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Application Notes from Texas Instruments

AN-1313 SCAN90CP02 Design for Test Features (Rev. C)

Texas Instruments
The SCAN90CP02 has several design-for-test (DfT) features intended to lower development andmanufacturing test costs:
  • IEEE 1149.1
  • IEEE 1149.6
  • StuckAt fault insertion
These features also enable fast debug and isolation of faults in fielded equipment improving theequipment availability and uptime.

AB-4 Further Information on Testing of COPS Microcontrollers

Texas Instruments
AB-4 Further Information on Testing of COPS Microcontrollers

Clarke & Park Transforms on the TMS320C2xx

Texas Instruments
CLARKE & PARK TRANSFORMS ON THE TMS320C2xx

TMS320C6000 Non-Power of 2 Circular Buffers

Texas Instruments
The TMS320C6000? circular buffer block size must be specified as a power of 2. However some filters require coefficient/data table sizes which are not a power of 2. This application report shows an easy work around to implement the circular buffer with any block size.

AN-288 System-Oriented DC-DC Conversion Techniques (Rev. B)

Texas Instruments
This application note discusses the operation of system-oriented DC-DC conversion techniques.

TMS320C6747/45/43 Complementary Products

Texas Instruments
This article has been contributed to the TI DaVinci™ and OMAP™ Developer Wiki. To see the most recently updated version or to contribute visit this topic at:

http://wiki.davincidsp.com/index.php/C6747/45/43_Complementary_Products .

This Wiki article serves as a repository of complimentary dev

Hardware Based UART Auto BAUD Correction (Rev. A)

Texas Instruments
Hardware Based UART Auto BAUD Correction

Inputs Currents for High-Resolution ADCs

Texas Instruments
Inputs Currents for High-Resolution ADCs

AN-1057 Ten Ways to Bulletproof RS-485 Interfaces (Rev. B)

Texas Instruments
This application reports provides 10 considerations for your use of an RS-485 interface.

U-154 The New UC3879 Phase-Shifted PWM Controller Simplifies the Design

Texas Instruments
This application note introduces the UC3879 integrated circuit and compares its performance to that of its predecessors the UC3875/6/7/8 controller family. These integrated circuits provide all necessary control decoding protection and drive functions to successfully manage the operation of the full-bridge converter with phase-shifted control. This integrated solution greatly simplifies the de

Pushing the envelope with high-performance digital-isolation technology

Texas Instruments

Isolation is a means of preventing DC and uncontrolled AC currents between two parts of a system, while allowing signal and power transfer between those two parts. Electronic devices and integrated circuits (ICs) used for isolation are called isolators. Isolation is required in modern electrical systems for a variety of reasons. Some examples include protecting human operators and preventing damage to expensive processors in highvoltage systems, breaking the ground loop in communication networks, and communicating to high-side devices in motor-drive or power-converter systems (Figure 1). Examples of applications that need isolation include industrial automation systems, motor drives, medical equipment, solar inverters, power supplies, and electric vehicles (EVs).

Recent advances in isolation technology are enabling new solutions, reducing system cost, and allowing customers to push the performance envelope of their equipment. This article discusses key end applications that are driving cutting-edge innovations in isolation technology and benefitting from these innovations.

Designing Low-Power Applications with the TMS320LC54x

Texas Instruments
This technical brief is an overview of the low power architectural features and design considerations of the TMS320LC54x DSP (Digital Signal Processor) family. For those with a deeper interest in low-power DSP design this technical brief also provides an overview of a more detailed application brief titled Calculation of TMS320C54x Power Dissipation TI literature number SPRA164. The audience

UCC25230 Bias Power-Supply Design Review

Texas Instruments
This application report reviews the design steps used in the evaluation module (EVM) UCC25230EVM-754. The EVM helps evaluate the UCC25230 pulse-width modulation (PWM) controller in a forwardflyback or Flybuck™ dc-dc converter topology for a 48-V telecom bias supply. The EVM is a dual-output converter with 1500-VDC isolation between the two outputs. Each output is typically rated as 12 V and 65 m

TAS5028-5122C6EVM Application Report

Texas Instruments
TAS5028-5122C6EVM Application Report

Developing Plug and Play COM Ports Using TI Plug and Play Controllers

Texas Instruments
The installation and configuration of a system can be a major problem for the user as a result of the wide variety of different plug-in boards and computer systems which are in use. The ISA (Industry Standard Architecture) bus is a widely used standard in the PC industry. The ISA bus architecture requires the allocation of resources. These include the I/O address space a memory address space th

Enabling SmartReflex on the TMS320DM6467

Texas Instruments
This application report describes the concepts and benefits of SmartReflex™ technology implemented in the DM6467 device. Two reference power supply designs that support the SmartReflex feature are also discussed. With the SmartReflex feature enabled an average of 1W in power savings can be achieved for strong devices. The included reference designs show that additional components are requir

Three-Phase Electronic Watt-Hour Meter Design Using MSP430

Texas Instruments
This application report describes the implementation of a three-phase electronic electricity meter using MSP430 4xx family of microcontrollers. The implemented functions are RMS voltage for each phase

TL5002 Provides DDR Bus Termination Power Supply Solution

Texas Instruments
Double data rate (DDR) bus termination power requirements bring new challenges to the power supply by requiring voltage tracking of a reference supply requiring both sourcing and sinking current and maintaining a high efficiency over a wide current range. This paper address these issues while presenting an example DDR design of 12 A of output current with voltage outputs between 0.9 V and 1.25 V

PowerWise?< Class G versus Class AB Headphone Amplifiers

Texas Instruments
PowerWise?< Class G versus Class AB Headphone Amplifiers

Bit-Reversed Addressing Without Data Alignment on the TMS320C3x

Texas Instruments
Bit-reversed addressing mode normally requires that the n-element array be aligned on an n-word boundary. When n is large this may result in a large hole in the memory map. To enable more efficient use of memory a technique to use bit-reversed addressing without data alignment is presented.

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