SemiVoice

Texas Instruments Wireless connectivity

Seamless, free connectivity with infinite bandwidth

➀ The gap between the hope and the reality of wireless connectivity was highlighted at the 2006 Future Horizons International Electronics Forum in Dublin; ➁ Dr. Waguih Ishak, CTO of Avago, and Doug Rasor, vice-president of worldwide strategic marketing at Texas Instruments, discussed the desire for seamless connectivity; ➂ The industry's challenge to achieve seamless connectivity and the importance of collaboration were emphasized.

Texas Instruments industrial automation robotics

Distributed Multi-Axis Servo Drive Reference Design

➀ The design introduces a multi-axis servo drive system with a fast serial interface for enhanced communication, suitable for industrial automation and robotics; ➁ The system utilizes Texas Instruments' C2000 real-time controllers and Fast Serial Interface (FSI) for high-speed communication and control; ➂ The design aims to provide cost-effective and reliable performance for various industrial applications.

anysilicon

GaN Manufacturing Texas Instruments semiconductor

Texas Instruments expands internal manufacturing for gallium nitride (GaN) semiconductors, quadrupling capacity

➀ Texas Instruments (TI) has started production of GaN-based power semiconductors at its Aizu factory in Japan; ➁ The expansion is in addition to TI's existing GaN manufacturing in Dallas, Texas; ➂ The capacity for GaN-based power semiconductors will be quadrupled.

weixin

China Market Texas Instruments revenue growth

Texas Instruments Achieves Over 4.1 Billion USD in Revenue Growth in China Market Continues to Expand

➀ Texas Instruments' third-quarter revenue exceeded analyst expectations, with the company's revenue reaching 4.15 billion USD, up 9% from the previous quarter.

➁ The company's net profit was 1.36 billion USD, and the EPS was 1.47 USD.

➂ Despite the softness in the industrial market, other terminal markets such as smartphones and PCs have shown signs of recovery, driving the sales performance of TI's semiconductor products for power electronic devices.

GaN Power Conversion Texas Instruments solar energy

GaN-Based Single-Phase String Inverter Reference Design

➀ The reference design features a two-channel string inverter with full bidirectional power; ➁ It combines PV inputs and battery storage, supporting up to 10kW output; ➂ Texas Instruments demonstrates the implementation of this inverter, which uses GaN FETs for high switching frequencies and improved form factor.

250W Motor Inverter Reference Design

➀ The article introduces a 250W motor inverter reference design with low standby power and sensorless motor control for various household applications; ➁ The design utilizes GaN IPM DRV7308 and features over 99% efficiency without a heat sink; ➂ It is compatible with C2000 MCU and MSPM0 microcontroller daughter boards, offering hardware, GUI software, and firmware.

Texas Instruments motor

DAB Converter Texas Instruments power electronics

Bi-Directional, Dual Active Bridge Reference Design

➀ This article discusses a bi-directional, dual active bridge reference design, highlighting its application in electric vehicle charging and energy storage. ➁ It describes the benefits of the Dual Active Bridge converter, such as soft switching, efficiency, and bidirectional power flow. ➂ The design by Texas Instruments is noted for its advanced control, robust protection, and significant power output.

British Texas Instruments Transistor

All-British Transistor

➀ A new transistor developed by Texas Instruments Ltd. is entirely British in conception, development, and production. ➁ This is the first device to originate from the Bedford works, with potential for future devices. ➂ The transistor is a silicon alloy pnp type with a low saturation voltage and high temperature rating, available now.

Power Bank Texas Instruments USB Type-C

USB Type-C Power Bank Reference Design

➀ The USB Type-C Power Bank Reference Design by Texas Instruments supports high-speed charging and multiple power profiles, suitable for various devices. ➁ It features a pure analog configuration, simplifying the PD negotiation process and supporting three output voltage levels: 5V, 12V, and 20V. ➂ The design achieves up to 96% efficiency and is compatible with 2S and 3S lithium battery packs, making it ideal for portable electronics and industrial applications.

Load Switches Power Sequencing Texas Instruments

Reference Design For Power Sequencing With Load Switches

➀ Power sequencing is crucial for ensuring safe and reliable operation of electronic systems; ➁ The reference design by Texas Instruments uses load switches for flexible and compact power sequencing; ➂ It is suitable for various applications including MFPs, STBs, and telecom equipment.

DSP Speech Recognition Texas Instruments

Speech Recognition Reference Design

➀ The reference design by Texas Instruments simplifies speech recognition integration with customizable trigger words and low-power DSP technology. ➁ It features a speaker-independent automatic speech recognizer based on Hidden Markov Models, designed for minimal memory and processing requirements. ➂ The design includes comprehensive resources like software source code, schematics, and a bill of materials, making it adaptable for various applications.

tomshardware

CHIPS and Science Act Texas Instruments semiconductor

Texas Instruments set to receive up to $1.6 billion in CHIPS and Science Act funding for Utah and Texas fabs expansion

➀ Texas Instruments is set to receive up to $1.6 billion in funding from the CHIPS and Science Act to expand its fabs in Utah and Texas. ➁ The funding will support the construction of three 300mm fabs, producing chips on specialty 28nm – 130nm nodes. ➂ The expansions are expected to create over 2,000 new jobs directly at TI and thousands more in related industries.

electronicdesign

Opto-Emulators Texas Instruments Traditional Optocouplers

Can Opto-Emulators Serve as Alternatives to Traditional Optocouplers?

1. Introduction of ISOM8600 opto-emulator by Texas Instruments; 2. Advantages of opto-emulators over traditional optocouplers in long-term consistency and temperature range.

IoT PoE Texas Instruments

Power Over Ethernet Reference Design For Industrial Gateways

1. Power Over Ethernet (PoE) technology simplifies installation and reduces costs for industrial gateways by integrating data and power transmission over a single Ethernet cable. 2. Texas Instruments' reference design TIDM-1018 combines PoE technology with the SimpleLink MSP432E4 Ethernet microcontroller, enhancing IoT applications. 3. The design features a compact board with advanced capabilities, including dual BoosterPack headers and support for various gateways like HVAC and security systems.

BLE CAN Texas Instruments

Car Access Bluetooth And CAN Module Reference Design

1. The BLE and CAN satellite module enhances automotive design with high bandwidth and low power consumption. 2. It integrates Bluetooth Low Energy (BLE) and Control Area Network Flexible Data Rate (CAN-FD) for modern car access systems. 3. The module supports features like auto-addressing, precise Bluetooth localization, and compact design.

MagPack™ Technology Power Modules Texas Instruments

Power Modules Cut Power Solution Size In Half

1. Texas Instruments has introduced six new power modules that are up to 23% smaller and offer higher power density. 2. The modules utilize MagPack™ technology, which is 50% smaller than previous generations and maintains excellent thermal performance. 3. These advancements are crucial for sectors like data centers where power efficiency and space optimization are critical.

Texas Instruments dc-dc converters integrated magnetics

Integrate magnetics make 6A dc-dc as small as a rice grain

1. Texas Instruments has introduced six multi-amp dc-dc converters using integrated moulded magnetics, reducing their size significantly. 2. The new 'MagPack' branded devices feature a stacked control IC and inductor coil, with a proprietary magnetic material over-moulded to serve as the package. 3. Three of the six devices are claimed to be the industry's smallest 6A power modules, with nearly 1A per 1mm².

Smart Brake Texas Instruments robotics

Smart Brake Control And Diagnostics Reference Design

1. Smart brake control and diagnostics enhance safety and efficiency in servo drives and robotics. 2. Texas Instruments offers a reference design for smart brake control, adhering to IEC EN 61800-5-2 standards. 3. The design includes diagnostic features for fault detection and power optimization, ensuring precise control and reduced operational costs.