AAAE002-006 AAA017-001

PRI = primary battery (single charge)  AAE510-005 AAA018-001

SEC = secondary battery (rechargeable)  AAE510-005 AAA019-001

CAP = capacitor    AAE002-006 AAA020-002

FIX = fixed    AAE003-006 AAA021-003

– 18 –                616360-4 © IEC:2005(E)

Class. DET Class Drawing
AIR = air capacitor   AAE004-007 AAA022-001

CER = ceramic capacitor  AAE004-007 AAA023-001

CL1 = class1 ceramic capacitor AAE038-005 AAA024-001

CL2 = class 2 ceramic capacitor AAE038-004 AAA025-001

ELC = electrolytic capacitor  AAE004-007 AAA026-002

STAN = solid tantalum electrolytics AAJ001-001 AAA501-001

NTAN = non-solid tatalum electrolytics AAJ001-001 AAA502-001

SAL = solid aluminium electrolytics AAJ001-001 AAA503-001

NAL = non-solid aluminium electrolytics AAJ001-001 AAA504-001

FLM = film capacitor  AAE004-007 AAA027-001

GLS = glass capacitor  AAE004-007 AAA028-001

MIC = mica capacitor  AAE004-007 AAA029-002

MLAY = multilayer capacitor  AAE004-007 AAA505-001

PAP = paper capacitor  AAE004-007 AAA030-001

VAR = variable   AAE003-006 AAA031-002

CND = conductor    AAE002-006 AAA032-001

BAR = bare conductor   AAF239-005 AAA033-001

INS = insulated conductor   AAF239-005 AAA034-001

CBL = cable (multi-conducted)  AAF249-005 AAA035-005

POW = power  AAE152-005 AAA036-001

SIG = signal  AAE152-005 AAA037-001

LF = low frequency AAF146-005 AAA038-001

RF = radio frequency AAF146-005 AAA39-001

IWR = insulated wire (single conductor) AAF249-005 AAA040-001

DEL = delay line    AAE002-006 AAA041-001

DID = diode device    AAE002-006 AAA042-001

61360-4 © IEC:2005(E)                    – 19 –

Class. DET Class Drawing
BRI = bridge rectifier   AAF305-005 AAA043-001

DIO = diode   AAF305-005 AAA044-001

BOD = breakover diode  AAE273-007 AAA045-001

REC = rectifier diode  AAE273-007 AAA046-001

SIG = signal diode   AAE273-007 AAA047-002

STB = stabilizer diode  AAE273-007 AAA048-001

CUR = current regulator diode AAE312-005 AAA049-001

REF = voltage reference diode AAE312-005 AAA050-001

REG = voltage regulator diode AAE312-005 AAA051-001

STA = stabistor  AAE312-005 AAA052-001

SUP = transient suppressor diode AAE312-005 AAA053-001

VAR = variable diode  AAE273-007 AAA054-002

VMP = voltage multiplier   AAF305-005 AAA055-001

FIBOPTIC = fibre optics    AAE002-006 AAA578-001

LINKS = fibre optic links   AAJ048-001 AAA579-001

CONN = fibre optic connectors)  AAJ048-001 AAA580-001

SWI = fibre optic switches   AAJ048-001 AAA581-001

BRA = fibre optic branches   AAJ048-001 AAA582-001

COUP = fibre optic couplers/splicers  AAJ048-001 AAA583-001

ATT = fibre optic attenuators   AAJ048-001 AAA584-001

DET = fibre optic detectors   AAJ048-001 AAA585-001

ISOL = fibre optic isolators   AAJ048-001 AAA586-001

NETW = fibre optic networks   AAJ048-001 AAA587-001

SOURC = fibre optic light sources  AAJ048-001 AAA588-001

MOD = fibre optic modulators   AAJ048-001 AAA589-001

– 20 –                616360-4 © IEC:2005(E)

Class. DET Class Drawing
TXRX = fibre optic transmitters/receivers  AAJ048-001 AAA590-001

WG = fibre optic waveguiders   AAJ048-001 AAA591-001

CAB = fibre optic cables   AAJ048-001 AAA592-001

FIL = fibre optic filters   AAJ048-001 AAA593-001

LENS = fibre optic lenses   AAJ048-001 AAA594-001

FIL = filter     AAE002-006 AAA056-002

IC = IC     AAE002-006 AAA057-001

AD = AD (analogue/digital)   AAE077-005 AAA072-001

ANA = analogue   AAE077-005 AAA058-001

DIG = digital   AAE077-005 AAA059-001

CSI = CSI (combinatorial sequential interface) AAE085-005 AAA060-001

MUC = microcontroller  AAE085-005 AAA061-001

MUP = microprocessor  AAE085-005 AAA062-001

PLD = PLD (programmable logic device AAE085-005 AAA063-001

STO = storage  AAE085-005 AAA064-002

CAM = CAM  AAE722-007 AAA065-001

CCD = charge coupled device AAE722-007 AAA066-001

RAM = RAM  AAE722-007 AAA067-001

DRM = DRAM AAF233-005 AAA068-001

SRM = SRAM AAF233-005 AAA069-001

ROM = ROM  AAE722-007 AAA070-001

REG = register  AAE722-007 AAA071-002

PER = periodic/DC  AAE077-005 AAA073-001

IND = inductor    AAE002-006 AAA074-002

FIX = fixed inductors   AAE003-006 AAA601-001

DFL = deflection units  AAF390-002 AAA225-001

61360-4 © IEC:2005(E)
...