You are in control. Wireless Control.

Transcription

1 You are in control Wireless Control IEEE based wireless remote control solutions from Freescale Semiconductor & Future Electronics featuring Future Electronics Wireless Lighting & Control Reference Design

2 The Future Electronics Wireless Lighting & Control Reference Design integrates wireless communication, analog and sensor technologies from Freescale Semiconductor with solid-state LED-based lighting solutions from Future Lighting Solutions to form a low-cost and flexible wireless control solution enabling accelerated application to a multitude of markets. MC3x.4 GHz System in a Package Freescale Semiconductor s second-generation ZigBee compliant platform combines an IEEE compliant radio and an 8-bit MCU into a 9 x 9 x mm 64-pin LGA package, creating the first ZigBee compliant System in a Package (SiP). The MC3x Family encompasses a series of devices that are memory scalable to fit the needs of the application. Each device includes a Freescale MC9S08GT-based MCU with up to 60 KB of Flash and.4 GHz transceiver. MC3x Family Tx/Rx Switch Analog Receiver Frequency Generator Analog Transmitter IRQ Arbiter Power Management Digital Transceiver Buffer RAM RFIC Timers Digital Control Logic RAM Arbiter Voltage Regulators HCS08 FLASH Memory RAM Low Voltage Keyboard Internal Clock Gen Background Debug Module 8-ch, 0-bit ADC x SCI I C 6-bit Timers COP Up to 39 GPIO Microcontroller Features 40 MHz HCS08 low-voltage, low-power core Up to 60 KB Flash and 4 KB RAM - MC3: 6 KB Flash, KB RAM - MC3: 3 KB Flash, KB RAM - MC33: 60 KB Flash, 4 KB RAM Multiple 6-bit timers V to 3.4 V operating voltage with voltage regulator -40º C to +85º C temperature range Low external component count Requires a single 6 MHz crystal Auto-trim feature for crystal accuracy Supports SMAC, IEEE MAC, SynkroRF, RF4CE and ZigBee 9 x 9 x mm 64-pin LGA package 8-bit port keyboard interrupt (KBI) 8-channel, 0-bit analog-to-digital converter (ADC) Two independent serial communication interfaces (SCI) supporting up to 5. kbaud Inter-integrated circuit (I C) with 00 kbps maximum bus loading Internal clock generator (ICG) at 00 khz or 6 MHz (includes internal reference generator) Low-voltage detection On-chip Background Debug Module (BDM) provides in-circuit debug and Flash programming Programmable low-voltage interrupt (LVI) RF Features Fully compliant IEEE transceiver supports 50 kbps O-QPSK data in 5.0 MHz channels and full spread-spectrum encode and decode Operates on one of 6 selectable channels in the.4 GHz band 0 dbm nominal output power, programmable from -7 dbm to +4 dbm Receive sensitivity of < -9 dbm (typical) at percent PER Integrated transmit/receive switch Two integrated PAs, programmable for single-ended or full differential operation Supports external low-noise amplifier (LNA) and/or PA Three low-power modes for increased battery life Programmable frequency clock output for use by MCU Onboard trim capability for 6 MHz crystal reference oscillator - Eliminates need for external variable capacitors - Allows for automated production frequency calibration Four internal timer comparators available to supplement MCU timer resources Supports streaming and post data processing modes Seven general purpose input outputs (GPIOs) to supplement MCU GPIO

3 BeeKit Wireless Connectivity Toolkit Wireless networking has enabled application developers to enhance their product offerings and take their applications to new levels of functionality. This increase in functionality is traditionally followed by an increase in application complexity. Wireless link management and protocol management are among the new topics that developers need to address as they head down the wireless networking road. BeeKit from Freescale provides a comprehensive graphical development environment where these design considerations can be managed in a straightforward, uncomplicated approach. BeeKit Block Diagram Windows Based Components BeeKit GUI Embedded SW Components (Codebase) ZigBee/ZigBee Pro (BeeStack Zigbee) BeeApps ZigBee RF4CE (BeeStack Consumer) IEEE MAC/PHY Project Editor and Compiler SynkroRF SMAC Debugger Platform Management (PLM) Technical Features Operating system support - Windows Windows XP The BeeKit graphical user interface (GUI) provides - Simple MAC (SMAC) MAC - SynkroRF - ZigBee RF4CE (BeeStack Consumer) - ZigBee/ZigBee Pro (BeeStack ZigBee) Target processor architectures supported - MC34 (ARM7) - MC33 (HCS08) - MC3 (HCS08) - MC3 (HCS08) - MC9S08GT60 (HCS08) - MC9S08QE8 (HCS08) Integrated development environments (IDE) - CodeWarrior Development Studio for HCS08 - IAR EWARM for ARM7 Development kits supported - 3XDSK - 3XNSK - 3XEVK - 3XCSK - 3XDSK - 3XNSK - 3XEVK - 30XRFC - 30X-QE8-DSK plus M68EVB908GB60E Ordering information - BeeKit included with all development kits and downloadable from the web - 90-day evaluation copy of BeeStack with BeeKit download and in kits - BeeStack includes ZigBee RF4CE (BeeStack Consumer) and ZigBee/ZigBee Pro (BeeStack ZigBee) protocol stack alternatives Freescale s Wireless Connectivity Products Summary Software Simple MAC (SMAC) (approx. 4 8 KB memory) Proprietary SMAC (simple MAC) software Cost-efficient solution Library of transceiver-related primitives Small size memory alternatives ANSI C source code provided Provides serial peripheral interface (SPI) and control interface of the transceiver from the MCU Ultra-low-power requirements Ultra-low-memory requirements Repeater functionality Over-the-air programming - Point-to-point - Star networks IEEE Compliant MAC (approx KB memory) IEEE compliant physical layer (PHY) and MAC software Compliant to all IEEE specifications Supports beaconed and non-beaconed networks Guaranteed time slots (GTS) Advanced Encryption Standard (AES) encryption - Mesh and cluster tree networks - Robust communication and timing critical networks SynkroRF (approx. 3 KB memory) When simple MAC (SMAC) is too simple When ZigBee is too complex based, easy to use Provides complete network stack API Channel agility with dynamic interference avoidance Supports larger data transfers with fragmentation Low latency transmission features for enhanced performance in noisy environments - Cable replacement - Simple point-to-point - Wireless control - Wireless monitor ZigBee RF4CE (approx. 40 KB memory) Wireless for consumer electronics control, monitor and automation Reliable data delivery with CSMA-CA and message acknowledgement Additional interference avoidance techniques implemented Power saving modes enable lower standby current, increasing battery life Allows designs to meet Energy Star requirements Support for acknowledged, non-acknowledged, unicast and broadcast messages Support for non-secure and secure communications with AES-8 bit encryption Simple mechanism for pairing Only authorized paired devices can communicate Support for interoperability through standardized profiles ZigBee/ZigBee Pro (approx KB memory) Complete wireless networking standard from antenna to application program interface (API) Supports ZigBee 007 Supports ZigBee Pro Supports ZigBee Smart Energy Profile Provides interoperability among end products Established routing algorithm Network recovery and healing Wireless embedded or dongle options - Mesh and cluster tree networks - Robust communication and timing critical networks

4 MPR03/ Low-Power Proximity Sensors Freescale Semiconductor s MPR03 and MPR03 proximity touch sensor controllers simplify design in the user interface of choice touch sensing. Embedded developers require design simplicity and power conservation in a small form factor for compact system designs. The MPR03x capacitive touch sensors replace mechanical buttons, switches and other moving parts that typically wear out and are less reliable. Electrode/Pad Connections in Run Mode 3 3 ELE ELE ELE ELE Run Mode with 3 Electrodes INT Run Mode with 3 Pads ELE ELE INT Run Mode with Electrodes Run Mode with Electrode Electrode/Pad Connections in Mode Area Run Mode with Pads Features 8μA supply current with two electrodes being monitored with 3ms response time and IRQ enabled Compact x x 0.65mm 8-lead μdfn package Supports up to 3 touch pads Only one external component needed Intelligent touch detection capacity 4μA maximum shutdown current.7v to.75v operation Threshold based detection with hysteresis I C interface, with optional IRQ Multiple devices in a system allow for up to 6 electrodes (need MPR03 with second I C address) -40 C to +85 C operating temperature range Benefits Elimination of mechanical buttons Enhances reliability by eliminating mechanical wear and tear Electrode multiplexing User interface controllers that manage multiple configurations Gives greater flexibility to product designers Reduces overall system cost MC The Industry s Most Flexible Battery Charger Solution The MC34673 is a cost-effective fully-integrated battery charger for Li-Ion or Li-Polymer batteries. Supporting input voltages up to 8V, it eliminates the input over-voltage-protection circuit required in handheld devices and with a charge cycle that includes trickle, constant-current (CC) and constant-voltage (CV) charge modes, the MC34673 ensures your batteries safely reach maximum capacity. MC3467, MC34673 and MC34675 Single Input Charger Internal Block Diagram VIN Monitor Current Settings & Monitor EOC Internal Supply & Reference Charge Control Die Temp. Feedback 4.85V Linear Regulator * * MC34675 only Features +/-0.7% output voltage accuracy over -0 C to +70 C (over -40 C to +85 C for the MC34675) +/-5% charge current accuracy over -40 C to +85 C (+/-6% for MC34673 and MC34675) V OVP for MC3467 and 6.8V for MC34673/5 8V maximum input voltage rating eliminates need for external transient protection devices Capable of delivering up to.a of programmable charge current External FETs, blocking diodes and current sense resistors are not required Low external component count Low-profile, compact mm x 3 mm x 0.65 mm UDFN thermally enhanced package Benefits Industry s most flexible Li-ion and Li-polymer battery charger solution Complete charger for single-cell Li-ion and Li-polymer batteries Feature-rich and easily modified to meet the needs of a wide variety of applications Meets AC/DC adapter standard YD/T in the Chinese cell phone market Trickle charge for fully discharged batteries

5 Future Electronics Exclusive Wireless Lighting & Control Reference Design The Wireless Lighting & Control Reference Design from Future Electronics illustrates the power of wireless control in solid-state lighting applications thru a multi-fixture configuration supporting color mixing and dimming of RGBW High-Brightness LEDs. The user can independently control each LED on each Remote Light Board, achieving separate colors on each (as shown below) or broadcasting a desired color from one Remote Light Board to all others on the network. Controller Block Diagram Controller board USB power indicator Battery charging LED What s in the box? Controller Board unit This handheld device allows the user to wirelessly control the Remote Light Boards on the network via the attached Transceiver daughter card. The Controller motherboard features the MPR03 and MPR03 capacitive proximity sensors communicating touch and rotary electrode inputs to the Transceiver Board, as well as a rechargeable Lithium-Ion battery and USB-sourced MC34673 charging solution, and 3 indicator LEDs. Transceiver board USB connector 8 x connector Voltage regulator Capacitive Sensors Battery charger Power switch Rechargeable battery Board electrodes Remote Light Board 3 units These light fixtures each host a Transceiver Board and feature Philips Lumileds Rebel Red, Green Blue and White High-Brightness LEDs, each driven independently by National Semiconductor LM3406 LED Drivers. The 4 source light output is mixed by Polymer Optics 30 Mixer Reflector designed specifically for the Rebel LEDs. LEDs Tx Rx Fn Transceiver Board 4 units Each holds a Freescale MC33 (8-bit MCU modem), a PCB antenna, BDM connector and 8x connector to plug into the mother board (Controller or Remote Light Board).

6 Our Partners Future Lighting Solutions Future Lighting Solutions is the leading provider of LED lighting components and solution support for lighting designers and OEMs interested in taking advantage of solid-state lighting technology. Future Lighting Solutions provides LED lighting knowledge, resources, programs, partners, solutions and logistics support to promote the development and installation of LED products. The company is a division of Future Electronics, the third largest electronic components distributor in the world. Both companies operate in 69 locations in 4 countries in the Americas, Europe and Asia. Making LED Lighting Solutions Simple. Philips Lumileds is the world s leading provider of power LEDs for everyday lighting applications. The company s recent records for light output, efficacy and thermal management are direct results of the ongoing commitment to advancing solid-state lighting technology and enabling lighting solutions that are more environmentally friendly, help reduce CO emissions and reduce the need for power plant expansion. Philips Lumileds LUXEON LEDs are enabling never before possible applications in hospitality, outdoor lighting, retail lighting and in homes. Philips Lumileds products are exclusively supported by Future Lighting Solutions. National Semiconductor creates highperformance, analog intensive solutions that differentiate customers products by providing more energy efficiency, precision, portability, better audio and sharper images in electronics systems. Analog technologies are the essential link between the digital world of ones and zeroes and the real world of light, sound, temperature, speed, and pressure. National s leading-edge analog portfolio features the world s most popular audio and operational amplifiers, interface technologies, data converters, and power management solutions for applications including cellular handsets, displays, communications infrastructure, and electronics such as medical, automotive, and test and measurement devices. Polymer Optics (POL) is a center of excellence for the latest optical technologies in plastics materials, specializing in optical design, mould tooling, optical moulding and advanced tooling and product finishing methods, specifically for plastics materials. Their flexible approach and vast experience enables them to provide the right solution to match your precise needs, supported by volume production on a global basis. Experience it for yourself See the Future Electronics Exclusive Wireless Lighting & Control Reference Design for yourself! View a video demonstration online at Register online to launch your design. We ll give you access to our reference design files including schematics, bills of material, build files and software. Contact your local Future Electronics Advanced er or Future Lighting Solutions representative to discuss how they can assist you with your design effort towards a wireless control application. You are in control.