IEC 60191-1:2018 PDF

Mechanical standardization of semiconductor devices - Part 1: General rules for the preparation of outline drawings of discrete devices

Название (английский):

IEC 60191-1:2018

Mechanical standardization of semiconductor devices - Part 1: General rules for the preparation of outline drawings of discrete devices

Статус документа:: Действующий
Формат:: Электронный (PDF)
Количество страниц:: 36
Дата публикации:: 23 января 2018 г.
Издание:: IEC IS 60191 edition 3 version 1
ICS:: 01

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Описание (английский):

IEC 60191-1:2018 gives guidelines on the preparation of outline drawings of discrete devices, including discrete surface-mounted semiconductor devices with lead count less than 8. This edition includes the following significant technical changes with respect to the previous edition: a) the Scope has been extended to include surface-mounted semiconductor devices with a lead count less than 8; b) a definition of the term "stand-off" has been added; c) the methods for locating the datum have been extended to be suitable for SMD-packages; d) the visual identification of terminal position one for automatic handling has been clarified; e) the rules for the drawing of terminals have been clarified; f) Table A.1 has been completed with symbols specifically for SMD-packages; g) Annex B "Standardization philosophy" has been deleted; h) a normative Annex with special rules for SMD-packages has been added; i) the examples of semiconductor device drawings have been aligned to state-of-the-art packages including SMD-packages.

Технические детали

Технический комитет: SC 47D - Semiconductor devices packaging
SKU: IEC 60191-1:2018

Abstract

Overview - IEC 60191-1:2018 (Mechanical standardization of semiconductor devices - Part 1)

IEC 60191-1:2018 provides general rules for preparing outline drawings of discrete semiconductor devices, including discrete surface-mounted devices (SMD) with a lead count less than 8. Its primary aim is to standardize the way device outlines, terminal positions and related dimensional information are presented so equipment designers and manufacturers can ensure mechanical interchangeability and correct space allocation on PCB and in equipment enclosures.

Key topics and technical requirements

Scope and purpose
- Guidelines for outline drawings of discrete and small-count SMD devices; helps indicate the space to be allowed for devices and ensures mechanical interchangeability.
Drawing layout and content
- Rules for views, notes, and presentation of outline drawings so that they are consistent and unambiguous.
Dimensions, tolerances and units
- Principles for dimensioning, tolerance specification, and inch-to-millimetre conversion/rounding rules.
Datum location methods
- Methods to locate datums extended to be suitable for SMD-packages, enabling consistent measurement and verification.
Terminal specification and numbering
- Rules for numbering terminals (linear, circular, double-ended, square/rectangular peripheries, lozenge-shaped bases) and how to indicate terminal dimensions and positions.
Visual identification for automation
- Clarified rules for marking terminal position one to support automatic handling and pick-and-place machinery.
Terminals and standoffs
- Clarified rules for the drawing of terminals and a newly added definition of stand-off.
SMD-specific provisions
- A normative annex with special rules for SMD-packages, new symbols in Table A.1 for SMD, and updated examples aligned to current package styles.
Additional elements
- Gauge drawings, coding rules, reference letter symbols, and normative/informative annexes with examples.

Practical applications - who uses IEC 60191-1

Package and mechanical designers - produce compliant outline drawings for datasheets and internal use.
PCB designers and layout engineers - allocate correct land pattern area and mechanical keep-outs.
Component manufacturers and test houses - define manufacturing tolerances, gauges and inspection procedures.
Procurement and quality teams - verify mechanical interchangeability across suppliers.
Automation/integration engineers - rely on terminal position identification for pick-and-place and handling equipment.

Related standards

IEC 60191 series - other parts cover bases, multi-lead SMD packages and specialized rules.
For SMD devices with lead count ≥ 8, refer to IEC 60191-6 for complementary rules on outline drawings.

By following IEC 60191-1:2018 you improve consistency of outline drawings, reduce mechanical mismatches across suppliers, and facilitate automated assembly and quality control for discrete semiconductor packages.

Overview - IEC 60191-1:2018 (Mechanical standardization of semiconductor devices - Part 1)

Key topics and technical requirements

Scope and purpose
- Guidelines for outline drawings of discrete and small-count SMD devices; helps indicate the space to be allowed for devices and ensures mechanical interchangeability.
Drawing layout and content
- Rules for views, notes, and presentation of outline drawings so that they are consistent and unambiguous.
Dimensions, tolerances and units
- Principles for dimensioning, tolerance specification, and inch-to-millimetre conversion/rounding rules.
Datum location methods
- Methods to locate datums extended to be suitable for SMD-packages, enabling consistent measurement and verification.
Terminal specification and numbering
- Rules for numbering terminals (linear, circular, double-ended, square/rectangular peripheries, lozenge-shaped bases) and how to indicate terminal dimensions and positions.
Visual identification for automation
- Clarified rules for marking terminal position one to support automatic handling and pick-and-place machinery.
Terminals and standoffs
- Clarified rules for the drawing of terminals and a newly added definition of stand-off.
SMD-specific provisions
- A normative annex with special rules for SMD-packages, new symbols in Table A.1 for SMD, and updated examples aligned to current package styles.
Additional elements
- Gauge drawings, coding rules, reference letter symbols, and normative/informative annexes with examples.

Practical applications - who uses IEC 60191-1

Package and mechanical designers - produce compliant outline drawings for datasheets and internal use.
PCB designers and layout engineers - allocate correct land pattern area and mechanical keep-outs.
Component manufacturers and test houses - define manufacturing tolerances, gauges and inspection procedures.
Procurement and quality teams - verify mechanical interchangeability across suppliers.
Automation/integration engineers - rely on terminal position identification for pick-and-place and handling equipment.

Related standards

IEC 60191 series - other parts cover bases, multi-lead SMD packages and specialized rules.
For SMD devices with lead count ≥ 8, refer to IEC 60191-6 for complementary rules on outline drawings.

IEC 60191-1:2018 PDF

Технические детали

Abstract

Overview - IEC 60191-1:2018 (Mechanical standardization of semiconductor devices - Part 1)

Key topics and technical requirements

Practical applications - who uses IEC 60191-1

Related standards

Похожие стандарты

Abstract

Overview - IEC 60191-1:2018 (Mechanical standardization of semiconductor devices - Part 1)

Key topics and technical requirements

Practical applications - who uses IEC 60191-1

Related standards

Похожие стандарты

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