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Application Notes

Hands-Free Kit: Integration of the AIC24 Driver in RF3

Texas Instruments
Hands-Free Kit Integration of the AIC24 Driver in Reference Framework 3 Application Report

Configuring Source of Multiple ePWM Trip-Zone Events

Texas Instruments
Applications that require PWM outputs to respond to multiple trip-zones (TZ) are challenged to determine the specific source of the TZ event.

This application report describes how to configure an ePWM module to identify the specific source of a TZ event when multiple TZ events are enabled to act on a single PWM channel.

Quick-Start Guide for bq20zxx Family Gas Gauges (Rev. A)

Texas Instruments
The intent of this application report is to give the user an overview of the design process how to use the evaluation module and software and to provide helpful troubleshooting techniques.This document begins with setting up the evaluation module and working with bq Evaluation Software. Several tips for troubleshooting the software connection are included as well as navigation and what to l

Diff Between NSC 10/100 Mb/s Ethernet Physical Layer Devices (Rev. A)

Texas Instruments
This application report discusses the differences between the 10/100 Mb/s Ethernet Physical Layerdevices DP8384x.

IS-54 Digital Cellular Phone: A Functional Analysis

Texas Instruments
This document presents the functional components of a dual-mode cellular phone as specified by the CTIA IS-54 standard. Each functional component transmitter receiver coordinator antenna assembly and control panel is discussed and the relevant algorithm given. For each algorithm the data structures used and the appropriate the implementation details are provided.

ADC Source Impedance (Automotive)

Texas Instruments
Unbuffered multiplexed ratiometric analog-to-digital converters have strict requirements on driving source impedance which are not always obvious. This application report addresses the trade-offs between source impedance and sample rate. It includes examples using the TMS470R1x family of processors in the TSC5000 process node (F10/C10). With adjustments to maximum clock rates this application no

AN092 -- Measuring Bluetooth Low Energy Power Consumption (Rev. A)

Texas Instruments
CC2540, CC2541 AN092 -- Measuring Bluetooth Low Energy Power Consumption

AN-2013 LMZ1050x/LMZ1050xEXT SIMPLE SWITCHER Power Module (Rev. D)

Texas Instruments
AN-2013 LMZ1050x/LMZ1050xEXT SIMPLE SWITCHER Power Module - Quick Compensation Design

Audio Characterization Primer

Texas Instruments
TAS5766M, TAS5768M, PCM5151, PCM5152 Audio Characterization Primer

AN101 - Bootloader for CC2510/11 and CC1110/1111 Soc(System-on-Chip) Transceiver (Rev. A)

Texas Instruments
CC2510 AN101 - Bootloader for CC2510/11 and CC1110/1111 Soc(System-on-Chip) Transceivers

10-MHz Butterworth Filter Using the Operational Amplifier THS4001

Texas Instruments
This application report describes the design of an active 10-MHz second-order Butterworth low-pass filter useful for band-limiting applications. As an active component TI's operational amplifier type THS4001 which has a bandwidth of 300 MHz was used. The design of the filter described in this report is typical of proactical applications and the steps involved in calculating component values ca

HS, Low Skew RS-422 Drvrs & Receivers Solve Critical System Timing Problems (Rev. A)

Texas Instruments
AN-457 High Speed, Low Skew RS-422 Drivers and Receivers Solve Critical System Timing Problems

Implementing a PI/4 Shift D-QPSK Baseband Modem Using the TMS320C50

Texas Instruments
Pi/4 D-QPSK (Pi/4 shift Differential-Quadrature Phase Shift Keying) is a four level modulation scheme first proposed by Baker in 1962 and is currently the focus of intensive research. The scheme is currently implemented in the American Digital Cellular Japanese Handy Phone and the European TETRA systems.The aim of this undergraduate project was to implement a Pi/4 Shift D-QPSK baseband modula

LB-15 High Stability Regulators

Texas Instruments
LB-15 High Stability Regulators

C implementation of the TMS320C64x Intrinsic Operators

Texas Instruments
The first optimization step that can be performed on C source code for the TMS320C6000™ DSP platform is to use intrinsic operators. These are built-in functions in the compiler that can be directly translated to assembly code for faster execution. The C6000 DSP family fixed-point processors are organized into two main families: the TMS320C62x™ DSP and the TMS320C64x™ DSP. The C6

Using the Improved CCM Small-Signal Model to Predict the Loop Stability of UCC28

Texas Instruments
Using the Improved CCM Small-Signal Model to Predict the Loop Stability of UCC289X Active

Optimizing the TPS62090 Output Filter

Texas Instruments
TPS62090 Optimizing the TPS62090 Output Filter

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