Seminario de Nuevas Tecnologías Electrónica Seta S.A. de C.V. y Freescale Semiconductor

Seminario de Nuevas Tecnologías Electrónica Seta S.A. de C.V. y Frees

cale Semiconductor

8 de Septiembre 2010 en Hotel Crown Plaza Lancaster

Costo $1500 Pesos (Incluye Herramienta, alimentos e I.V.A.) Estacinamiento $60 pesos

Agenda del día:

08:00 - 09:00 Registro de Asisitentes

09:00 - 10:00 Portafolio de Productos

10:00 - 01:00 Salon 1 - Soluciones Touch Sensing de Freescale

Salon 2 - MCU de 32bits ColdFire MCF51CN y OS MQX

01:00 - 02:00 Comida

02:00 - 04:30 Salon 1 -

Soluciones Touch Sensing de Freescale

Salon 2 - MCU de 32bits ColdFire MCF51CN y OS MQX

04:30 - 05:00 Rifa de Tarjetas de Desarrollo

MCU de 32bits Coldfire MCF51CN y Sistema Operativo MQX.

El objetivo de este curso es introducir al usuario en el manejo del ambiente de desarrollo CodeWarrior y la herramienta grafica para la configuración de periféricos Device Initilaization. También se presentan algunas características de MQX, el Sistema Operativo en Tiempo Real gratuito para la familia ColdFire.

• Familia de 32 bit ColdFire MCF51CN

• Sistema de desarrollo TOWER

• Configurando con Device Initialization:

• Entradas y salidas de propósito general

• Contador de Tiempo Real

• Convertidor Analógico-Digital

• Modulo PWM

• Interface de Comunicación Serial

• Sistema Operativo en Tiempo Real MQX

• ¿Que es un Sistema Operativo en Tiempo Real?

• Estructura del Directorio de MQX y Librerías

• Practicas y Ejemplos

Soluciones touch sensing de Freescale

En esta clase el usuario conocerá, aprenderá, e implantara este tipo de tecnologia que ayuda a aumentar la vida útil del producto, eliminando el desgaste mecánico y deterioro asociado con los botones y los interruptores mecánicos. La solución de Touch Sensing de Freescale se puede utilizar con cualquiera de sus Microcontroladores de 8-bits dando a los diseñadores la flexibilidad de elegir entre más de 300 números de parte.

• Soluciones de Freescale para el sensado

• Principios básicos de funcionamiento

• Diseño de electrodos

• Componentes de la demo board

• Manejando las APIS interfaz grafica

• Manejo del stack de touch de freescale

• Implementación del código

• Utilizacion del asistente de Configuración de Electrodos

• Prácticas y Ejemplos

Informacion en (55)5390 7713 setaion8@prodigy.net.mx

AUTOSAR - La nueva arquitectura de software en el sector Automotriz

Freescale Semiconductor lo invita a participar al seminario en línea:

AUTOSAR - La nueva arquitectura de software en el sector Automotriz

AUTOSAR (AUTomotive Open System ARchitecture) es una arquitectura de software abierta y estandarizada desarrollada conjuntamente por fabricantes de automóviles, proveedores y desarrolladores de herramientas de software. En este Webinar se entenderá que el principal objetivo de esta organización es estandarizar las arquitecturas de componentes electrónicos en el sector automotriz, de tal forma que esto permita la estandarización de funciones de sistema básicas y la portabilidad a diferentes variantes de vehículos y plataformas. También se platicará sobre el rol de Freescale en esta organización y sus soluciones. ¡No te lo pierdas!

Registrarse hoy al seminario »
https://www2.gotomeeting.com/register/760471803

Fecha:
Jueves 8 de Julio, 2010

Horario:
11:00 Central Daylight Time (CDT) -0500 UTC- México

11:00 Standard Time -0500 UTC- Colombia

13:00 Standard Time -0300 UTC- Argentina

Instructor:
Francisco Ramírez, Ingeniero de Aplicaciones de Freescale Semiconductor


Registro:
En respuesta recibirá un correo de confirmación con el link y la cita de Outlook para seminario en su horario local, al cual le sugerimos atienda por lo menos 5 minutos antes de su comienzo para no perder detalles sobre la sesión.

Para tener una experiencia de audio de calidad, recomendamos conectarse al seminario con una conexión a Internet de alta velocidad (palabras cortadas, retraso o sonidos robóticos pueden darse por un pobre desempeño de red, falta de memoria o uso excesivo del CPU).

Al final de la sesión de rifará una herramienta de dessarollo de Freescale.

STEVAL-MKI030V1 Vibration analysis demonstration board based on the STM8S207R6 MCU and LIS331DLH MEMS

Features and Description Detection of vibration of the board and display of this information using the LEDs Detection of circular motion of the board Detection of tilt of the board Six different modes of operation of the system Music/rhythm patterns as per the mode and motion of the board Low power consumption along with standby of the system on regular intervals of time Battery monitoring and display of the battery status using the LEDs Powered up by 3 AAA batteries. Free MCU I/Os for the future extensions SWIM connector for the debugging capability RoHS compliant The system, called as vibration analysis board, is a demonstration board which detects the vibration of the board and measures the acceleration in all three axes(X, Y and Z) because of this motion. This information is displayed using the different color LEDs placed in three axes. The system can detect the tilt of the board and this information is displayed using the Bi-color led placed at the center of the board. The board can also be configured to detect the circular motion of the board and LED patterns are generated depending on the motion of the board. The system is also provided with the demonstration mode, in which different LED patterns get displayed irrespective of the position/motion of the board making the system suitable for exhibitions and seminars. There are three musical modes in which the music/rhythm is played as per the mode/motion of the board and there are three silent modes making total of six different modes of operation of the system. The system can be switched from one mode to other by pressing an onboard push button designated MODE. The system is put on the standby whenever there is no motion of the board for more than 10 seconds, reducing the power consumption of the system. The system wakes up from standby whenever any vibration/motion is detected. The system also monitors the battery and user can check the battery status at any time. Whenever the low battery is detected the system alerts the user to change the battery and enters into halt mode to avoid any misbehavior of the system. The board is having free MCU I/Os for the external interface. Also SWIM connector is provided on the board providing the in circuit debugging capability. The system can be powered up using 3 AAA batteries of 1.5 V each. The board is of circular shape with total dimensions of 84 mm diameter and 26 mm height. The board is RoHS compliant. Technical Documentation Data brief Download Resources Gerber Files attached (11-May-2009, 579 KB) Schematics attached (20-May-2009, 57 KB) Bill of material request (11-May-2009, 12 KB) Software Description Version Date Size (KB) Vibration analysis tool setup attached 1.0 2009-05-13 458 Key Products LIS331DLH STM8S207R6T6 L6926 Purchase STEVAL-MKI030V1 Price and Availability Electronica Seta

Additional ST Product & System Evaluation Boards are listed online at:

http://www.st.com/evalboards

Xtrinsic Touch Sensing Software (TSS) 2.0 Add touch. With flexible libraries.

Xtrinsic Touch Sensing Software (TSS) 2.0

Add touch. With flexible libraries.

Xtrinsic Touch Sensing Software (TSS) 2.0 is Freescale’s second generation of innovative touch sensing software - now enabling 32-bit ColdFire V1 MCUs with touch functionality in addition to 8-bit S08 MCUs, providing cost effective and flexible solutions for Human Machine Interfaces.

In addition, release 2.0 has functions capable of improving low power and accuracy like the ability to use KBI and Input Capture interrupts combined with the ATL algorithm. Another new feature is the IIR filter that enhances the noise immunity. The standard software libraries are free to use, no NRE or royalty payments are required, and it can be downloaded from www.freescale.com/touch by agreeing to a standard license agreement.

Benefits of TSS 2.0

• Touch added to one chip solution to reduce the overall system cost and size
• Enables over 650 Freescale 8-bit S08 and 32-bit ColdFire V1 MCUs as a touch sensors
• Free license software with low cost development tools
• Enhances reliability by eliminating mechanical wear and tear
• Reduce time to market and development costs
• Increase lifetime of products

Key Features and Specifications

• Full API set support
• Up to 64 electrodes
• No need of extra IC
• Configurable rotary, slider and keypad decoders
• Optimized buffer structure enabling any arrangement of electrodes
• Smart auto-calibration mechanisms to prevent environmental hassles
• Noise rejection algorithms, new IIR filtering
• New KBI and IC functions for TSS ATL method
• Ability to enable and disable keys on runtime
• Auto repeat, stuck-up key, gorilla hand and other typical HMI function capabilities
• Ability to co-exist with other application code
• PC GUI application for electrode characterization
• Support multiple communication protocols: I2C, LIN, CAN , SPI, USB and more
• Possibility to have other peripherals working at the same time: LCD, LEDs, buzzer, ADC, other sensors, and more.
• 1.8 V to 5.5 V operational voltage
• CodeWarrior™ 6.3 compatibility
• Demos and application examples

Targeted Applications

Consumer	Industrial	Automotive
> Home appliances Front panels Touch screens Multi-media boards > Personal media players > Audio-video systems > Mobile phone handset > PC peripherals Keyboards Touch screens Touchpad Mouse > Electronic Gaming	> Medical - Handhelds Touch screens Front panels Medical devices interfaces > Factory Automation Instrumentation panels Building control panels Front panels HVAC controls	> Body and Security HVAC panels Central stacks Lighting controls Steering wheel sensors > Driver info and entertainment Dashboards Driver information systems Radio facelifts

Freescale Support Ecosystem

Freescale has a full set of development tools, that include the touch-sensing software evaluation board TSSEVB, any of the demo board for the S08 and ColdFire V1 Flexis families, combined with the KITPROXIMITYEVB, Tower sensor pack (TWR-SENSOR-PAK), electrode graphing tool (EGT), library configuration GUI, demo applications and documentation.

The TSSEVB contains everything to get started with a touch sensing application. This includes an out-of-box DVD including TSS installer, CodeWarrior 6.3 for microcontrollers, access to complementary GUIs, demo application examples and application notes. Everything you need to quickly get started with product evaluation and application development. The EVB hardware includes multiple touchpad configurations, i.e. keypad, rotary, slider configurations, enabling you to evaluate your preferred option.

• TSSEVB Evaluation Board
• Availability: available now.
• Pricing: USD$99
• Purchasing Information: TSSEVB web site under Buy/Specification tab.
• TSSSW 2.0 Software Release
• Availability: Mid July, 2010.
• Pricing: Free
• Purchasing Information: From TSS Summary page, go to Software and Tools tab, click on TSS installer, log in, accept Freescale license agreement, and download - after July 19, 2010.

Orderable Part Numbers, Pricing & Availability

Orderable Part Number	Description	MPQ	Pricing	Availability	Suggested Stocking Qty
TSSEVB	Touch Sensing Software Evaluation Board	1	Ask Seta	Available now	25
TSSSW 2.0	Touch Sensing Software Suite	NA	Free	July 19, 2010	NA

Price and availability with Electrónica Seta

Available Documentation

Document Type	Document Name
Reference Manuals	TSSAPIRM: Touch Sensing Software API Reference Manual
Application Notes	AN3863: Designing Proximity Sensing Electrodes AN3934: How to implement a HMI using FSL touch-sensing suite
Evaluation System	TSSEVBUG: Touch Sensing Software Evaluation Board User Guide TSSEGTUG: Touch Sensing Electrode Graphing Tool Users Guide TSSEVBQSG: Touch Sensing Software Evaluation Board Quick Start Guide TSSUG: Touch Sensing Software User Guide
Competitive information	TSS High Level Comparisons
Fact Sheets	TSSFS REV 2: Touch Sensing Software 2.0 Fact Sheet

All documentation for this product will be found at http://www.freescale.com/touch (under Xtrinsic Touch Sensing Software 2.0)