The UC1901 Simplifies the Problem of Isolated Feedback in Switching Regulators
Texas InstrumentsThe UC 1901 isolated feedback generator solves many of the problems associated with closing a feedback control loop across a voltage isolation boundary. As a stable and reliable alternative to an optical coupler these devices feature an amplitude modulation system that allows a loop error signal to be coupled with a small R. F. transformer or capacitor. This application note discusses the functi
Improving the Robustness of Channel Link Designs with Channel Link II Ser/Des (Rev. A)
Texas InstrumentsThis application note discusses how system designers are able to use Channel Link II ser/Des to improve old and new channel link designs.
Wired-Logic Signaling with M-LVDS
Texas InstrumentsM-LVDS devices provide true multipoint functionality. M-LVDS standard contention provisions and Type-2 M-LVDS receivers allow user of these devices in wired-logic signaling designs. This application report discusses M-LVDS features that support wired-logic signaling compares this to LVDS features and demonstrates wired-OR signaling with Texas Instruments M-LVDS complaint transceivers.
AN-271 Applying the New CMOS MICRO-DAC
Texas InstrumentsApplication Note 271 Applying the New CMOS MICRO-DAC
Designing with the TRF6900 Single-Chip RF Transceiver (Rev. E)
Texas InstrumentsDesigning with the TRF6900 Single-Chip RF Transceiver
Interfacing the ADS8332 to the TMS320F28335 DSP
Texas InstrumentsADS8332 ADS8331 Interfacing the ADS8332 to TMS320F28335 DSP LEAVE IN MS WORD
Designing an ATCA Compliant M-LVDS Clock Distribution Network (Rev. B)
Texas InstrumentsThis application report provides a guide to designing ATCA compliant clock distribution networks using M-LVDS devices. The application report consists of a quick description of an ATCA synchronization clock interface an overview of M-LVDS standard an extensive discussion on performance of M-LVDS devices in an ATCA backplane and a set of design recommendations and rules that will assist you in bu
MSP430x5xx Quick Start Guide
Texas InstrumentsThis quick start guide is intended to assist existing users of the MSP430 line of products in converting existing code to the new MSP430x5xx modules. While the modules operate in accordance with previ
Voltage Feedback vs. Current Feedback Op Amps
Texas InstrumentsThis application report contrasts and compares the characteristics and capabilities of voltage and current feedback operational amplifiers. The report also points out the many similarities between the two versions.
A Glossary of Analog-to-Digital Specifications and Performance Characteristics (Rev. B)
Texas InstrumentsThis glossary is a collection of the definitions of Texas Instruments' Delta-Sigma (ΔΣ) successive approximation register (SAR) and pipeline analog-to-digital (A/D) converter specifications and performance characteristics. Although there is a considerable amount of detail in this document the product data sheet for a particular product specification is the best and final reference.
Quad Flatpack No-Lead Logic Packages (Rev. D)
Texas InstrumentsTexas Instruments (TI) Quad Flatpack No-lead (QFN) 14/16/20-terminal Pb-free plastic packages meet dimensions specified in JEDEC standard MO-241 allow for board miniaturization and hold several advantages over traditional SOIC SSOP TSSOP and TVSOP packages. The packages are physically smaller have a smaller routing area improved thermal performance and improved electrical parasitics while
Programming With the MSP430AFE2xx Family and the MSP430i20xx Family
Texas InstrumentsThis application report enables the easy incorporation of the MSP430AFE2xx family of MCUs featuring the SD24_A module as well as the MSP430i20xx family of MCUs which features the SD24 module into new designs. It covers programming system and peripheral considerations when creating firmware. The intent is to highlight a few key differences between the two families and how to incorporate each
High Speed BUS LVDS Clock Distri Using DS92CK16 Clock Distri (Rev. B)
Texas InstrumentsThe high data rates in today's systems require extremely low skew clock distribution at a destination on a backplane logic card. Many systems also require a local clock to be distributed across a backplane. Therefore creating a local distribution of clock signals with low-skew as well as providing a high-speed clock capable of driving a backplane is a must.
TMS320C6472 Power Consumption Summary (Rev. A)
Texas InstrumentsThis document discusses the power consumption of the Texas Instruments TMS320C6472 digital signal processor (DSP). The power consumption on the TMS320C6472 device is highly application-dependent; therefore a power spreadsheet that estimates power consumption is provided along with this application report. This spreadsheet can be used to model power consumption for user applications such as pow
A New Intra-Panel Interface for Large Size/ High Resolution TFT-LCD Applications
Texas InstrumentsA New Intra-Panel Interface for Large Size/ High Resolution TFT-LCD Applications
Digital Designer's Guide to Linear Voltage Regulators & Thermal Mgmt (LDO) (Rev. A)
Texas InstrumentsDigital Designer's Guide to Linear Voltage Regulators, LDOs, and Thermal Management
Multi-Phase Rogowski-Based E-Meter Design Guide
Texas InstrumentsThis application report describes the implementation of a three-phase electronic electricity meter using the Texas Instruments MSP430F47197 system-on-chip (SOC) processor together with Rogowski-coils as sensors. It includes the necessary information with regard to the software and hardware solution used and details the calibration procedure for it.
