Metering and Home Area Network Catalog - Future Electronics

341 2B>Table of ContentsADD 1Bias Power 2Cyan 3Diodes 5Freescale 6Fairchild 8Hirose 9Littelfuse 10Lumex 12Microchip 14National 15NXP 16ON Semi 19TE Connectivity 21Varta 22Vishay 23Introduction to Metering and HAN CatalogAs energy prices around the world continue to rise, commercial and residentialconsumers alike are increasingly interested in saving energy and understandingwhat items are using the most electricity in their homes and businesses.The adoption of Smart Meters is furthering this movement as utility companies begin to price electricity bytime of use (TOU). TOU pricing is designed to even out electricity demand by charging higher rates duringpeak usage hours, to encourage consumers to use large appliances, industrial machinery and other largepower hungry items during non-peak hours. In order to understand what items use the most electricity,many new technologies are entering the market. Electricity meters are being embedded into largeappliances and machinery to give the user more information about how much energy the item is using.Further intelligence is being added to products to include communication and relays in order to managewhen the item is turned on and off, some even communicating with the smart meter to make this decision.The growing interest in incorporating intelligence and measurement to reduce our energy use and becomemore efficient has resulted in many new solutions. The purpose of this catalog is to bring to your attention someof the latest products to address your needs for solutions in the metering and home area network markets.> BWiFiPower Meter (Single and Polyphase)Power Line CommunicationZigBee/IEEE 802.15.4 MACEnergy Efficient Air ConditionerEnergy Efficient RefrigeratorLED LightingEnergy Efficient Power SuppliesEnergy Efficient Motor ControlIt’s all about strong roots

ADD1021 SoC SolutionPower ControlMetering and HomeArea Network CatalogADD Semiconductor Power Line Communication IC SolutionsADD1000BThe ADD1000B is a System on Chip IC tailored for cost-sensitivepowerline communication (PLC) industrial and home automationproducts. This single-chip design includes an enhanced 8051microcontroller core, an EHS/KNX compliant MAC enhanced withFEC (Viterbi), and an FSK powerline modem capable of operating inthe CENELEC C frequency band from 125 -140kHz. Additionally thefully integrated class-D powerline driver and digital receiver designresult in power-efficient, cost-effective PLC-enabled solutionscapable of robust communication at data rates up to 4800bps.Evaluation and development kits as well as a communicationsoftware stack license are available. The IC operates from a single3.3V DC power supply.RediscoveringPowerlineCommunicationsUp to 128kbps by PLCMODEMADD1021Single 3.3VPower SupplyDMA3xUARTADD1321PowerDriverAnalogFront EndOFDM PHYLAYERSRAMADD8051C3ASPI0SPI1T2SPIFLASHFECBootLoaderWDT0, T1ADD1221ViterbiPRIMEMAC LAYERAC LineADD1010The ADD1010 is a System on Chip IC tailored for powerline communication(PLC)-enabled smart energy devices. This single-chipdesign includes an enhanced 8051 microcontroller core, an integratedIEC61334-4-32 compliant MAC enhanced with FEC (Viterbi),and IEC61334-5-2 compatible FSK powerline modem capable ofoperating in the CENELEC A/B/C frequency band from 60 to 140kHz.With its built-in LCD driver, efficient high-power class-D powerlinedriver, and digital receiver design, the ADD1010 is ideal for implementingcost-effective, compact smart metering solutions for AMR& AMM applications as well as robust PLC-based home automationand lighting control solutions. Evaluation and development kits aswell as standards-compliant communication software stack licensesare available. The IC operates from a single 3.3V DC power supply.ADD1021The ADD1021 is a System on Chip IC which implements a state-ofthe-art,narrow-band, high-data rate PLC modem. This single-chipdesign includes an enhanced 8051 microcontroller, a PRIME-complianthardware MAC, and OFDM PHY capable of data rates up to128kbps. With its efficient high-power class-D powerline driver anddigital receiver design, the ADD1021 is an ideal fit for robust, highperformanceAMI smart meter applications. Evaluation and developmentkits as well as a fully certifiedPRIME-compliant communicationsoftware stack licenseare available. The IC operatesfrom a single 3.3VDC power supply.www.FutureEnergySolutions.com1

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Metering and HomeArea Network CatalogCyan Electricity MeteringCyan’s products deliver wireless mesh network and Point-to-Point (P2P) solutions for AutomaticMeter Reading (AMR). The CyLec communication protocol is used to upgrade existing meterdesigns to provide wireless end-to-end solutions.P2P wireless AMR uses a handheld Meter Reading Instrument to configure and read meters within direct range and the data istransferred to a customer billing system. Cyan’s mesh wireless solution enables remote meter reading with gateway/concentratorscollecting data and sending it to a customer billing system via GPRS. Mesh wireless AMR also includes customized messages suchas anti-tamper warnings.FEATURES/BENEFITS• System level solution, with RFmodules and GPRS gateways• Reporting of energy usageprofiles, diagnostics and tampering• Secure AES-128 encryption• Field upgrades from P2P to meshnetwork with GPRS backhaul• Global frequency coverage,all sub-1GHz bandsSELECTOR TABLEPRODUCT NAME DESCRIPTION PART NUMBERGPRS Gateway ConcentratorUSB Peripheral/Ethernet RF GPRS gateway board, SIMCOM GPRS and batterybacked up real time clock. Includes GPRS gateway board, GPRS modulemCOG-UPEG-1X-MB-B2General Purpose RF Module RF module, 433 MHz, 10mW. Includes RF module mCOG-RF-1X-M2c-433General Purpose RF Module RF module, 915 MHz, 10mW. Includes RF module mCOG-RF-1X-M2c-915General Purpose RF Module RF module, 470 MHz, 50mW. Includes RF module mCOG-RF-1X-SPA1-470General Purpose RF Module RF module, 865 MHz, 50mW. Includes RF module mCOG-RF-1X-SPA1-865General Purpose RF Module RF module, 865 MHz, 50mW. Includes RF module mCOG-RF-1X-SPA1-868www.FutureEnergySolutions.com3

Cyan Gas & Water MeteringCyan’s battery powered mesh network,CyNet, enables the deployment ofwireless gas and water meters.The meters become RF nodes on the network thatcommunicate with each other as well as with a mainspowered GPRS gateway/concentrator. The gateway/concentrators collect meter readings and send themto the customer billing system via GPRS.Control and monitoring of the network is managedthrough Cyan’s Graphical User Interface (GUI).FEATURES/BENEFITS• Complete wireless AMI system,with RF modules and GPRS gateways• Battery powered wirelessmesh network• Low power meter withprolonged battery life• MS Windows based PCapplication (GUI)• Secure AES-128 encryption• English and Chinese interfaceSELECTOR TABLEPRODUCT NAME DESCRIPTION PART NUMBERGPRS Gateway ConcentratorUSB Peripheral/Ethernet RF GPRS gateway board, SIMCOM GPRS and batterybacked up real time clock. Includes GPRS gateway board, GPRS modulemCOG-UPEG-1X-MB-B2Integrated Gas Meter Gas Meter RF module, 470 MHz, 50mW mCOG-RF-1X-SPA1-470-GM2Integrated Gas Meter Generic Gas Meter RF module, 470 MHz, 50mW mCOG-RF-1X-SPA1-470-GM3It’s all about strong roots4

Metering and HomeArea Network Catalog®Diodes Smart MetersDiodes Incorporated Hall Effect Sensors Anti-Tampering SolutionsEnergy theft is a worldwide problem that contributes to revenue losses. Meters can be manipulated to make them underregister, allowing power use without paying for it.Diodes Incorporated offers a simple low cost solution to detect magnetic interference anti-tampering practices.By using 3 Diodes Inc AH180N Hall effect omnipolar devices, you can detect access to the meter from multiple sides.• Simple low cost solution - Detection in 3-axes to main PCB- 3 Hall effect omnipolar switches (AH180N): S1, S2 and S3- Sensor S1: Surface mounted on main PCB – Z-axis detection- Sensors S2 and S3: Through hole or main board or surface mount on daughterPCB mounted at 90 degrees to main PCB; X- and Y –axes; S2 and S3 at 90 degreesNSNSPCBS1N SS2N SS3N SN Swith Surface mount device(Side view)with SIP3 Through hole device(Top view)SELECTOR TABLEPARTNUMBEROUTPUTTYPEOPERATINGVOLTAGE (V)AVERAGESUPPLYCURRENT(uA)OPERATINGPOINT (Bop)(Gauss)RELEASEPOINT (Brp)(Gauss)TYPICALHYSTERESIS(Gauss)TEMPRANGE (˚C)PACKAGEOUTLINESAH180N Single Open Drain 2.5V to 5.5V 8 + - 50 + - 10 10 -40 to 85AH180 Single Open Drain 2.5V to 5.5V 8 + - 60 + - 10 15 -40 to 85SC59,SOT533,TSOT23DFN2020-3,DFN2020-6,SC59, SIP-3AH1801 Single Open Drain 2.5V to 5.5V 8 + - 60 + - 10 10 -40 to 85DFN2020-3,DFN2020-6,SC59AH1802 Single Open Drain 2.5V to 5.5V 8 + - 40 + - 10 8 -40 to 85DFN2020-6,SC59AH1803 Single Open Drain 2.4V to 5.5V 8 + - 40 + - 10 10 -40 to 85DFN1015-6,DFN3020-6AH1822 Single Open Drain 2.4V to 5.5V 8 + - 55 + - 10 8 -40 to 85 SOT553AH1883 Single Push/Pull 1.65V to 3.3V 7 + - 55 + - 6 8 -40 to 85 SOT553AH1884 Single Push/Pull 1.65V to 3.3V 7 + - 55 + - 15 8 -40 to 85 SOT553AH1885 Single Push/Pull 1.65V to 3.3V 7 + - 59 + - 15 8 -40 to 85 SOT553AH1886 Single Push/Pull 1.65V to 3.3V 7 + - 55 + - 6 8 -40 to 85 SOT553AH1887 Single Push/Pull 1.65V to 3.3V 7 + - 50 + - 6 15 -40 to 85 SOT553AH1888Single Stnd.Single Inv.DualPush/Pull 1.65V to 3.3V 7 + - 79 + - 35 8 -40 to 85DFN2020-3,DFN2020R-3,SOT553www.FutureEnergySolutions.com5

Freescale MPC8308/i.MX28Energy GatewayFreescale’s energy gateway solutions enable rapid development with comprehensivereference designs embedded with the latest technology. i.MX ARM ® processors andMPC8308 products are ideal for a broad range of connectivity options. Offeringflexibility and cost effectiveness, these processors support many different serialcommunications protocols, including SPI for ZigBee ® and EEPROM, single and dualEthernet options as well as support for an LCD color graphics display. The gatewaysare supported by wireless chipsets and drivers from Atheros as well as DLMS stacksfor full turnkey solutions. MC13224 is a complete ZigBee PiP solution, supportingZigBee protocol with a BeeStack ® smart energy or home automation profile, providingan easy-to-implement, cost-effective mesh network that brings a common solutionto appliances, meters and smart plugs.Home Area NetworkUSBZigBee ® SEMC13224VDisplayExternal Storage+SD/SDIO Extension(s)Wireless ConnectivityHAN and Smart GridUserInterfacesi.MX or MPC8308ExpansionSlotsBroadbandNetworkingPowerManagementWi-Fi ®802.11b/gTRX3G/GPRSData ModemEthernetEnergy Gateway Reference DiagramEvaluation Kit ordering number for 8308: MPC830xKITEvaluation Kit ordering number for I.MX28: MCIMX28EVK Part: MCIMX287CVM4BFreescale QorIQ P1025Grid-End Application Data Concentrator/AggregatorThe data concentrator is an important component in automatic meter reading(AMR). It creates the necessary network infrastructure by linking several utilitymeters (electricity, gas, water, heat) to the central utility server and captures andreports vital data. The data concentrator also synchronizes time and date data ofutility meters with the central utility server and enables secure data transfer ofuser authentication and encryption information. Communication to utility meterscomprises an RF or wired (power line modem) connection, enabling data transfersto the central utility server via Ethernet, GSM, GPRS, POTS or UHF/VHF networks.LCD Module NAND/NOR Flash DDR2I 2 C RTCUSB PHYPower LineCommunicationsZigBee ® InterfaceRS232ULUARUSB2.0SPID UARTLocalBusTesterSECe300 Core16 KB 16 KBP1025Tester16/3 2-bitDDR 2I2CSer-Des(x1)SDHTemp SensorEEPROMMCUDBRGMIRGMIGE PH 5-Port Switch (w/PHY)Local DataStoragePowerSequencingand MonitoringData Aggregators/Concentrators Implementation Using P1025It’s all about strong roots6

Metering and HomeArea Network CatalogFreescale MCF51EM256MCF51EM256-Based Polyphase EnergyMeter Reference DesignThe polyphase reference design is a cost-optimized implementation of a1-phase or 3-phase 110V and 230V smart electricity meter. The referencedesign contains all of the necessary hardware and software to make thedevelopment of smart meters quick and easy, including pre-compliance testdata to help with the certification process. It is based on the MCF51EM256ColdFire ® MCU and is designed to meet IEC62053 standards up to andPolyphase beyond class Electricity 0.5. Meter DiagramLine1, 2, 3x3NeutralLCDTransducerPowerSupplySignalConditioningRS-485DriverEEPROMLCD DriverADCRTCMCUOpto-CouplerIEC1107OpticalCommunicationModulesRFPLMFreescale TechnologyOptionalPolyphase Electric Meter DiagramEvaluation Kit ordering number: DEMOEMFuture System Design Center:Freescale & Synapse Plug MeterThe Freescale Plug Meter reference design is an MCU-based system formeasuring current/voltage at the point of load to demonstrate actualperformance vs. simulated performance of most energy measurementsolutions. It has been designed as an easy-to-use energy measurementdemo with 110V/220V AC input and 110V/220V AC measured output.Contact your local Future Electronics Advanced Engineer for additionalinformation and product design files.SPECIFICATIONS• 15 amp, one phase power meter• On and off controlled wirelessly• Accuracy of 1% (not intended for billing purposes)• 110V/220V AC input and 110V/220V AC measured output• Wireless mesh network extending rangeEvaluation Kit ordering number: FSPM1Read theFreescale Smart Energy Solutions Guidewww.FutureEnergySolutions.com7

Fairchild5W Charger Using FSEZ1317 Primary Side Control PWM Controller (24V Out)This condensed 50kHz flyback converter uses a primary side regulation controller that controls the output voltage and current preciselywith the information in the primary side of the power supply only, removing the output current sensing loss and also eliminating allsecondary-feedback circuitry.PSR EZ SWITCH •FSEZ1317/1307FEATURESLAC inputN++ +VO+VO-• Constant-Voltage (CV ±5%) andConstant-Current (CC ±5%) controlwithout secondary-feedback circuitry+• Built-in COMI, COMV & High Voltagestart-up for low standby powerconsumption• Green-mode function: PWM frequencylinearly decreasing• Fixed PWM frequency with frequencyhopping to solve EMI problem• Ripple & Noise < 100mVV OHVNCVDDGNDVSDRAINCSCOMRFSEZ1317MaximumMinimum• Various Protection: UVLO, Vdd OVP,OTP, and Gate output clamped at 18V• SO7 packageCV-> +/-5%CC-> +/-5%I OSELECTOR TABLEPART NUMBER PACKAGE MOSFET CONTROLLER CV CC RIPPLE VDD OVPFSEZ13171A 700V8DIPFAN103 ±5% ±5% 100mV Auto RestartFSEZ13070.5A 700VIt’s all about strong roots8

Metering and HomeArea Network CatalogHirose Electric USA Network & Meter ConnectorsFlex Circuit Connectors- For connections requiring Flat Flexible Cable (FFC)or Flexible Printed Circuit (FPC)- Contact pitch: 1mm to 0.2mm- Electrical current capacities range from 0.15 to 0.5 amps- Many different contact counts available- High FPC/FFC retention force- RoHS CompliantInput/Output Connectors- Low profile and high reliability- Solder, SMT, and IDC termination- Electrical current capacities range from 0.3 to 200 amps- Many different styles including MiniUSB and MicroUSB- RoHS CompliantBoard-to-Board Connectors- For connecting parallel and right angle printed circuit boards- Contact pitch: 0.5mm to 5mm- Many different contact counts and stack heights- Electrical current capacities range from 0.3 to 20 amps- RoHS CompliantCoaxial Connectors- For connecting external and internal antennae modules- Many different styles: BNC, TNC and others- 50, 75 or 90 Ohm impedance- Includes Hirose’s popular line of FL series: U.FL, W.FL, N.FL- Coaxial switches are also available in the MS series line- RoHS Compliantwww.FutureEnergySolutions.com9

Smart Circuit Protection for Smart Home ElectronicsEmerging home energy management systems incorporate new communication and processing components.These elements add new requirements for protecting equipment and sensitive processors against often damaging transient voltage.Lightning effects and electrostatic discharge transmitted through the data lines present new threats to equipment reliability and data integrity.From transmission equipment to smartmeters to smart appliances and networkingequipment in the home, Littelfuseoffers circuit protection devices thatensure protection throughout the network.For more information please visit www.FutureEnergySolutions.comIt’s all about strong roots10

Metering and HomeArea Network CatalogTVS Diode Arrays - SPA ESD and Lightning ProtectionLittelfuse Silicon Protection Arrays (SPA) for ESD andLightning protection – a portfolio of discrete diodesand diode arrays designed to protect sensitive chipsetsconnected to analog or digital lines against ESDand/or lightning surge.Littelfuse SPAs offer much broader application use and significantlyimproved protection performance over competing technologies.Littelfuse SPA Devices are designed to protect electronics from very fastand often damaging voltage transients, such as lightning and electrostaticdischarge (ESD). They offer an ideal protection solution for I/O interfacesand digital and analog signal lines, in computer and consumer portableelectronics markets.PERFORMANCE & FEATURES:• Focus and technological advantage in dynamicresistance & clamping performance – minimize riskfor transient energy to damage a protected chipset• Enhanced ESD survivability – robust devices tosurvive transients well beyond industry standards• Low capacitance for high speed data & communicationslines – enhanced signal integrity & minimal interference• Wide selection of array & discrete form factors – maximumflexibility for PCB design & trace routing L N Cartridgefuse, MOV/TMOV down to 0.6mm x 0.3mm 0201 sizeNew Surface Mount MOVs for Transient Voltage ProtectionSM7 SeriesFEATURES SUMMARY:• Equivalent performance to7mm leaded MOV• Plastic-encapsulated surfacemount MOV• Designed for usage in AC power lines• RoHS compliant, lead-free andhalogen free• Nylon molded package;tin-plated terminals• UL 1449 3rd EditionRecognized: UL File: E320116PRODUCT CHARACTERISTICS:• Operating voltage rangeof 275VAC to 510VAC• Peak pulse current(8x20us) up to 1,200A• Energy handling capability(10x1000us) up to 40J• Dimensions: 11.5mm (L)x8.3mm(W)x6.0mm(H)• Tape & Reel Packing• Wave and Reflow SolderableTYPICAL APPLICATIONS:• Power Meter / Smart Meter• Detectors and Sensors Applications• Drive and Control Electronics• Switch ModePower Supply• UniversalPower SupplySM20 SeriesFEATURES SUMMARY:• Equivalent performance to20mm leaded MOV• Plastic-encapsulated surfacemount MOV• Designed for usage in AC power lines• RoHS compliant, lead-freeand halogen free• Nylon molded package;folded tin-plated terminals• 26VDC device designed forautomotive application• UL 1449 3rd EditionRecognized: UL File: E320116PRODUCT CHARACTERISTICS:• Operating voltage rangeof 20VAC to 320VAC• Operating voltage range of 26VDC• Peak pulse current(8x20μs) up to 6,500A• Energy handling capability(10x1,000μs) up to 165J• Load dump capability(td > 30ms) of 160J• Diameter of 26mm; maxwidth of 35mm• Available “waffle” trays(36 pieces per tray)TYPICAL APPLICATIONS:• Power Meter / Smart Meter• Switch Mode Power Supply• Universal Power Supply• Ground Fault CurrentInterrupter• Drive and ControlElectronics• Automotive DCPower BusesClick to view theLittelfuse ESD Protection Guidewww.FutureEnergySolutions.com11

LUMEX High/Low Temp LCD ModulesGo “Extreme” with Lumex’s InfoVueHigh/Low Temp LCD Design TechnologyHigh/Low Temp Custom LCD modules are designed specifically for products required to function under the most strenuous conditions.Versus standard, off-the-shelf LCD modules, Lumex’s unique LCD design capability for High/Low Temp modules provides up to a50% saving in technology costs and 70-80% power reduction over other traditional display technologies. Lumex’s High/Low TempLCD modules are ideal for OEM designers that require consistent display performance despite extreme heat or extreme cold conditions.In addition to Lumex’s family of standard High/LowTemp LCD modules, additional modules can bedeveloped utilizing Lumex’s High/Low Temptechnology based on customer requirements.High/Low Temp LCDs can be developed in anysize ranging from 8 x 1 character displays up toa 320 x 240 graphic display.FEATURES• Offering temperature rangesfrom -40˚C* to +85˚C, withconsistent cold and hot startLCD performance• Provides high-resolution,high-duty daylight visibility• Available from 8x1 characterdisplay up to a 320x240graphic display• Wide variety of color choiceswhen paired with LED backlights• Available in either positive ornegative image displayAPPLICATIONS• Gas Pumps/Fuel Meters• Freezer or oven displays• Non-automotive transportation• Non-climate controlled facilitiesMARKETS• Industrial Controls• Military• Medical Devices• Appliances* Requires a heater that draws 1W or lessof power. Input voltage can be tailoredfor specific application.16 x 2 - LCR-U01602DSF/AWHAll parts come with a heater for -40˚C to +85˚C operationIt’s all about strong roots12

Metering and HomeArea Network Catalog16 x 2 - LCR-U01602DSF/DWHAll parts come with a heater for -40˚C to +85˚C operation20 x 2 - LCR-U02002DSF-WHAll parts come with a heater for -40˚C to +85˚C operation20 x 4 - LCR-U02004DSF-WHAll parts come with a heater for -40˚C to +85˚C operation128 x 64 - LCR-U12864GSF-WHAll parts come with a heater for -40˚C to +85˚C operationwww.FutureEnergySolutions.com13

Microchip TechnologiesIf your design needs to measure energy, display energy usage, or share energy data, Microchiphas reference designs, software and hardware to get you started.Microchip offers a complete line of energy measurement (metrology), wireless and wired communications, flash and EEPROM memory,microcontrollers with industry leading low-power, MCUs with segmented LCD or graphics controllers, touch sensing solutions andanalog signal conditioning products.WIRELESS CONNECTIVITYSTANDARDS PRODUCTऀ NAME** AVAILABLE SOFTWARE FROM MICROCHIPWi-Fi (802.11b) ऀ MRF24WB0Mxऀ Microchip Applications LibraryZigBee ® (802.15.4) MRF24J40xx ऀ ZigBee Pro Smart Energy Profile 1.0MiWi (802.15.4)ऀ MRF24J40xx ऀ Lightweight Mesh/P2P networking protocolMiWi (sub-GHz) MRF89XA, MRF49XA Lightweight Mesh/P2P networking protocol**Modules are FCC, IC, and ROHS, CE and ETSI compliant, providing considerable cost savings and quick time-to-market.ENERGY MEASUREMENTAPPLICATION FEATURED PRODUCT TYPE BENEFITSEnergy MeasurementMCP3901ऀ 16/24-bit ADCऀHigh accuracy: 91 dB SINAD, -104 dBTHD, 0.1% Measurement ErrorPIC18FJ87J728-bit MCU with energymeasurement AFEEnergy measurement AFE, LCD, 64-128kB Flash, 4KB RAM, RTCCPIC24FJ256DA210 Integrated 16-bit MCU Graphics Processing, 128-256kB Flash, 24-96kB RAMPIC16F & PIC18FMCU Families8-bit MCUsऀऀXLP low-power standby, LCD, small footprintMicrocontrollersXLP low-power standby, LCD, ADC,PIC24F/H Familiesऀ 16-bit MCUs16-30 MIPS, 4KB to 256KB Flash, CANPIC32 Families 32-bit MCUs80MHz, Ethernet, ADC, CAN, 32 KB to512 KB Flash, 8 KB to 128 KB RAMReal-Time Clock Calendar MCP794xऀ Standalone ICऀ 1M write/erase cycles, 200 year data retention, 128 bit to 1 MbitReference Design/Development Board• Single-phase electric meter• Three-phase electric meter• Google ® Powermeter• Grid Connected Solar MicroinverterMicrochip’s Grid-Connected Solar Microinverter Reference DesignIt’s all about strong roots14

Metering and HomeArea Network CatalogEthernet Backhaul and IEEE 1588 SolutionsHigh-Speed Ethernet Connectivity, Single Port SolutionsDP83640 – Precision PHYTER ® – IEEE 1588 PrecisionTime Protocol TransceiverThe IEEE 1588 Precision Time Protocol (PTP) is an important improvement to Ethernetsystems that provides precise time synchronization for applications such as test andmeasurement, factory automation and telecommunications. National Semiconductor’sDP83640 Precision PHYTER transceiver is the industry’s first to add the IEEE 1588PTP functionality to a fully-featured, 10/100 Mbps Ethernet PHY.National.com/ethernetFEATURES/BENEFITS• Enable IEEE 1588 with any MACbased microcontroller, FPGA or ASIC• Node synchronizationaccuracy to

NXP Energy Metering IC EM773Energy metering IC with ARM ® Cortex TM -M0 for non-billing applicationsSupported by a complete set of development tools, this highly efficient IC has been optimized forpower and cost. It is an elegant, straightforward way to add energy metering functions to non-billing applications.The EM773 is NXP’s first ARM ® -based product designed specifically for energy metering in non-billing applications. Built around a low-power,cost-effective ARM ® Cortex TM -M0 core that operates at up to 48 MHz, the EM773 also includes an automatic, single-phase metrologyengine for power and energy, with 32 kB of flash memory, 8 kB of SRAM memory, and a full set of serial peripherals.MetrologyEngine33-terminalHVQFNFEATURES• 1% accurate, single-phasemetrology engine• Automatic calculations for a range ofmetrics, without CPU intervention• ARM ® Cortex TM -M0 (up to 48 MHz)• 32 kB flash memory• 8 kB SRAM memory• Integrated serial peripherals (UART,SPI, I 2 C, GPIO, counter/timer, WDT)• 33-pin HVQFN package• Supported by standard Cortex TM -M0 API• Available with open sourceM-Bus sample application• Smart appliancesCortex-M048 MHzAPPLICATIONS• Industrial sub-meters• Rack-mounted servers• Smart plugs and plug meters• Green consumer electronicsUp to 32 KBFlashUp to 8 KBSRAMAdvanced Peripheral Bus1x SPI1x I 2 C1x UARTRS-485 / IrDAThe metrology engine is 1% accurate for scalable inputs sources 230 V / 50 Hz and 120V / 60 Hz, and maintains this accuracy with a factor of 1 to 400 below the maximumcurrent load. The engine performs calculations automatically, without intervention fromthe CPU. It not only calculates active power in W, but also reactive power in VAr, apparentpower in VA, the power factor, Vrms, Irms, and even THD. The open source exampleapplication also generates kWh data. The metrology engine is supported by a standardAPI that lets the Cortex TM -M0 CPU initialize, start, stop, and read data from the engine.The IC is equipped with a number of serial peripherals that enhance design flexibility.There is a UART with fractional baud generation, an internal FIFO, and RS-485 support.There is also an SPI controller, with FIFO and multi-protocol capabilities, and anI 2 C-bus interface that supports the full specification, including Fast-mode Plus (Fm+)with a data rate of 1 Mbps with multiple address recognition and monitor mode. Thereare up to 25 general-purpose I/O (GPIO) with configurable pull-up/down resistors, threegeneral-purpose counter/timers with 2 capture inputs and 10 match outputs, and aprogrammable watchdog timer (WDT).Development platformFor fast time-to-market, NXP offers a complete design platform for the EM773. It includesan open-source design that demonstrates a wireless (M-Bus) application. The designuses the EM773 to measure a single-phase load and transmits the data via wirelessM-Bus using the NXP wireless transceiver OL2381 connected to a USB adapter based onthe NXP ARM ® Cortex TM -M3 LPC1343. The data is displayed on a PC-based application.All the software examples for the plug meter, the USB transceiver, and PC applicationare available for download, free of charge, on the NXP smart metering website(www.nxp.com/smartmetering). Evaluation Kit ordering number: OM13005,598Included with the tool is a plug meter based on the EM773 Energy Metering IC.The plug meters are all preprogrammed to calculate the energy consumption ofa given load and transmit it via wireless M-Bus or ZigBee to the USB transceiverdongle, which is based on the LPC1343. Both pieces of hardware use the OL2381wireless transceiver. Included with the kit is access to the web linkwww.nxp.com/smartmetering which is the landing page forcustomers to get more information and download all the softwareoff the web. Both pieces of hardware have JTAG headersand are designed to be reprogrammable by customers asfull featured evaluation boards. In the case of the plugmeters, all of the I/O pins of the EM773 are available asthrough holes should customers wish to connect someof their own hardware to the product for evaluation.It’s all about strong roots16

Metering and HomeArea Network CatalogNXP HANZigBee Smart Energy is the combination of a ZigBee PRO network protocol stack defined by the Zig-Bee Alliance, and the application profiles designed to support Smart Grid connected Home AreaNetworks. The stack, in conjunction with NXP’s JN5148 wireless microcontroller and family of modules, provides a ZigBee CompliantPlatform, the foundation for ZigBee certified products and multi-vendor interoperable products. Application profile templates for a meter,load control devices, and In-Premise displays get you started immediately!THE NXP SOLUTIONCONSISTS OF:• High Performance 32-bit RISC CPU• Rich User Peripherals – mixeddigital and analog• Large memory footprint- 128kBytes RAM and 128kBytesROM for 15.4 MAC• ZigBee PRO stack and certifiedZigBee Compliant Platform• Eclipse IDE, GNU toolchainand Application notes• NXP provides modules for referencedesign and for quick production startup.Worldwide compliant modules are footprintcompatible for standard and highpower versions.• Lowest power consumption in theindustry. State machine baseddesign assures that the power upcurrent levels never exceed 18mA,which qualifies for ZigBee GreenPower requirements.• I/O interface options include I 2 C, SPI,and UART, which permits interface toexternal devices such as NXP LEDdrivers and NXP metering ICs (EM773).EnergyServicesPortalEnergyConsumption, Pricing& MessagesIn-PremiseDisplayDemand Response &Load Control EventsZigBee PROSmart EnergyHome Area Network(HAN)• IC chip interfaces with industry leadingamplifiers, such as the NXP BGA7124 /7127, in order to increase RF range.LoadControlLoadControlMainsPower Cablewww.FutureEnergySolutions.com17

NXP Keep Time with NXP Semiconductors Real Time ClocksNXP Semiconductors offers a variety of real time clock/calendars (RTC) for your smart metering application.Based on 32 kHz quartz oscillators, time keeping is made easy and alarm, timer, battery backup, on-board RAM, and watchdog featurescomplement the basic functionality. We offer versions with extremely low power consumption, down to 100nA at 2 V, which outperform RTCsintegrated into microcontrollers. This allows you to use the RTC to wake up a microcontroller in hibernation mode for greater power savings.Additionally, if accuracy is important, we offer versions with an integrated temperature compensated crystal oscillator, whichallow for very high precision along with low power consumption. Our real time clock/calendars are primarily differentiated by theirI 2 C- or SPI-bus interfaces. There are industrial or extended (up to 125°C) temperature range versions available for harsh environments.State-of-the-art small, leadless packages save space in compact designs.TECHNICAL FEATURESREAL TIME CLOCKS (RTCs)FEATURES PCF8563/64 PCF8523 PCF2123 PCF2127 PCF2129Temperature compensation No No No Yes YesAccuracy [ppm / (°C to °C)] Quartz specified Quartz specified Quartz specified ±3 (-15 to 60) ±3 (-15 to 60)Operating temperature range -40°C to 85°C -40°C to 85°C -40°C to 85°C -40°C to 85°C -40°C to 85°CQuartz (kHz) 32.77 32.77 32.77 32.77 32.77Year / Month / Day / Weekday Yes / Yes / Yes / Yes Yes / Yes / Yes / Yes Yes / Yes / Yes / Yes Yes / Yes / Yes / Yes Yes / Yes / Yes / YesHour / Minute / Second Yes / Yes / Yes Yes / Yes / Yes Yes / Yes / Yes Yes / Yes / Yes Yes / Yes / YesAut. leap year correction Yes Yes Yes Yes YesTimestamp No No No Yes YesAlarm / Timer / Countdown Yes / Yes / Yes Yes / Yes (2) / Yes (2) Yes / Yes / Yes Yes / Yes / Yes Yes / Yes / NoInterrupt capability Yes Yes Yes Yes YesDetection of 2 events No Yes No Yes YesInterface I 2 C I 2 C SPI I 2 C / SPI I 2 C / SPIInterface speed (kHz) 400 1000 8000 400 / 6500 400 / 6500Batt. backup / switch-over No / No Yes / Yes No / No Yes / Yes Yes / YesBattery backed output No No No Yes YesBattery low detection No Yes Yes Yes YesPower fail detection Yes No No Yes NoOscillator stop detection Yes Yes Yes Yes YesInterrupt output Yes Yes (2) Yes Yes YesProgrammable interrupt Yes Yes Yes Yes YesProgrammable watchdog No / No Yes / No No / No Yes / Yes Yes / NoProg. alarm with interrupt Yes Yes Yes Yes YesProg. square wave op. drain Yes Yes Yes Yes YesVDD (V) 1.8 - 5.5 1.8 - 5.5 1.6 - 5.5 1.8 - 4.2 1.8 - 4.2VCLOCK (V) 1.0 - 5.5 1.2 - 5.5 1.1 - 5.5 1.2 - 4.2 1.2 - 4.2IDD (µA) Interf./CLKOUT disabled 0.25 0.1 0.1 0.65 0.65AEC-Q100 No No No No On requestType Number PCF8563/64 PCF8523 PCF2123 PCF2127A PCF2129ABody size (mm)dependingon packagedependingon packagedependingon package13.0 x 7.6 x 2.65 13.0 x 7.6 x 2.65Description-P: DIP8-T: SO8-TS: TSSOP8-BS: HVSON10-T: SO8-TS: TSSOP14-TK: HVSON8-TS: TSSOP14-BS: HVQFN16-T: SO20-T: SO20Bare die version Yes Yes Yes No NoIt’s all about strong roots18

It’s all about strong roots20

Metering and HomeArea Network CatalogTE Connectivity Power Metering RelaysA range of power metering relays for global applications is currently being developed byTE Relay Products. Included are 200 amp rated models for ANSI type meters used in theU.S., as well as 60 through 120 amp models for IEC type meters used globally.Many different options permit relays to be tailored to specific meter applications.FEATURES/BENEFITS• One or two pole versions• AgSnO or AgCdO contacts in a formA (NO) arrangement provide ratingsfrom 60A to 200A• Bistable (latching) coil saves energy• Broad range of AC andDC coil voltages• Flux tight or dust resistant enclosure• Various shunt, terminal andauxiliary switch optionsSELECTOR TABLECustom models can be developed to meet specific requirementsANSI TYPE METER RELAYS1 pole 2 pole1 bistableDC coil2 bistableDC coils1 bistableAC coil2 bistableAC coils60-80Aratings100-120AratingsU.S.A. market b b b b b b b b bIEC TYPE METER RELAYSAsia-Pacific market b b b b b b bEMEA market b b b b b b b200AratingNoshuntWithshuntOpt. auxswitchTerminationoptionsTE Connectivity, TE connectivity (logo) and TE (logo) are trademarks.www.FutureEnergySolutions.com21

A Complete Line ofPrimary Lithium Cells forthe Metering Marketwww.us.varta-microbattery.com*all cells are available with welded tabs, pins,and connectors in various configurationsIt’s all about strong roots22

Metering and HomeArea Network CatalogVishay VJ6040 and VJ3505 ceramic chip antennasThe VJ6040 and VJ3505 are two members of the ceramic chip antenna family offered by Vishay.Both are fully qualified, and include the following:• Data sheets• Several application notes, detailing how to implement the antennas into wireless products and discussing various system-level issues• Evaluation kits (EVK6040 and EVK3505), offering a very easy and user friendly way to evaluate the performance of the antennaTechnical overviewBoth items (VJ6040 and VJ3505) are SMD components, which can be assembled onto a PCB as part of a standard reflow process.They can and should be treated like any other SMD component on the board.Target marketsThe antennas are suitable for every wireless application thatoperates in the band of 470MHz-1000MHz, including:• Wireless sensors for alarm systems(868-870MHz in Europe, 902-928MHz in USA)• Water, gas or electricity meter readers• Cordless telephones (868-870MHz in Europe,902-928MHz in USA)• Mobile TV receivers (470-860MHz, worldwide)• ZigBee sensors (868-870MHz in Europe, 902-928MHz in USA)• RF remote controls (868-870MHz in Europe,902-928MHz in USA)• Family radio systems• Tactical radios used by police and military forces• Wireless security cameras (902-928MHz in USA)• GSM modules for M2M applicationsBenefits:• Our antennas show the best size/performance in the band of470-1000MHz. You may find better antennas – but they’re muchbigger. You may also find smaller antennas – but they’re inferiorin performance.• From a production standpoint, there is no need for an additionalassembly stage (as done with rod antennas) > cost reduction.• PCBA assembly yield is very high, whereas rod and retraceableantennas assembly is manual, showing significant yield issues.• Our antennas do not stick out of the PCB contour line, so there isno danger they will break or bend like other solutions.Radiation PatternsVJ3505VJ6040www.FutureEnergySolutions.com23

Vishay Device Offers Low Inductance of