Leading-edge technology from Texas Instruments.

Hands on BeagleBoard training at ESC Boston available

Looking to design cool projects on a BeagleBoard? Don't miss this two-
day BeagleBoard hands-on training at ESC Boston, September 26-29. Sign
up today!

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=dsps_beagleboard_esc_110821_08232011&kt=12&kd=http%3A%2F%2Fesc.eetimes.com%2Fboston%2Fti_beagleboard%3FHQS%3Ddsps_beagleboard_esc_110821%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

TI drives industry's rugged PDA

Learn why Psion selected to use the AM3715 Sitara ARM microprocessor
for its Psion EP10, the industry's most powerful and rugged PDA. Read
the case study today.

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=dsps_psion_pda_110821_08232011&kt=12&kd=http%3A%2F%2Ffocus.ti.com%2Flit%2Fml%2Fsprl095%2Fsprl095.pdf%3FHQS%3Ddsps_psion_pda_110821%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

C6-Integra DSP+ARM Processor:
-----------------------------
Video: Embedded System Security with OMAP-L138/C6748 Devices

As the list of high-profile security breaches continues to grow and
technology pushes into new markets, such as Medical devices, security
has become a requirement for many embedded systems. This video enables
you to take charge of your security future by understanding the
fundamental security questions you need to think about for your system
as well as introduce the proven security technologies within the OMAP-
L138 C6-Integra DSP+ARM processors and C6748 high-performance DSPs.

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=aec_embed_security_video_110821_08232011&kt=12&kd=http%3A%2F%2Ffocus.ti.com%2Fgeneral%2Fdocs%2Fvideo%2FPortal.tsp%3Flang%3Den%26entryid%3D0_915v91pm%26HQS%3Daec_embed_security_video_110821%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

EZ 1-2-3 Design Tips & Tricks for TI's C6-Integra DSP+ARM Processors

C6-Integra DSP+ARM processors are highly integrated programmable
platforms which leverage the real-time signal performance of a fixed-
/floating-point DSP and the host processing capabilities of an ARM
processor. Please check out TI's NEW wiki for the C6-Integra product
family which is to foster cooperative development among the C6-Integra
developer community. We encourage you to spend some time reading
through what's there, add to it, and create your own topics, tips and
tricks. Visit today!

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=dsps_integra_design_tips_110821_08232011&kt=12&kd=http%3A%2F%2Fprocessors.wiki.ti.com%2Findex.php%2FCategory%3AC6-Integra%3FHQS%3Ddsps_integra_design_tips_110821%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

Article: Why DSPs are important for the Smart Grid

As designers develop today's increasingly complex smart-grid systems,
they are challenged with determining the appropriate mix of processing
elements and discrete components to use to optimize system performance.
This article published on electronicproducts.com will examine the
benefits of integrating a floating-point digital signal processor (DSP)
with a general-purpose processor (GPP) to enable optimized processing
by each core.

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=dsps_smart_grid_article_110821_08232011&kt=12&kd=http%3A%2F%2Fwww2.electronicproducts.com%2FWhy_DSPs_are_important_for_the_smart_grid-article-fapo_TI_SmartGrid_jul2011-html.aspx%3FHQS%3Ddsps_smart_grid_article_110821%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

USB:
----
SuperSpeed USB 4-Port xHCI Host Controller

The TUSB7340 easily adds SuperSpeed USB ports to PC or consumer
platforms with full backwards compatibility to USB 2.0 devices.

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=hpa_tusb7340_110814_08232011&kt=12&kd=http%3A%2F%2Ffocus.ti.com%2Fdocs%2Fprod%2Ffolders%2Fprint%2Ftusb7340.html%3FHQS%3Dhpa_tusb7340_110814%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

C2000(TM) 32-bit Real-time MCUs:
----------------------------------
Concerto F28M35x Technical Reference Manual

This manual details the integration, environment, functional
description, and the programming models for each peripheral and
subsystem in the F28M35x Microcontrollers

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=mcu_concerto_110821_08232011&kt=12&kd=http%3A%2F%2Fwww.ti.com%2Flit%2Fspruh22%3FHQS%3Dmcu_concerto_110821%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

Data Converters:
----------------
4-channel, 16-bit, 1.25-GSPS Digital-to-Analog Converter

The DAC3484 is 25 percent faster, 65 percent lower power and 40 percent
smaller than existing 16-bit 4-channel DACs. Designed for wireless
communications such as 3G/4G cellular infrastructure, the DAC3482,
DAC3484 and DAC34H84 are specifically tailored for driving RF IQ
modulators.

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=hpa_dac3484_110814_08232011&kt=12&kd=http%3A%2F%2Ffocus.ti.com%2Fdocs%2Fprod%2Ffolders%2Fprint%2Fdac3484.html%3FHQS%3Dhpa_dac3484_110814%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

Power Management:
-----------------
How to Use Analog Dimming With the TPS6116x

The TPS6116x family of devices are simple, white LED drivers that can
drive up to 10 LEDs in series. The CTRL pin on these devices is the
input for the integrated analog dimming circuitry but can only be used
for PWM signals switching higher than 5 kHz. This application report
shows a simple, external circuit that can be used to perform analog
dimming from PWM signals that are below 5 kHz as well as from other
analog sources.

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=hpa_dimguide_110814_08232011&kt=12&kd=http%3A%2F%2Fwww.ti.com%2Flit%2Fan%2Fslva471%2Fslva471.pdf%3FHQS%3Dhpa_dimguide_110814%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039

16-Channel Constant-Current LED Driver with 7-Bit Global Brightness,
Power-Save, and Self-Diagnostics

The TLC5929 is a cost-optimized, constant-current sink, multi-channel,
on/off (non-PWM) LED driver designed for high-reliability LED display
applications where PWM dimming control is not required. The integrated
channel switching delay minimizes simultaneous switching noise,
critical in simple two-layer PCB designs where optimal GND routing may
not be possible.

http://recp.mkt32.net/ctt?m=495039&r=LTgxNDk2NjM3MQS2&b=2&j=MTgzNjI5NzM3S0&k=hpa_tlc5929_110814_08232011&kt=12&kd=http%3A%2F%2Ffocus.ti.com%2Fdocs%2Fprod%2Ffolders%2Fprint%2Ftlc5929.html%3FHQS%3Dhpa_tlc5929_110814%26DCMP%3Dmytinwsltr_08_23_2011%26sp_rid_pod3=LTgxNDk2NjM3MQS2%26sp_mid_pod3=495039


Fonte: Texas Instruments [myti@newsletters.ti.com]