Digital integrated circuits: Directory. Directories on PC interfaces, directories on networks and telecommunications, Directory on integrated circuits Internet directory of the main parameters of microcircuits

The reference book provides data on digital and analog integrated circuits. A classification of domestic integrated circuits is given. Case types, general characteristics and parameters are described.

Compared to the first edition (1977), this edition of the reference book has significantly changed the nomenclature of microcircuits. In particular, the composition of the currently promising series of TTL and CMOS microcircuits, series of operational amplifiers and secondary power supplies has been significantly expanded; microcircuits with high noise immunity have been included, as well as a series of ultra-high-speed microcircuits based on emitter-coupled logic circuits. At the same time, a number of series of microcircuits that currently have limited use are excluded.

The section on the use of microcircuits of various classes (TTL, CMOS, ESL, VPL) has been expanded, and a reference table for the correspondence of old and new symbols has been provided.

The directory is intended for engineering and technical workers involved in the development, operation and repair of radio-electronic equipment.

Name: Integrated circuits - Directory.

Data is provided on digital and analog integrated circuits produced by domestic industry. The classification and general characteristics of integrated circuits are given, and the housings are described. For each series the following are given: composition of the series, electrical or functional diagrams, pin designations, electrical parameters.

Summary

1 General information about integrated circuits
1.1 Terminology
1.2 Classification of microcircuits and symbols
1.3 Chip cases
1.4 Operating conditions for microcircuits
1.5 Electrical parameters of microcircuits
2 Reference data for digital ICs (series: K1102 to K599)
3 Reference data for analog ICs (series: K118 to K574)
4 Recommendations for the use of ICs
+ 3 applications.

Terminology.
Microelectronics is one of the fastest growing young fields of electronics. Therefore, the issues of terminology in this area, both in Russian and in many foreign languages, are quite complex. Nevertheless, in our country GOST 17021-75 “Integrated microcircuits” has been developed and is in force.
Terms and definitions. In accordance with this GOST, below are terms and their definitions that are widely used in production activities and technical literature. A number of terms related to design definitions are given in accordance with GOST 17467-79 “Integrated microcircuits. Basic dimensions."

Microelectronics is a field of electronics that covers the problems of research, design, manufacture and application of microelectronic products.
A microelectronic product is an electronic device with a high degree of miniaturization.

Integrated circuit (IC) - a microelectronic product that performs a specific function of signal conversion and processing and has a high packing density of electrically connected elements (or elements and components) and (or) crystals, which is considered from the point of view of requirements for testing, acceptance, delivery and operation as a whole.

Download the e-book for free in a convenient format, watch and read:
Download the book Integrated Circuits - Reference - Tarabrin B.V. Lunin L.F. Smirnov Yu.N. - fileskachat.com, fast and free download.

• Analog and digital integrated circuits - Yakubovsky S.V.
• Directory - Microprocessors and microprocessor sets of integrated circuits - volume 2 - Abrantis B.B., Averyanov N.N., Belous A.I.
• Directory - Microprocessors and microprocessor sets of integrated circuits - volume 1 - Abrantis B.B., Averyanov N.N., Belous A.I.

This reference book contains lists of various classes of domestic transistors and their foreign analogues, indicating manufacturers, as well as foreign transistors and their domestic analogues. For ease of use, the book is divided into two parts. The first part shows foreign analogues of domestic transistors, which are arranged in alphanumeric sequence. The second part presents domestic analogues of foreign transistors, which are also arranged in alphanumeric sequence.

Transistors for household, industrial and special equipment. 2006

The properties and features of bipolar and field-effect transistors (with a p-n junction, MOS, bipolar transistors with static induction and with an insulated gate) intended for use in household, industrial and special equipment are considered, their electrical parameters, areas of application, standardized housings and foreign analogues, and manufacturers are also indicated. The reference manual provides information on the application features, parameters and characteristics of bipolar and field-effect transistors manufactured in the CIS and Baltic countries.

Encyclopedia of devices based on field-effect transistors. 2002

The book provides the most complete description of devices based on field-effect transistors. Particular attention is paid to new classes of these devices - high-power field-effect transistors of various types, IGBTs and integrated circuits based on them. The basics of theory, calculation and description of the operation of a wide variety of field-effect transistor circuits are given: switches, electronic regulators, pulsed and resonant power supplies, high-speed pulsed devices, powerful pulse shapers, amplifiers and generators of various frequencies.

The book is the second, revised and expanded edition of the issue dedicated to microcircuits for linear power supplies. Compared to the first edition, a large addition has been introduced, dedicated to modern microcircuits for linear power supplies from leading foreign companies, available on the Russian market, and all noted typos have been corrected and information about new devices has been added. For specialists in the field of design, operation and repair of almost any radio electronics product, as well as a wide range of radio amateurs and students of South Technical Universities.

Integrated circuits: Promising products. Issue 1

This book, while remaining part of the "Integrated Circuits" series, is an attempt to "quickly respond" to the ever-increasing information needs of the electronic components market. It provides detailed technical data for some new microelectronic products for Russia, as well as a guide to Burr-Brown products and, accordingly, trademarks and addresses of manufacturers of the described devices. For specialists in the field of radio electronics, students of technical universities and a wide range of readers interested in the achievements of electronics.

PC interfaces: reference book. Guk M. 1999

The most complete and detailed reference book on all internal and external interfaces of a personal computer: serial and parallel ports, infrared port, IDE, SCSI, ISA, EISA, MCA, VESA, PCI, AGP, PC-Card (PCIMCIA) buses, etc. The book provides complete descriptions and specifications of interfaces from input/output addresses and interrupts to signal levels and connector contacts. This book is devoted to interfaces that allow you to connect a variety of peripheral devices (PU) and their controllers to personal (and not only) computers.

Telecommunication networks and technologies. Directory. 2004

The book describes the terminology, concepts, technologies, and devices used throughout the world to transmit data and voice signals. It is written in such a way that the material is understandable even to those readers who know little about telecommunications, but at the same time the book can become a good technical guide for experienced engineers. This book is intended to be a reference guide to the wide range of technologies used in modern telecommunications networks. The material presented in the book is not limited to North American technologies.

All domestic microcircuits. Directory 2004

The reference book is a logical continuation of a similar publication from 1997. It establishes a connection between the type of domestic microcircuit, its foreign analogue, functionality and manufacturer. It lists all microcircuits ever developed and produced in the CIS - about 8,000 types in total. Compared to the first edition, the list of devices has been significantly expanded, analogues of many microcircuits have been clarified, and information on the state of production of devices has been added. In addition, a table of the functional purpose of microcircuits and a table of all standard ratings recommended for the use of devices have been added.

Encyclopedia of electronic components. Large integrated circuits. 2006

The book begins a series of encyclopedic reference books on the modern elemental base of electronic technology. A distinctive feature of the directory is the widespread use of links to electronic databases of components from manufacturing companies. The book provides all the necessary information to understand the operating principles, classification system, terminology, typical parameters and connection circuits, and all factual information about specific microcircuits is contained in the form of links to manufacturers' websites. This approach made it possible to place data on 10 types of modern LSIs in a small book: DACs, ADCs, frequency synthesizers, memory ICs, microprocessors, microcontrollers, digital signal processors, programmable logic matrices, circuits with quadrature processing and codecs.

Directory - 3500 microcircuits of low-frequency power amplifiers and their analogues. TurutaE. F. 2005

This directory provides connection diagrams and parameters for more than 3,500 low-frequency power amplifier microcircuits produced by leading manufacturers - "ECG-Philips, Matsushita-Panasonic, National Semiconductors, NTE, Philips, RCA, Sanyo, Siemens, SGS-Thomson, Telefunken -Temic, Toshiba, etc. Both standard and non-standard (bridge) circuits are presented here. Microcircuits that have an identical electrical circuit are collected in one section, since they are practically analogues.

Popular digital integrated circuits. Directory.

Good afternoon, dear radio amateurs!
Welcome to the site

Today’s article in the “Workshop” is dedicated to digital integrated circuits.
Once, while assembling a design on a microcontroller, I encountered the problem of a lack of I/O ports. The first reaction is to go to the city, to the store, and buy a more “sophisticated” microcontroller. But it was a long way to go, the weather was disgusting, and there was no particular desire to spend half a day buying one microcircuit. I decided to use my brains and solve the problem in a different way. I remembered a diagram from a book dedicated to microcontrollers (thank God, there is still gray matter in the head), where communication with a seven-segment LED indicator was carried out along one line (instead of seven), if I’m not mistaken - the author of the book is A. Morton, and it most likely exists on the website. And this miracle was accomplished through digital integrated circuits.
This is a long preface to the article to the fact that when developing or assembling a finished design, it is worth remembering that there are digital microcircuits in the world that will help you in difficult times, you just need to not forget about their existence and know what they are capable of.

And so, let's get started. As always, a little theory, and even a little history.

Digital integrated circuit is an integrated circuit designed to convert and process signals that vary according to the law of a discrete function.
Digital integrated circuits are based on transistor switches that can be in two stable states: open and closed. The use of transistor switches makes it possible to create various logical, trigger and other integrated circuits. Digital integrated circuits are used in discrete information processing devices of electronic computers (computers), automation systems, etc. (Wikipedia).

The first semiconductor integrated circuit in the USSR was created on the basis of planar technology developed in early 1960 at NII-35 (then renamed Pulsar Research Institute) by a team that was later transferred to NIIME (Mikron). The creation of the first domestic silicon integrated circuit was concentrated on the development and production with military acceptance of the TC-100 series of integrated silicon circuits (analogous to the American SN-51 series ICs from Texas Instruments). Prototype samples and production samples of silicon integrated circuits for reproduction were obtained from the USA. Therefore, every domestic digital chip has a foreign analogue (or vice versa).
The main element of analog microcircuits are transistors (bipolar or field-effect). The difference in transistor manufacturing technology significantly affects the characteristics of microcircuits. Therefore, the manufacturing technology is often indicated in the description of the microcircuit, thereby emphasizing the general characteristics of the properties and capabilities of the microcircuit. Modern technologies combine bipolar and field-effect transistor technologies to achieve improved performance of microcircuits.

Microcircuits based on unipolar (field-effect) transistors are the most economical (in terms of current consumption):
♦ MOS logic(metal-oxide-semiconductor logic) - microcircuits are formed from n-MOS or p-MOS field-effect transistors;
♦ CMOS logic(complementary MOS logic) - each logic element of the microcircuit consists of a pair of complementary (complementary) field-effect transistors (n-MOS and p-MOS). There is also mixed BiCMOS technology.

Microcircuits based on bipolar transistors:
♦ RTL- resistor-transistor logic (obsolete, replaced by TTL);
♦ DTL- diode-transistor logic (outdated, replaced by TTL);
♦ TTL- transistor-transistor logic - microcircuits are made of bipolar transistors with multi-emitter transistors at the input;
♦ TTLSH- transistor-transistor logic with Schottky diodes - an improved TTL, which uses bipolar transistors with the Schottky effect;
♦ ESL- emitter-coupled logic - on bipolar transistors, the operating mode of which is selected so that they do not enter the saturation mode - which significantly increases performance;
♦ IIL- integral injection logic.
CMOS and TTL (TTLS) technologies are the most common logic chips.

Where it is necessary to save current consumption, use CMOS technology, where speed is more important and power consumption savings are not required, they are used TTL technology. The weak point of CMOS microcircuits is their vulnerability to static electricity - just touching the output of the microcircuit with your hand and its integrity is no longer guaranteed. With the development of TTL and CMOS technologies, the parameters of microcircuits are getting closer and, as a result, for example, the 1564 series of microcircuits are made using CMOS technology, and the functionality and placement in the case are similar to TTL technology.

Composition (purpose) of digital microcircuits:
– Logic elements
– Triggers
– Counters
– Registers
– Buffer converters
– Encryptors
– Decoders
– Digital comparator
– Multiplexers
– Demultiplexers
– Adders
– Half adders
– Keys
– ALU
– Microcontrollers
-(Micro)processors (including CPUs for computers)
– Single-chip microcomputers
– Chips and memory modules
– FPGAs (programmable logic integrated circuits)

TTL digital integrated circuits.
The most popular series of TTL chips are:
– K155- high speed, extensive range, good noise immunity, high power consumption;
– K555- replacement of the “K155” series – power consumption is 4-5 times less (compared to K155);
– KR1533- further development of TTL series microcircuits, power consumption is 1.5-2 times less while maintaining and increasing performance (compared to K555);
– KR531- highest performance
These series of digital microcircuits of the TTL series provide the construction of various digital devices operating at frequencies up to 80 MHz, however, their significant drawback is their high power consumption.
If such high performance is not needed, but minimal power consumption is required, CMOS series microcircuits are used.
Digital CMOS integrated circuits(as it develops):
– K176
– K561
– KR1564
– 564
– as well as the series KR1554, which is superior to TTL and CMOS microcircuits in almost all respects.
The main feature of CMOS microcircuits is their negligible current consumption in static mode: 0.1-100 μA.

This article provides general information on digital integrated circuits. To use them in amateur radio designs, you need a very good reference book on such microcircuits, which would include:
– operating principles
– technical specifications
– recommendations for use
– purpose
– pinout
– switching circuits
– the ability to choose your own replacement
– examples
I was lucky - I once purchased a book by S.A. Biryukova “Application of digital microcircuits of the TTL and CMOS series”, this was back in 2001, but to this day it serves me faithfully, replacing a bunch of different reference books and datasheets. If you are lucky and come across this book on store shelves, don’t hesitate to take it, you won’t regret it.
And now I suggest you use its electronic version (but it is better, of course, to have a paper version of the book):

A selection of reference documentation for domestic and foreign, digital and analog microcircuits (ICs), as well as ADCs and DACs, FPGAs, ULFs and others.

Describes the principle of pin numbering in standard ICs

The reference collection provides detailed technical information about ICs for linear power supplies. A lot of microassemblies from leading foreign companies available on the Russian market were considered.

The selection of power amplifiers is mainly from the TDA series (TDA 2003, TDA 2030, TDA 2050), but other series are also included in the selection. They all have different technical characteristics and output power, and you can quickly decide which of them can be used in high-quality sound reproduction systems. Imported ICs have domestic analogues.

A small reference selection on the most popular LED indicator chips used in amateur radio practice from a technician.

If you disassemble any Li-ion battery from a mobile phone, you will notice that a small printed circuit board is soldered to the terminals of the battery cell. This is the so-called protection controller, or Protection IC module, and this reference collection will be about them.

A selection of Data Sheets for popular operational amplifiers used in amateur radio designs and circuits.

A reference collection dedicated to ICs for modern television technology and equipment. The reference book provides block diagrams and pin assignments for almost all television ICs used in modern televisions.

There is also information about their analogues. This reference collection will be very useful for radio amateurs who repair television electronic equipment.

A selection of Data Sheets for popular microcircuits for switching power supplies: PWM controllers, voltage and current stabilizers, etc.

A selection of Data Sheets for popular sensor chips that convert various physical quantities, such as temperature, pressure, humidity into electrical signals suitable for use in amateur radio practice and electronic equipment.

Amateur radio reference book on highly specialized microcircuits such as: TDA7000, TDA7001, TDA7021, 174XA42 and many others.