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texas instruments inc (TXN) Key Developments

Texas Instruments Inc. Announces Consolidated Earnings Results for Third Quarter Ended September 30, 2014; Provides Earnings Guidance for the Fourth Quarter of 2014 and Re-Affirms Tax Rate Guidance for the Year 2014

Texas Instruments Inc. announced consolidated earnings results for third quarter ended September 30, 2014. For the quarter, the company reported revenue of $3,501 million, operating profit of $1,175 million, income before income taxes of $1,155 million, net income of $826 million or $0.76 per diluted share, cash flows from operating activities of $1,383 million, capital expenditures of $103 million compared to the revenue of $3,244 million, operating profit of $844 million, income before income taxes of $816 million, net income of $629 million or $0.56 per basic and diluted share, cash flows from operating activities of $1,151 million, capital expenditures of $124 million for the same quarter a year ago. Free cash flow was $1,280 million. For the fourth quarter of 2014, the company expects revenue in the range of $3.13 billion to $3.39 billion and earnings per share between $0.64 and $0.74. At the midpoint of range, revenue would increase 8% from the year-ago quarter. The annual effective tax rate for 2014 is expected to be about 28% unchanged from previous guidance.

Texas Instruments Introduces Fully Integrated High-Brightness LED Matrix Manager IC

Texas Instruments (TI) introduced the fully integrated high-brightness LED matrix manager IC for adaptive automotive headlight systems. The TPS92661-Q1 is a compact, scalable solution that enables automobile manufacturers to create innovative LED headlamps that vary beam patterns and intensity dynamically for optimum roadway illumination and enhanced driver safety. Featured in premium vehicles and proliferating into mainstream models in the coming years, adaptive headlamp systems automatically manage the direction and intensity of high and low beams. The TPS92661-Q1 is a compact solution for shunt FET dimming arrays of high-brightness LEDs and includes 12 individually controlled MOSFET switches to steer current through or around the connected LEDs, thereby providing individual pixel-level light adjustment. A serial communication port facilitates control and diagnostic functions from a master microcontroller, such as TI's AEC-Q100-qualified C2000 Piccolo. Features and benefits of TPS92661-Q1: Controls up to 96 LEDs from a single serial port for headlamp beam forming and directional control. Individual 10-bit pulse-width modulation (PWM) brightness control LED for pixel-level light intensity adjustment. LED open/short fault diagnostics and reporting alerts driver via the master microcontroller in the event of headlamp failures or damage.

Texas Instruments Incorporated Introduces DRV10983 BLDC Motor Driver

Texas Instruments Incorporated, has introduced DRV10983, the 24-V, sinusoidal, sensorless, brushless DC, or BLDC, motor driver. The DRV10983 gives customers the ability to quickly tune their motors for reliable start-up and optimal performance using a configurable, 3-A driver with integrated control logic. Utilizing 180-degree, sinusoidal, sensorless technology, the DRV10983 is up to 75% quieter than competing solutions for applications like cooling fans, ceiling fans, blowers and small appliances. Pure tone harmonics, a significant noise adder in fan applications, are reduced by as much as 25 dBA. Key features and benefits of the DRV10983 include: Tuning a wide range of motors for optimal performance and reliable start-up through simple register settings without the need for complex microcontroller coding or motor knowledge; advanced on-chip protection, including anti-voltage surge (AVS) over-voltage, over-current, over-temperature, shoot-through, under-voltage lock-out and advanced five-stage rotor lock protection, reduces design complexity and increases system reliability; and single-chip solution with integrated power FETs, sensorless control logic and optional 100-mA, 3.3- or 5-V step-down converter reduce board space, system cost and development time.

Texas Instruments Introduces 24-V, Sinusoidal, Sensorless, Brushless DC Motor Driver Quiets Noise in Fan and Small Pump Applications

Texas Instruments introduced 24-V, sinusoidal, sensorless, brushless DC (BLDC) motor driver. The DRV10983 gives customers the ability to quickly tune their motors for reliable start-up and optimal performance using a configurable, 3-A driver with integrated control logic. Utilizing 180-degree, sinusoidal, sensorless technology, the DRV10983 is up to 75% quieter than competing solutions for applications like cooling fans, ceiling fans, blowers and small appliances. Key features and benefits of the DRV10983: Ultra-quiet operation: 180-degree pure sinusoidal, sensorless operation, coupled with advanced start-up algorithms, enables up to 75% quieter operation than the competition, with no annoying clicks or pops at start-up. Pure tone harmonics, a significant noise adder in fan applications, are reduced by as much as 25 dBA. Code-free configurability: Tune a wide range of motors for optimal performance and reliable start-up through simple register settings without the need for complex microcontroller coding or motor knowledge. Full suite of protection: Advanced on-chip protection, including anti-voltage surge (AVS) over-voltage, over-current, over-temperature, shoot-through, under-voltage lock-out and advanced five-stage rotor lock protection, reduces design complexity and increases system reliability. Fully integrated solution: Single-chip solution with integrated power FETs, sensorless control logic and optional 100-mA, 3.3- or 5-V step-down converter reduce board space, system cost and development time The DRV10983EVM evaluation module (EVM) is a cost effective, sensorless solution for running three-phase BLDC motors. The EVM includes a BLDC motor and comes complete with a graphical user interface (GUI), schematics and Gerber files for $99. Availability, packaging and pricing: The DRV10983 is available in a 24-pin, 8-mm x 6-mm HTSSOP package. Suggested retail pricing in 1,000-unit quantities starts at $1.19.

Texas Instruments Expands New High-Voltage SAR ADCs Deliver Total System Accuracy for Multi-Channel Industrial Applications

Texas Instruments expanded its successive approximation register (SAR) analog-to-digital converter (ADC) portfolio with the first devices in a new high-voltage family. The eight-channel ADS8688 and four-channel ADS8684 allow input ranges up to +/- 10.24 V to be powered by a single 5-V supply, greatly simplifying system power requirements. They feature the industry's lowest gain drift, offset voltage and offset drift, and the high precision reference, giving engineers unprecedented levels of accuracy for their designs throughout the full extended industrial temperature range. Key benefits of the ADS8688 family: No high-voltage supplies needed: Simplifies system design by eliminating the need to generate separate high-voltage supplies. The devices support bipolar input ranges up to +/- 10.24 V and unipolar ranges up to +/- 10.24 V with a single 5-V supply. DC error performance: Achieve better than 99.9% accuracy without calibration with DC error specifications that boost system-level performance. With specified gain drift of 4 ppm/C and offset drift of 3 ppm/C, the devices eliminate the need for designers to spend time calibrating their systems over temperature ranges. Performance across temperature ranges: An integrated precision reference and reference buffer improve low-temperature drift specifications, enabling precision performance without requiring external circuitry across the full extended industrial temperature range of minus 40 C to 125 C. High integration for industrial sensor designs: Each device integrates into one chip 20 active devices, including programmable gain amplifiers (PGAs), driver amplifiers, multiplexer, voltage reference, reference buffer and SAR ADC, plus an auxiliary channel input for interfacing straight to the ADC. This integration allows the ADS8688 and ADS8684 to connect directly to various sensor types that require no signal conditioning. TI offers a range of support tools to speed time to market for designers using the ADS8688 family, including simulation models, hardware evaluation kits and reference designs. System designers can evaluate the ADS8688 and ADS8684 in a fraction of the time they might spend evaluating other precision ADCs by using a new performance demonstration kit (PDK) that features a simple installation process. The PDK includes an evaluation module (EVM) and simple capture card for plug-and-play functionality, replacing online software installations with a simple one-click process. The kit's intuitive, easy-to-use graphical user interface (GUI) enables designers to quickly evaluate ADC performance in specific end equipment.

 

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