Application Report
SZZA036C – December 2002 – Revised June 2016
Understanding and Interpreting
Standard-Logic Data Sheets
Stephen M.Nolan, Jose M. Soltero, Shreyas Rao
ABSTRACT
Texas Instruments (TI) standard-logic product data sheets include descriptions of functionality and
electrical specifications for the devices. Each specification includes acronyms, numerical limits, and test
conditions that may be foreign to the user. The proper understanding and interpretation of the direct, and
sometimes implied, meanings of these specifications are essential to correct product selection and
associated circuit design. This application report explains each data sheet parameter in detail, how it
affects the device, and how it impacts the application. This will enable component and system-design
engineers to derive the maximum benefit from TI logic devices.
Contents
1
2
3
Application Note Outline
....................................................................................................
2
Introduction
...................................................................................................................
2
Top-Level Look at the TI Logic Data Sheet
..............................................................................
3
3.1
Device Summary
....................................................................................................
4
3.2
Pin Configuration and Functions
..................................................................................
6
3.3
Absolute Maximum Ratings
.......................................................................................
6
3.4
ESD Ratings
.........................................................................................................
7
3.5
Recommended Operating Conditions
............................................................................
8
3.6
Electrical Characteristics
...........................................................................................
8
3.7
Live-Insertion Specifications
.......................................................................................
9
3.8
Timing Requirements
.............................................................................................
10
3.9
Switching Characteristics
.........................................................................................
10
3.10 Noise Characteristics
.............................................................................................
11
3.11 Operating Characteristics
........................................................................................
11
3.12 Parameter Measurement Information
...........................................................................
12
Dissecting the TI Logic Data Sheet
......................................................................................
14
4.1
Summary Device Description
....................................................................................
14
4.2
Revision History
...................................................................................................
24
4.3
Pin Configuration And Functions
................................................................................
24
4.4
Absolute Maximum Ratings
......................................................................................
24
4.5
Recommended Operating Conditions
..........................................................................
27
4.6
Electrical Characteristics
.........................................................................................
35
4.7
Live-Insertion Specifications
.....................................................................................
47
4.8
Timing Requirements
.............................................................................................
47
4.9
Switching Characteristics
.........................................................................................
50
4.10 Noise Characteristics
.............................................................................................
54
4.11 Operating Characteristics
........................................................................................
55
4.12 Parameter Measurement Information
...........................................................................
56
Logic Compatibility
.........................................................................................................
56
Detailed Description
........................................................................................................
57
Application and Implementation
..........................................................................................
57
Power Supply Recommendations
........................................................................................
58
Layout
........................................................................................................................
58
Understanding and Interpreting Standard-Logic Data Sheets
1
4
5
6
7
8
9
SZZA036C – December 2002 – Revised June 2016
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Application Note Outline
10
11
12
www.ti.com
Conclusion
..................................................................................................................
58
Acknowledgments
..........................................................................................................
58
References
..................................................................................................................
58
1
Application Note Outline
This application report is organized into five main sections:
1.
Introduction
2.
Top-Level Look at the TI Logic Data Sheet.
Overall layout and component parts of a data sheet are
explained.
3.
Dissecting the TI Logic Data Sheet.
JEDEC definition, the TI definition, an explanation, and, where
possible, helpful hints are presented for each specification term commonly found in TI logic data
sheets.
4.
Logic Compatibility.
Information in TI logic data sheets for determining the interface compatibility
between different logic families is explained.
5. End matter, including the
Conclusion, Acknowledgments,
and
References
sections.
2
Introduction
This application report is a synopsis of the information available from a typical TI data sheet with the
purpose of assisting component and system-design engineers in selecting Texas Instruments (TI)
standard-logic products. Information includes a brief description of terms, definitions, and testing
procedures currently used for commercial, automotive and military specifications. Symbols, terms, and
definitions generally are in accordance with those currently agreed upon by the JEDEC Solid State
Technology Association for use in the USA and by the International Electrotechnical Commission (IEC) for
international use.
2
Understanding and Interpreting Standard-Logic Data Sheets
SZZA036C – December 2002 – Revised June 2016
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Copyright © 2002–2016, Texas Instruments Incorporated
www.ti.com
Top-Level Look at the TI Logic Data Sheet
3
Top-Level Look at the TI Logic Data Sheet
The TI logic data sheet presents pertinent technical information for a particular device and is organized for
quick access. This application report dissects a typical TI logic data sheet and describes the organization
of all data sheets.
Typically, there are ten sections in TI-logic data sheets:
1. Front Page
(a) Features
(b) Applications
(c) Description
(d) Device Information Table
(e) Front-Page Graphic(s)
2. Table of Contents
3. Revision History
4. Pin Configuration and Functions
5. Specifications
(a) Absolute Maximum Ratings
(b) ESD Ratings
(c) Recommended Operating Conditions
(d) Thermal Information
(e) Electrical Characteristics
(f) Timing Requirements
(g) Switching Characteristics
(h) Typical Characteristics
6. Parameter Measurement Information
7. Detailed Description
(a) Overview
(b) Functional Block Diagram
(c) Feature Description
(d) Device Functional Modes
8. Application and Implementation
(a) Application Information
(b) Typical Application
(c) Design Requirements
(d) Detailed Design Procedure
(e) Application Curves
9. Power Supply Recommendations
10. Layout
(a) Layout Guidelines
(b) Layout Example
11. Device and Documentation Support
12. Mechanical, Packaging, and Ordering Information
SZZA036C – December 2002 – Revised June 2016
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Copyright © 2002–2016, Texas Instruments Incorporated
Top-Level Look at the TI Logic Data Sheet
www.ti.com
3.1
Device Summary
The first page of a data sheet contains all of the general information about a device (see
Figure 1).
This
information includes:
1. Title, literature number, and dates of origination and revision, as applicable. Also, the top navigation
contains hyperlinks leading directly to Product Folder, Sample & Buy, Technical Documents (related to
the device), Tools & Software, and Support & Community.
Figure 1. Example of Device Summary
2. The
Features
section identifies the main features and benefits of the device. This section includes
features in a bulleted form.
Figure 2
shows an example of the bulleted features.
Figure 2. Feature Bullets
3. The
Applications
section for the device identifies the application scenarios for the device.
Figure 3
shows an example of typical applications.
Figure 3. Typical Applications
4
Understanding and Interpreting Standard-Logic Data Sheets
SZZA036C – December 2002 – Revised June 2016
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Top-Level Look at the TI Logic Data Sheet
4. The
Description
section provides a brief description of the device and its functionality
Figure 4. Brief Description of Device
5.
Figure 5
shows a logic diagram. The device information defines the nominal size of the device in each
of the available packages.
Device Information
(1)
DEVICE NAME
PACKAGE
SOT-23 (5)
SC70 (5)
SN74LVC1G08
X2SON (4)
SON (6)
SON (6)
BODY SIZE
2.9mm × 1.6mm
2.0mm × 1.25mm
0.8mm × 0.8mm
1.45mm × 1.0mm
1.0mm × 1.0mm
(1) For all available packages, see the orderable addendum at
the end of the datasheet.
Figure 5. Device Information
6. Product-development stage note at the bottom of the data sheet
7. Table of contents to list the contents and the link to the page numbers alongside it.
8. Revision history for the device mentioning the changes to the data sheet with the dates.
4 Revision History
Changes from Revision X (March 2014 to Revision Y
Figure 6. Revision History
SZZA036C – December 2002 – Revised June 2016
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Copyright © 2002–2016, Texas Instruments Incorporated
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