TMS320C5410
Abstract: ST c542 TLC320AD90 TMS320C5000 ADSP-2171 ADSP-2187L ADSP-2189L ADSP-218X C5000 C5402
Text: Today’s Agenda ✔ What are my system requirements? ✔ How do I work with TI’s ’C6000? ✔ How do I work with TI’s ’C5000? How do TI’s tools make my development easier? What support can I count on? TMS320C5000 How do I work with TI’s ’C5000?
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C6000?
C5000?
TMS320C5000
C5000
C5000:
optimi00
ADI2189L
TMS320C5420
C5420:
TMS320C5410
ST c542
TLC320AD90
TMS320C5000
ADSP-2171
ADSP-2187L
ADSP-2189L
ADSP-218X
C5402
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EMIF sdram full example code
Abstract: C6000 asm 56002 evm dac EPROM C5000 C6000 C6201 C67x TMS320C6000 TMS320C6201
Text: Today’s Agenda ✔ What are my system requirements? ✔ How do I work with TI’s ’C6000? How do I work with TI’s ’C5000? How do TI’s tools make my development easier? What support can I count on? TMS320C6000 How do I work with TI’s ’C6000? What performance can I expect?
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C6000?
C5000?
TMS320C6000
C6000
C6000:
ADI-21160
C6701
C6701
EMIF sdram full example code
C6000 asm
56002 evm
dac EPROM
C5000
C6201
C67x
TMS320C6000
TMS320C6201
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Untitled
Abstract: No abstract text available
Text: Application Report SNVA664C – August 2012 – Revised November 2013 AN-2227 LP5523 Evaluation Kit Ossi Partanen ABSTRACT This document describes how to get the LP5523 evaluation board up and running, how to use evaluation and programming software and how to get started with programming.
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SNVA664C
AN-2227
LP5523
LP5523
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CR16
Abstract: CR16B CR16MCS9 CBITB
Text: 1.0 Date: April 2000 Introduction This application note describes how In System Programming ISP works in general and how it can be accomplished by using the CR16MCS9VJE device. This software will be explained later on in more detail which should enable the reader to understand how a possible ISP software
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CR16MCS9VJE
CR16B
CR16
CR16MCS9
CBITB
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intel asm96
Abstract: line interactive ups design with avr function p71 0107 ASM96 MB89850 MB89T625 MB89T637 MB89T855 MAN896 SK8 board
Text: F2MC-8L MB89620/630/850 Series Evaluation Board USER MANUAL page -1- Read this first This book describes the Fujitsu F2MC-8L Starterkit_8 and how to use it with the provided tools. How to use this manual The goal of this book is to help you learn how to develop your own
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MB89620/630/850
intel asm96
line interactive ups design with avr function
p71 0107
ASM96
MB89850
MB89T625
MB89T637
MB89T855
MAN896
SK8 board
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YUV420
Abstract: YUV422 yuv420 yuv422 to yuv420 edma3 SPRU987 yuv420 to yuv422 c64p TMS320DM6437 Evaluation Module U2390 TMS320DM6437
Text: Application Report SPRAAN4A – June 2008 How to Use the EDMA3 Driver on a TMS320DM643x Device Zhengting He . ABSTRACT This application report describes how to use the existing enhanced direct memory
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TMS320DM643x
TMS320DM643x
YUV420
YUV422 yuv420
yuv422 to yuv420
edma3
SPRU987
yuv420 to yuv422
c64p
TMS320DM6437 Evaluation Module
U2390
TMS320DM6437
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XR16C2850
Abstract: No abstract text available
Text: XR16L2751 -High-Performance 2.25V - 5.5V DUART HomeNewsCareers Investor Relations Contact Us PartnerNet Login Search CommunicationsInterfacePower Management XR16L2751 Support Info Request How to Order Samples How to Buy Print this page High-Performance 2.25V - 5.5V DUART
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XR16L2751
TQFP-48
125Mbps
XR16C2850
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an3202
Abstract: rev counter SPEAr600 004C
Text: AN3202 Application note How to configure the SPEAr600 general purpose timers GPTs Introduction This application note provides information about how to configure the general purpose timers (GPTs) integrated in the SPEAr600 embedded MPU family. General purpose timers (GPTs) play an important role in any system as they provide a
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AN3202
SPEAr600
an3202
rev counter
004C
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rev counter
Abstract: 1699 004C
Text: AN3140 Application note How to configure the SPEAr3xx general purpose timers GPTs Introduction This application note provides information about how to configure the general purpose timers (GPTs) integrated in the SPEAr3xx embedded MPU family. General purpose timers (GPTs) play an important role in any system as they provide a
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AN3140
rev counter
1699
004C
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61A8
Abstract: AN974 C350 ST72324 500 hours counter
Text: AN974 APPLICATION NOTE Real time clock with ST7 Timer Output Compare By MCD Application Team 1 INTRODUCTION The purpose of this note is to present how to use the ST7 Timer output compare function. As an application example, this document presents how to generate a real time clock with
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AN974
61A8
AN974
C350
ST72324
500 hours counter
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XR16L2750
Abstract: XR16C2850
Text: XR16L2750 -High-Performance 2.25V - 5.5V DUART HomeNewsCareers Investor Relations Contact Us PartnerNet Login Search CommunicationsInterfacePower Management XR16L2750 Support Info Request How to Order Samples How to Buy Print this page High-Performance 2.25V - 5.5V DUART
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XR16L2750
PLCC-44,
TQFP-48
125Mbps
XR16C2850
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Untitled
Abstract: No abstract text available
Text: XR16L2752 -High-Performance 2.25V - 5.5V DUART HomeNewsCareers Investor Relations Contact Us PartnerNet Login Search CommunicationsInterfacePower Management XR16L2752 Support Info Request How to Order Samples How to Buy Print this page High-Performance 2.25V - 5.5V DUART
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XR16L2752
PLCC-44
125Mbps
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ST16C650A
Abstract: No abstract text available
Text: XR16C850 -UART with 128-Byte FIFO and Infrared IrDA Encoder/Decoder HomeNewsCareers Investor Relations Contact Us PartnerNet Login Search CommunicationsInterfacePower Management XR16C850 Support Info Request How to Order Samples How to Buy Print this page
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XR16C850
128-Byte
ST16C550,
ST16C650A
TL16C750
RS-485
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ssi 73M2550
Abstract: FIFO18 ST16C1550CJ28-F
Text: ST16C1550 -UART with 16-Byte FIFOs HomeNewsCareers Investor Relations Contact Us PartnerNet Login Search CommunicationsInterfacePower Management ST16C1550 Support Info Request How to Order Samples How to Buy Print this page UART with 16-Byte FIFOs Specifications
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ST16C1550
16-Byte
73M1550/2550
INS8250,
NS16C550
24Mhz
ssi 73M2550
FIFO18
ST16C1550CJ28-F
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HT66F40
Abstract: 10invalid
Text: How to Use the CTM Timer Mode in the HT66F40 How to Use the CTM Timer Mode in the HT66F40 D/N：HA0237E Introduction The HT66Fx0 series devices include what are known as Timer Modules, which have multiple functions and combine features such as Timer and PWM output generation into a
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HT66F40
D/NHA0237E
HT66Fx0
HT66F40
10-bit
1024us
10invalid
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TMS320
Abstract: TMS320C30 TMS320C31 TMS320C32 SPRU132 SPRU035 SPRU053
Text: TMS320C32 How TMS320 Tools Interact With the TMS320C32's Enhanced Memory Interface Application Report 1995 Digital Signal Processing Products Printed in U.S.A., November 1995 SPRA048 TMS320C32 How TMS320 Tools Interact With the TMS320C32’s Enhanced Memory Interface
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TMS320C32
TMS320
TMS320C32
SPRA048
TMS320C30
TMS320C31
SPRU132
SPRU035
SPRU053
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memory compiler
Abstract: TMS320 TMS320C30 TMS320C31 TMS320C32 SYSM SPRU053
Text: TMS320C32 How TMS320 Tools Interact With the TMS320C32's Enhanced Memory Interface Application Report 1995 Digital Signal Processing Products Printed in U.S.A., November 1995 SPRA048 TMS320C32 How TMS320 Tools Interact With the TMS320C32’s Enhanced Memory Interface
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TMS320C32
TMS320
TMS320C32
SPRA048
free16(
malloc16(
memory compiler
TMS320C30
TMS320C31
SYSM
SPRU053
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ST16C554DCJ68-F
Abstract: No abstract text available
Text: ST16C554 -Quad UART with 16-Byte FIFOs HomeNewsCareers Investor Relations Contact Us PartnerNet Login Search CommunicationsInterfacePower Management ST16C554 Support Info Request How to Order Samples How to Buy Print this page Quad UART with 16-Byte FIFOs
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ST16C554
16-Byte
ST16C454,
ST68C454,
ST68C554,
TL16C554
24MHz)
ST16C554DCJ68-F
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TMS320
Abstract: TMS320C30 TMS320C31 TMS320C32 SPRU034E SPRU132 tms320c32 Instruction set summary SPRU053
Text: TMS320C32 How TMS320 Tools Interact With the TMS320C32's Enhanced Memory Interface Application Report 1995 Digital Signal Processing Products Printed in U.S.A., November 1995 SPRA048 TMS320C32 How TMS320 Tools Interact With the TMS320C32’s Enhanced Memory Interface
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TMS320C32
TMS320
TMS320C32
SPRA048
TMS320C30
TMS320C31
SPRU034E
SPRU132
tms320c32 Instruction set summary
SPRU053
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APP3694
Abstract: DS1086 control register mean
Text: Maxim > App Notes > OSCILLATORS/DELAY LINES/TIMERS/COUNTERS POWER-SUPPLY CIRCUITS Keywords: DS1086, down-dithering EconOscillator, centered spread spectrum Dec 22, 2005 APPLICATION NOTE 3694 How to 'Center' a Down-Dithering EconOscillator Abstract: This application note describes how to use a down-dithering EconOscillator in an application that requires a
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DS1086,
com/an3694
DS1086:
AN3694,
APP3694,
Appnote3694,
APP3694
DS1086
control register mean
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ST62
Abstract: ST6230 counter cp2
Text: APPLICATION NOTE INPUT CAPTURE WITH ST62 16-BIT AUTO-RELOAD TIMER by 8-bit Micro Applicatio n Team 1 INTRODUCTION This note presents how to use the ST62 16-bit Auto-Reload Timer ARTimer to measure durations or frequencies of an input signal. An example shows how to capture an input signal to
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16-BIT
ST62
ST6230
counter cp2
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AN1050
Abstract: ST62 ST6230
Text: APPLICATION NOTE INPUT CAPTURE WITH ST62 16-BIT AUTO-RELOAD TIMER by 8-bit Micro Application Team 1 INTRODUCTION This note presents how to use the ST62 16-bit Auto-Reload Timer ARTimer to measure durations or frequencies of an input signal. An example shows how to capture an input signal to
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16-BIT
AN1050
ST62
ST6230
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ST62
Abstract: ST6230
Text: R APPLICATION NOTE INPUT CAPTURE WITH ST62 16-BIT AUTO-RELOAD TIMER by 8-bit Micro Application Team 1 INTRODUCTION This note presents how to use the ST62 16-bit Auto-Reload Timer ARTimer to measure durations or frequencies of an input signal. An example shows how to capture an input signal to
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16-BIT
ST62
ST6230
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AN1846
Abstract: ST92195 PLL TV MODULATOR
Text: AN1846 APPLICATION NOTE How to reduce Power Consumption using an ST92X195 1 INTRODUCTION This Application Note explains how to reduce power consumption using an ST92x195 microcontroller. It describes several Low Power modes and provides the corresponding typical consumption values.
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AN1846
ST92X195
ST92x195
AN1846
ST92195
PLL TV MODULATOR
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