In the middle of 2001 the companies Texas Instruments And COMPEL entered into an official distribution agreement, which was the result of a long and successful work COMPEL as an official distributor of the company Burr Brown. (As is known, Burr Brown joined the TI just like companies unitrode, power trends And Klixon).

Certificate

Since that time the company COMPEL received access to the supply of the entire range of products manufactured by the company TI components, technologies and debugging tools, as well as complete information and technical support that can be provided to consumers.

In September 2011, COMPEL received the status of the official supplier of National Semiconductor products. The company's acquisition of the company has officially been completed and is now fully owned by Texas Instruments. Now you have more than 12,000 chips from National Semiconductor - one of the largest manufacturers analogue products in the world. Of these, more than a thousand popular items are maintained at COMPEL's warehouse in Moscow.

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Analog electronics

I quarter 2009 (2.55 Mb)

II quarter 2009 (5.12 Mb)

III quarter 2009 (5.62 Mb)

IV quarter 2009 (4.05 Mb)

Solutions for high speed data converters (0.23 Mb)

Selection guide for amplifiers and data converters (15.48 Mb)

Wireless technologies

TI Wireless Guide (Russian) (14.36 Mb)

Brochure Low Power RF Components (Russian) (1.53 Mb)

Integrated Development Environments

Code-Composer-v5 (2.26 Mb)
Integrated Development Environment for Code Composer v5

Industry electronics ( ISIC : 26)
Computer Engineering ( ISIC : 2620) Affiliated companies Burr-Brown Corporation[d], Luminary Micro, National Semiconductor, Chipcon[d], Texas Instruments (Ireland)[d], Texas Instruments (Norway)[d], Texas Instruments (Germany)[d], Texas Instruments (Japan)[d], Texas Instruments (France)[d], Texas Instruments (Netherlands) [d] And Texas Instruments (Switzerland) [d]

Headquarters in Dallas

It is the 4th largest semiconductor manufacturer in the world, behind only Intel, Samsung and Toshiba. Ranked No. 1 in mobile device chips and No. 1 in digital signal processors (DSP) and analog semiconductors. The company also manufactures chips for broadband modems, computer peripherals, electronic home devices and RFID tags. In 2009, the company was ranked #215 on the Fortune 500.

History

Texas Instruments was founded by Cecil Green, J. Eric Johnsson, Eugene McDermott and Patrick Haggerty. On December 6, 1941, they bought the United Geophysical Survey (GSI), one of the first companies in the field of providing seismic survey services to the oil industry. During World War II, GSI manufactured electronics for the US Army Signal Corps and the US Navy. After the war, the company continued to produce electronics and changed its name to Texas Instruments in 1951, becoming a separate subsidiary of the new company.

In 1954, the company developed the world's first mass-produced transistor radio (produced under the name Regency TR-1). Also in the 1950s, Texas Instruments employee Jack Kilby invented integrated circuits independently of Fairchild Semiconductor's Robert Noyce. Patent issued by Kilby, registered in 1958. The 7400 series of transistor-transistor logic chips, developed by the company in the 1960s, popularized the use of integrated circuits in computer logic circuits, which is still widely used today. In 1967, TI invented the hand calculator, in 1971 the single-chip microcomputer, and contributed to the patent for the single-chip microprocessor (designed by TI employee Gary Boon) in 1973. At the same time, TI usually gives credit to Intel, which invented the microprocessor almost simultaneously and independently.

The company also continued to produce equipment for the seismic industry, and GSI continued to provide seismic survey services. After selling and repurchasing GSI, the firm finally sold it to Halliburton in 1988, and from that moment GSI ceased to exist as a separate organization.

The company faced the following two design and development challenges following the invention of semiconductors and microprocessors:

1. most of the chemical compounds, mechanisms and technologies needed to create semiconductors did not exist, and the company had to invent them,
2. The market for electronic components was very small and the company had to develop its own application examples. For example, the firm created the first in-wall, computer-controlled home thermostat in the late 1970s, but no one wanted to buy it because of the high price.

The company set up an industrial automation division that focused on the production of controllers and control systems. This division was sold in 1991 to Siemens AG, and TI resumed production for military and government orders and produced many of the electromechanical devices used in the Apollo space program and the Moon landing.

Consumer electronics and computers

The company was an active player in the consumer electronics market during the 1970s and 1980s. In 1978, Texas Instruments introduced the first speech synthesizer on a single-chip chip and released a game product based on it called "Speak & Spell", who later rose to prominence with the film The Alien. On the wave of success after that, "Speak & Read" and "Speak & Math" were released.

In June 1979, the firm entered the home computer market with the TI-99/4, which competed with the Apple II, Tandy Corporation/RadioShack TRS-80, and later the Atari 400 and 800 series, Commodore VIC-20, and Commodore 64. . In 1981, the TI-99/4A was released to replace it, which was a further development of it, and at the end of 1983 entered into intense price competition with Commodore, Atari and the rest. In 1983, at the Winter Consumer Electronics Show (CES), the company introduced the TI-99/2 and Compact Computer 40 (CC-40), the latter of which was intended for professional users. The TI Professional model (1983) showed that TI computers had finally taken their place among the many unsuccessful x86-based computers with MS-DOS operating systems that were incompatible with each other and competed with the IBM PC. It seems ironic that the three founders of Compaq, whose computers were almost an exact copy of the IBM PC, were former employees Texas Instruments. In 1992, the multi-user computer systems and services business was sold to Hewlett-Packard. After that, the company successfully manufactured and sold IBM PC-compatible laptops for several years, until it abandoned this market and sold the production line to Acer Computer Company in 1997.

military products

Main article: Texas Instruments military products

The company also had a presence in the military electronics market in the 1970s and 1980s, designing and manufacturing airborne radar and orbital sensor systems, laser-guided missiles and bombs (such as the Tank Breaker man-portable anti-tank missile system), and airborne telemetry systems. for multi-purpose space launch vehicles "Mercury", "Saturn" "Centaurus", intercontinental ballistic missiles "Atlas", "Minuteman", "Titan", "Tor", operational-tactical missiles "Pershing", anti-aircraft guided missiles "Bomark" and Corvus.

The licensed partner of the company in the UK was Portsmouth Aviation, with which joint projects were carried out to develop US-British weapons and military equipment.

In merging the military manufacturing sector, the company sold its Defense Systems & Electronics division to Raytheon in 1997.

Texas Instruments has always been one of the top 10 semiconductor sales companies. At the end of 2005, the company took 3rd place, leaving Intel and Samsung ahead and leaving behind Toshiba and STMicroelectronics.

Since the second half of the 2000s, the company has been organized into two main divisions: Semiconductor (SC) and Education and Efficient Solutions (E&PS). The third division, sensors and controls (S&C), was sold to Bain Capital and later renamed Sensata.

Takeovers

Wireless Terminal Division

The Wireless Business Unit (WBU), part of the semiconductor business, is the world's largest supplier of wireless chipsets.

Custom Products Division

The Application Specific Products division develops mass market platforms that make extensive use of DSPs. For example, digital cameras, DSL modems, cable modems, Voice over IP (VOIP), video and audio streaming, speech compression and recognition, wireless LANs, and RFID devices.

DLP

The company is the dominant manufacturer in the market for micro-mirror digital processors (DLP) for processing light used in video projectors, digital cinema projectors and television.

Digital Signal Processors (DSP)

The company manufactures a wide range of digital signal processors and a toolkit called eXpressDSP that is used to develop applications for these chips.

TMS320 Series

TMS320 Series DSP:

Most of the old DSPs are still available through the website. TI's military DSP.

General purpose microcontrollers and processors

• MSP430 - the most successful experience of the company in the field of microcontrollers general use, for many years this line has dominated the segment of micropower microcontrollers for general use.
• The TMS470 is an unsuccessful attempt to make a line of single-chip microcontrollers based on the ARM7 architecture. In 2010, the products were discontinued due to the purchase of Luminary Micro and the bet on its Stellaris line of ARM microcontrollers.
• Stellaris is a new attempt to establish itself in the market of 32-bit general-purpose microcontrollers developed by the acquired company Luminary Micro.

Real-time microcontrollers for safety-critical applications Hercules

• TMS470M - ARM Cortex-M3 core. Designed for economical implementation of safety functions. AEC-Q100 approved for automotive use and supports LIN and CAN networks.
• TMS570 - two ARM Cortex-R4 cores working in parallel with the ability to perform floating point operations. Designed to meet the performance and safety requirements of transport - on railways, in aerospace and automotive systems. Designed to IEC 61508 for SIL-3 and ISO 26262 for ASIL-D. AEC-Q100 approved for automotive use, supports Ethernet, CAN and FlexRay.
• RM4x - two ARM Cortex-R4 cores working in parallel with the ability to perform floating point operations. Designed to provide the most high levels performance and safety for industrial automation devices, medical devices, servo drives and network applications. Designed in accordance with IEC 61508 2nd Edition and rated SIL-3. They have advanced Ethernet, CAN and USB connectivity.

Multi-core processors

• OMAPs are microprocessors designed for multimedia applications. Some of them contain C55, ARM7, ARM9, ARM11, A15 processor cores.
• DaVinci - microprocessors containing the C64 core, ARM9 and specialized peripherals for processing video data.

Educational technologies

TI is known for producing popular series of electronic calculators (eg TI-30). The company also developed graphing calculators, of which the TI-83 Plus and models based on it are best known.

Components Texas Instruments Inc.

• Microcontrollers
• • Fixed-Point TMS320DM64x™ Family for Video and Imaging

Texas Instruments Inc.

Texas Instruments Inc. (TI) is a world leader in the design and manufacture of integrated circuits. The history of TI is a long journey from seismic technology in 1930 to the creation of the first integrated circuit for an electronic calculator in 1958. Then the first electronic calculators with the brand "Texas Instruments" appeared. The scope of TI's activities is the development and production of integrated circuits. TI is headquartered in Dallas, Texas, USA. Hence the name of the company.

Divisions of TI company (business centers, research centers, production) are located in 25 countries of the world. TI employs 40,000 people. Of these, 23,500 employees in America, 9,700 in Asia, 4,200 in Japan, and 2,600 in Europe. research work in 1999 they amounted to 1.3 billion dollars, in 2000 - 2.4 billion dollars. Large investments in research and development allow TI to maintain a key position in the global market. In 1999, TI's turnover was $9.5 billion.

With its own research centers and powerful modern production, TI constantly offers the market new developments in microelectronic technology. Currently production activity TI represents several major destinations: digital signal processors, integrated circuits, ultra-low power microcontrollers, electronic systems security, productivity programs, printers, notepads, calculators and consumer electronics, electronic controls. Below is a far from complete list of products manufactured by Texas Instruments.

Digital Signal Processors (DSP)

TI owns more than half of the world's digital signal processor (DSP) sales. Efficient debugging tools, source libraries, powerful Information support- all this makes TI's DSPs attractive to consumers. DSPs are widely used in cell phones, PDAs, consumer electronics, and a variety of other devices. TI sponsors the TI University Program to train professionals in signal processor applications.