MSP Low-Power Microcontrollers (Rev. AD)
MSP Low-PowerMicrocontrollersfti.com/mspMSP2016
2MSP MicrocontrollersMSP microcontrollers (MCUs) from Texas Instruments (TI) are 16-bit and 32-bit mixed-signal processors designed for ultra-low power. Our MCUs offer the lowest power consumption and the perfect mix ofintegrated peripherals for thousands of applications. We also provide all of the hardware and software toolsyou need to get started today! Not only that, TI has a plethora of complementary components to meet yourneeds. The new MSP432 microcontrollers are 32-bit microcontrollers offering higher performance with astandardized ARM while still providing the low power benefits of MSP MCUs.Learn more today at ti.com/msp.Continuously innovating inultra-low powerAdvancing peripherals to enablethe industrial worldConnecting devices, makingthem simpler and more reliable Lowest power standby (350 nAwith RTC) The only MCU portfolio withn on-volatile FRAM Update your system wirelesslywith zero buffering Lowest power ARM Cortex -M4F(167.4 ULPBench) Touch the revolution withC apTIvate technology FRAM enables system state retention when power fails Real-time power profiling to theperipheral level with EnergyTrace technology Smart analog and digital peripherals including ADCs, USB andLCD operating independently ofCPU 20 wired and wireless connectivity options supported byLaunchPad Development Kits,reference designs andsoftware stacksti.com/msp
Ultra-Low PowerMultiple low-power modesInstant wakeupThe MSP MCU clock system has the ability to enable and disable various clocks and oscillators which allow the microcontroller to enter various low-power modes (LPMs). The flexibleclocking system optimizes overall current consumption by onlyenabling the required clocks when appropriate.The ultra-fast 1-µs digitally controlled oscillator (DCO) start-upallows MSP-based systems to remain in low-power modes forthe longest possible interval – extending battery life. The DCOis fully user programmable in select microcontrollers.Real-time clockUltra-Low Power is in Our DNAActiveThe low-power real-time clock (RTC), availableon all MSP MCUs, precisely keeps real time andProductive low-powermodes allow:enableswakeup at specified intervals. Some Take ADC samplesmicrocontrollers also include a switchable battery Transfer data throughoutmemory rangebackupsystem that maintains operations when Output PWM signal theUpdateLCDprimary power supply fails.s 1 µ upeWak Send and receive serialcommunicationDirect memory accessAverageStandbytAll peripherals are available inlow-power modes!Autonomous peripheralsIntelligent analog and digital peripherals can run autonomouslyin low-power modes. This allows our MCUs to operate as efficiently as possible.The MSP MCUs also feature a direct memory access controller, enabling memory transfer with noCPU intervention. This means higher throughputof peripheral modules and lower system power.Embedded FRAM enables lowest power Industry-leading active power consumption ( 100 μA/MHz) 250 less power than Flash writes Protected write completionLearn more about the MSP MCU’s nonvolatile embeddedmemory solution on page 15 or on the web atti.com/framMSP ultra-low power, but you can see for yourself!Focus on application-level power Accounts for system functions: real-time clock, powermodes and integrated hardware Provides a true comparison of system current and energy efficiency across microcontrollers160120ScoresTwo options: Scores available online at:www.eembc.org/ulpbench/score.php Evaluate in your system with EEMBC EnergyMonitor80400ti.com/msp3
4Ultra-Low-Power MCUsMSP FRAM Microcontrollers – Reinventing the Low-Power MCUEveryone says their MCUs are ultra-low power. So what makes us different? Ultra-low power is in ourDNA! The MSP MCU is designed from the ground up specifically for ultra-low-power applications.Ultra-Low Power Lowest power standby (350 nA with RTC) 100-µA/MHz active and ultra-low-powernonvolatile writes System state retention when power failsReshaping the Connected World Dynamic allocation of application and data storage Capture more data and reduce manufacturing costswith 100 faster writes than Flash Update your system wirelessly with zero bufferingThe Highest Reliability 1015 write cycle endurance and 10-year data retention at 85 C Code and data protection with integrated security features Memory resistance to electromagnetic fields and radiationMSP FRAM MCUs – Now featuring CapTIvate Touch technologyEnabling the industry’s lowest power touch- and proximity-sensing solutionsNow availabMSP4l30FR2 e on5xx/26xxti.com/captivatePerformance Up to 60-mm glass / 25-mm plastic overlays Proximity sensing up to 30 cm with 3D gestures 0.025-cm slider resolutionReliability Design systems to meet EMC standardsUp to10V RMS conducted noiseUp to 4KV EFT and ESD Enhanced moisture-rejection capabilitiesFlexibility Enables self and mutual capacitance in the same design Supports multi-touch capabilities Metal overlay for water/dirt proof, glove-friendly designsti.com/mspLow power 4 µA while sensing four buttons (CPU asleep) Hardware state machine to off-load CPUEase of use Configure and tune sensors in five minutes or less withCapTIvate Design Center GUI Quick time-to-market with design guides for:Noise immunityMoisture rejectionProximity and gestures
Low-Power Performance MCUsMSP432 MCUs – MSP430 power at ARM Cortex -M4 performance!Introducing ARM-to-MSP low power.MSP’s expanded portfolio provides you the freedom to move between 16-bit and 32-bit, basedon your application needsIncrease your product’s performance and processing capabilityStandardize on an industry-standard core, ARM CortexTake advantage of the benefits of MSP430 MCUsMSP low-power benefits ARM Cortex-M4 with DSP extensions andfloating-point unit 48 MHz 1MSPS 14-bit ADC Simultaneous Flash read/write DriverLib in ROM 100µA/MHz active power 1µA deep sleep Selectable RAM retention EnergyTrace technology ULP Advisor Scalability between MSP430 16-bit andMSP432 32-bit families MSPWare APIs and code examples reuse existing code from MSP-compatible peripherals DriverLib APIs provided for new system modulesHardwareSoftwareDevelopment ToolsDevelopment KitsMSP 16-Bit CoreMSP430 30CCStudio IDEIAR IDEEnergiaGCCLaunchPadBoosterPacksTarget BoardMSP432 MSP430 Increased performance and ARM coreLibrariesIntrinsics & InterruptsRTOSsARM M4F 32-Bit CoreMSP430 ModulesNew MSP432 ModulesARM ModulesULP Tools: ULP Advisor& EnergyTraceMSP MSP430MSP432MSP432ARMARMCCStudio IDEIAR IDEEnergiaGCCKeilLibrariesULP Tools: ULP Advisor& EnergyTrace Intrinsics & InterruptsRTOSsLaunchPadBoosterPacksTarget BoardSame as MSP430New for MSP432ARM DebuggerBSLSlight modificationsfrom MSP430CMSISWhat’s new to the MSP family in MSP432? 48-MHz ARM Cortex-M4 with FPUDriverLib in ROMWide voltage rangeSimultaneous Flash read/write128-bit Flash buffer and pre-fetchSelectable RAM retention64KB RAM1MSPS ADC148-channel DMAMemory protection unit Integrated LDO and DC/DCNVIC with tail-chainingTuneable DCOPeripheral and SRAM memory bit-band20-mA high drive I/Os32-bit timerJTAG security and advanced IP protectionUART I2C SPI bootstrap loaderEnergyTrace ti.com/msp5
6IntegrationDid you know that our MCUs offer integration designed with your applications in mind? The 450 MSP microcontrollers offer high-performance peripherals including USB, RF, LCD controllers and Sigma-DeltaADCs. This allows designers to find the appropriate MSP microcontroller for many low-power applications.This integration enables solutions with smaller physical footprints and reduced bill of materials costs.Energy Harvesting Sensor NetworkThe MSP430FR59xx MCU with FRAM technology can control wireless sensor networks byharnessing the body heat of the userEnergy Harvester ICBQ25570 Differential ADC – connect directly to sensorsand limit interferenceThermal EHSystem PowerMSP430FR5969RF Harvesting Industry-standard communication protocolsBluetooth Energy Harvester AES module – protect yourimportant dataLP RF and ZigBee Wireless InterfacesSensorTemp SensorAmplifierHuman Bodywith ConnectorsCo-Processor for Smart Devices1.8 V I/OApplicationProcessorThe MSP430F52xx MCU can operate as analways-on ultra-low power co-processor to anapplications processor. The MSP can be used tooffload functions such as sensor hub, keyboardcontrol, battery and power management, capacitive touch, haptics, and proximity detection.GPIOI C Slave MSP430F5229(Co-Processor)2I2C/SPIADC3.3 V I/ORpVttRp Split rail 1.8 V/3.3 V – directly connect toapplications processors and sensors alikeTouchPadEnergy Harvestingti.com/mspInertialSensorsBattery Charger,Fuel GaugeTemperatureSensorsIndustrialConsumer and Portable Electronics
IntegrationThe low-power, high-performance M SP432P401Rxx Cortex -M4 microcontroller is ideal for industrial, building and home automation applications. Intelligent sensing Parametrics: Thermal, current Signature analysis (i.e., glass breakage detection) Access control: Motion sensing, proximity, fingerprint scan For these applications, MSP432 has the following advantages: Low power for long battery life 32-bit, 48-MHz, floating-point performance for advanced algorithms Real-time processing including remote firmware updates with dual-bank Flash AES256 advanced security Four secure zones for software security and flexibility forapplication developers Higher Flash/RAM ratio ( up to 64KB RAM ) giving sufficient flexibility for software development Multiple communication ports for advanced connectivityoptionsKey Benefits Advanced integration and sensing with MSP ULP andCortex-M4F performance Low-power capabilities enable application customizationand flexibility Extending ULP DNA into higher speed and performanceallowing real-time processing of (multiple) sensor data, human interfaces and shorter active duty cycles High-performance analog integration enables higher speedand precision improving signature analysis for sensing applications such as motion and glass breakage detectionMSP432 Industrial Security Panel Solution Human interface AUDIO: Voice detection and word recognition DISPLAY: Enhanced UI with touch-enabled QVGA LCDADC14Voice / MicSignalConditioningSpeakerQVGADisplayPWMSPIADC14 for 2-D touchMotionSensorGlassBreakageMicMedicalADC14 rity and SafetyWi-Fi(CC3100)CloudSmart Gridti.com/msp7
8IntegrationThe MSP MCUs have some great analog integration which makes them extremely suitable for industrialapplications that need increased precision and reduce system area and cost!Factory Automation and ControlLCDDisplayThe MSP430i20xx MCU has integratedanalog and features ideal for many industrial mistorIntegrated MP 4 24-bit Sigma-Delta converters with differential PGA inputs for precise measurementsIsolationADC Internal DCO that eliminates the need forexternal crystalRS-232/RS-485Integrated Solution PROFIBUSFiltering IO Current Loop:3- or 4-WireOR Temperature range of –40 C to 105 CCurrent Loop:2-WirePower ManagementFire and Smoke DetectionPower consumption is critical in smoke detectors toextend the time they can run on a battery. The MSP430FR2033 MCU is ideal for the application with inte grationthat simplifies the design and reduces system cost.An operational amplifier magnifies the IR receiver currentas a trans-impedance amplifier, for sampling by the ADC inthe MSP430 . Between sampling periods, the operationalamplifier and IR circuitry are shut down, and the microcontroller is in a standby mode, consuming less current.Advantages of using an MSP430FR2033 MCU in a smokedetector are: Ultra-low power consumption Active mode: 126 µA/MHz Standby LPM3.5 With VLO: 0.4 µA Intelligent digital peripherals such as IR modulation logicEnergy geTranslatorMSP430FR2033Audio AlarmLEDDriverSmokeChamberButtonAmpLEDADCLoad SwitchConnectivityEthernetESDESDFlash/EEPROMLAN PortPoELogic High IO Total 60 I/Os on 64-pin package Integrated FRAM FRAM features extremely fast writes (100 the writespeed of Flash) that help customer to reduce the programming time for mass production Shutdown (LPM4.5): 15 nAIndustrialConsumer and Portable Electronics
IntegrationOur MSP peripherals have been designed to give you maximum functionality and provide system-level interrupts, resets and bus arbitration at the lowest power. Many peripherals function autonomously, therebyminimizing CPU time spent in active mode. This means that MSP MCUs offer more performance with lesspower. The potential applications are endless!Smart Utility MeterNLThe MSP430F67xx MCU is perfect for preciselymeasuring electricity usage. Up to 7 24-bit Sigma-Delta ADCs –2000:1 dynamic range Multiplier – accelerate calculations RTC module – reliable meter readings Auxiliary power supply – back upsystem support Meets or exceeds global Sigma DeltaISENSEIsolation AmplifierLCD Controller ZigBeeMultiplierMSP430E-Meter SoCMCU, RTC, LCDVSENSESigma DeltaRTCLow-Power WirelessAESPortable Medical DevicesCore Portable Medical System(Processor, Memory, Display,Power, Battery Management)LCDBacklightTouchScreenLCD DriverADCMSP430F6659WirelessTransmissionor SensorAccess ZigBee BluetoothLow-Power WirelessUSBKeypadGPIOµControllerandMemory PowerLithiumBatteryFuelBatteryGauge Protection ChargerBattery ManagementDACACAdapterLoad SwitchLCDDisplayBioSensorsSystem Based and OptionalFunctional Blocks inPortable Medical SystemsWired Data TransmissionAudioFeedbackor InstructionsPortable Medical InstrumentsPlug AC LineMedicalSecurity and SafetyThe MSP430F6659 MCU has integrated peripherals to meet the needs of many portablemedical applications. 512 kB Flash – run virtually any wirelessstack and allows for over-the-air updates USB and LCD controllers 6 serial ports 16-channel, 12-bit ADC – directly interfacewith analog sensors DAC – drive speakers; generate biasfor sensorsSmart Gridti.com/msp9
10SoftwareThe MSP software ecosystem can help you tap into the ultra-low power, performance and intelligent peripherals that are integrated in all MSP microcontrollers. Need help? Support is available for a variety of professional and open-sourced Integrated Development Environments and you can quicken time to market andmaximize code efficiency using the complete suite of MSP rcesSoftwareoptimizationCode ComposerStudio (CCStudio) IDEEclipse-based IDEfor all TI embeddedprocessorsMSP Peripheral Driver LibraryFull API for configuring, enabling andusing integrated MSP peripheralsEnergyTrace technologyOptimize code for ultra-low-power(ULP): Power profiling that goes beyonda multimeter, to display MCU stateinformation Dynamic range from nA to mAIAR Embedded WorkbenchStrong third-partyIDE offering withproject management tools andeditorUSB Developers PackageEverything you need for adding USB toyour applicationULP Advisor Software Check entire project against a setof ULP rules Highlights areas of improvementwithin codeMSP GCCFree, open-source,GCC tool chainfor MSP available standaloneor integrated in CCStudio IDE apTIvate Design Center GUICConfigure touch sensors, tune in realtime, auto generate softwareOptimizer Assistant Tool for optimizing code performance and size by leveragingcompiler settingsOpen-source electronics prototypingplatform for the TILaunchPad.Learn more @www.energia.nuEnergy Library Software suite for quick ramp-up inmetering, smartgrid, energy monitoring applications and home/buildingautomation (IAR only today, CCStudio portc oming soon!)Optimized IQmathLib library Library to optimize your fixed-pointmath performance
SoftwareEnergyTrace gyEnergyTrace technologyEnergyTrace technology MSP432P4x MCUsMSP430FR59/69 MCUsCurrent monitoringCPU state (PC)Peripheral/ System stateMicrocontrollers supportedAll MSP430 MCUsDevelopmenttool requiredXDS110-ETMSP-FET or eZ-FET(available on the(available on the MSP-EXP430FR4133) MSP-EXP432P401R)A complete ecosystem for real-time powerdebugging Graphical User Interface in Code Composer Studio IDE and IAR provides energy profiles ofyour application Measure current from nA to mA View low-power modes over time and Examine whether peripherals are on or offMSP-FET or eZ-FET(available on the SP-EXP430FR5969)MIt’s all in MSPWare software}Supports all 16-bit MSP430 and32-bit MSP432 microcontrollersMSPWare Features: Collection of MSP430 design resources Sleek and intuitive GUI for browsing content Automatic filtering of content using a unique 2-pane view Auto-updates through the web Features the MSP430 Driver Library Available as a Code Composer Studio IDE plugin or standalone executableti.com/msp11
12HardwareIn addition to our software, we offer hardware development tools for beginners to experienced engineers.These tools range from low-cost development kits like the LaunchPad to highly-integrated, applicationspecific platforms and target boards for integrating MSP into your designs. So get started today!Beginner EvaluationMSP LaunchPad Rapid prototyping for just 9.99: Modular hardware offers easy evaluation at alow costeZ430 tools Complete development kits: Offering on-board emulation and small,unique form factorsAdvanced EducationExperimenter’s boards Designed for full system evaluation: Fully integrated: offers everything from pushbuttons to LCDDevelopmentTarget boards and emulation tools Designed for integration into your system:Design Kits (MSP-FET430Uxyz) contain the following: Target board (MSP-TS430xyz)Breakout boards for all MSP microcontrollers Flash Emulation Tool (FET) (MSP-FET)to program and debug ANY MSP microcontrollerNow with EnergyTrace TechnologyLaunchPads with EnergyTrace 15.99MSP-EXP430FR5969Target MCU: MSP430FR5969BoosterPack Pinout: 20-pinSpecs: 16 MHz 16-bit MSP CPUx core 64 KB FRAM / 2 KB SRAM 12-bit differential ADC, comparator, timers,I2C, UART, SPI, 40 capacitive touch I/Os 0.1 F super capacitor for board power 12.99MSP-EXP432P401RLift-Off with TI LaunchPad:A Microcontroller Evaluation KitLaunchPad is a low-cost, easy-to-use microcontrollerdevelopment board from Texas Instruments. Startingat 9.99 USD, LaunchPad boards offer a snapshotinto the world of TI’s broad MCU portfolio. BlinkLEDs, spin motors, make robots and much more witheasy-to-use LaunchPad kits and a variety of softwareoptions to suit your maker or developer needs. Seeall LaunchPads at ti.com/launchpadti.com/mspTarget MCU: MSP432P401RBoosterPack Pinout: 20- and 40-pin DIPsocket / BoosterPack headerSpecs: 48MHz 32-bit ARM Cortex -M4F core 256-KB Flash / 64-KB RAM 14-bit differential ADC, comparator, 16-bit and32-bit timers, I2C, UART, SPI, 84 capacitive touchI/O, 1.62-V I/OBoosterPacks Plug-inmodules for LaunchPad thatfeature unique TI products orenable entire applications.BoosterPacks are availablefrom TI, third parties andonline communities!See all BoosterPacks atti.com/boosterpacks
Grow with MSPMSP MCUs and TI can scale with your applications. The MSP portfolio consists of over 400 microcontrollers r anging from the MSP Value Line to our revolutionary, highly integrated microcontrollers with embedded FRAM memory.SeriesPart NumberMax speed (MHz)†L09xLow Voltage4Ultra-Low PowerG2x/F2x/i2xF1xF4x161616Low Power PerformanceFRxxFRAM24F5x/6x25MSP432P4x48Wireless MCUsRF430CLCC430(RF430FRL)(RF430F5)420NVM (max KB)056120120128512256Fixed Function (2)32SRAM (max KB)GPIOComparatorTimerADCDACUARTI2CSPICapacitive touchMultiplierDMAOp ampsLCDRTCPMM1.8-V I/OCRCHigh-resolution timerUSBHardware encryption –9064844Up to 8430–44 llllllll13.56 MHz:Sub-1GHzISO 15693 /(adds Lo Pwr / 134.214443B / 18000-3 kHz, 3D front end)Enabled with new CapTIvate touch technologyCheck out the other great products from TI and unlock the full potential of your applications:Collect dataSensors – The TMP006 sensor measuresthe temperature of an object without theneed to make contact with the object.ti.com/sensorproductsAnalog Front Ends – Devices like theLMP91000 bridge the gap between sensors and the MSP MCU which cansignificantly simplify a system.ti.com/analogPower the systemPower – TI offers regulators, fuel gauges, battery monitors, and load switches.The TPS709 linear drop out regulatorcan regulate voltage to the MCU, whiledevices such as the TPS3839 reset ICcan accurately track battery activity toensure the MSP MCU remains in asafe state.ti.com/powerti.com/msp13
14Grow with MSPTransmit and receive dataWireless – TI offers radios ranging from sub-1 GHz to Wi-Fi . The CC1101 is a highly integrated RF transceiver for low-power wireless applications in the 315-/433-/868-/915-MHz ISM bands. Devices like the high-performance TRF7970 13.56-MHz transceiverenable low-power NFC solutions. The CC2564 paired with an MSP430 MCU offer a dual-mode solution for Bluetooth connectivity.The CC3200 is a Wi-Fi solution that simplifies Internet connectivity. l 0CL330HApplication tion codeti.com/RF430FRL15xH-toolsSub-1 GHz (w/ LF FE)RF430F5978Application codeti.com/RF430F5978-toolsSub-1 GHzCC1101SimpliciTI ti.com/simplicitiBluetooth /BLECC256xTI Bluetooth /simplelink ti.com/msp
Microcontroller CatalogFRAM: The Future of Embedded MemoryWhat does this mean for you? Lower power Faster data throughput Virtually unlimited write endurance Configurable as program or data memoryFRAM, or Ferroelectric Random Access Memory, is a nonvolatile memory that combines the speed, ultra-low-power, endurance and flexibility of SRAM with the reliability and stabilityof Flash to combine program and data into one unified memoryspace for the lowest power and easiest-to-use microcontrollerarchitecture. ti.com/framSpecificationsNon-volatile – Retains data without powerProgramDataORProgramDataUp to 16kB of unified FRAMReconfigurable as program or data memoryFRAMPart NumberFR2xNon-volatileMemory SRAM(KB)(kB) GPIO I2C SPI UART DMAADCllUltra-low active powerllHigh write endurancellSoft errors below measurable limitslDynamic – Bit-wise programmablelUnified memoryFlexible code and data partitioninglComparator Timers Timers(Channels) 16-Bit 32-Bit 10-10chADC10-10ch0000044444000001111100000RTC, BOR,Temp sensorRTC, BOR,Temp sensorRTC, BOR,Temp sensorRTC, BOR,Temp sensorOpAmp, TIA,RTC, BOROpAmp, TIA,RTC, BORCapTIvate I/OCapTIvate I/OCapTIvate I/OCapTIvate 213ADC10-8ch123032 724841321323ADC10-12ch165032 h12161235300032 3232 3232 32N/AN/AN/AMSP430FR5725881321323ADC10-12ch165032 lopeSlope1216350032 3232 32N/AN/AMSP430FR57288161211213ADC10-8ch123032 32N/AMSP430FR57298161321323ADC10-12ch165032 32N/AMSP430FR57302441211213ADC10-8ch123032 32N/AMSP430FR57312441321323ADC10-12ch165032 /AFR572xFR573x1Pricesare quoted in U.S. dollars and represent year 2016 suggested resale price.lHigh write speedsMSP FRAM Series – Up to 24 MHzFrequency(MHz)SRAM EEPROMlFlashllOperatingTemperatureRange ( C)PackageGroup1 kuPrice(U.S. )1–40 to 85TSSOP, LQFP0.99–40 to 85LQFP, TSSOP1.15–40 to 85TSSOP, QFN0.55–40 to 85TSSOP, QFN0.60–40 to 85TSSOP, QFN0.65–40 to 85TSSOP, QFN0.70–40 to 85–40 to 85–40 to 85–40 to 85–40 to 85RGERGERHB, DARHB, DARGE0.901.502.052.351.15LCD, RTC, BOR,Temp sensorLCD, RTC, BOR,Temp sensorLCD, RTC, BOR,Temp sensor–40 to 85LQFP, TSSOP1.25–40 to 85LQFP, TSSOP1.40–40 to 85LQFP, TSSOP1.55RTC, BOR, IrDA,Temp sensorRTC, BOR, IrDA,Temp sensorRTC, BOR, IrDARTC, BOR, IrDARTC, BOR, IrDA,Temp sensorRTC, BOR, IrDA,Temp sensorRTC, BOR, IrDARTC, BOR, IrDARTC, BOR, IrDA,Temp sensorRTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN1.22–40 to 85TSSOP, VQFN1.25–40 to 85–40 to 85–40 to 85TSSOP, VQFNTSSOP, VQFNTSSOP, VQFN1.241.271.27RTC, BOR, IrDA,Temp sensorRTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN1.30–40 to 85–40 to 85TSSOP, VQFNTSSOP, VQFN1.291.32–40 to 85TSSOP, VQFN1.32–40 to 85TSSOP, VQFN1.35–40 to 85TSSOP, VQFN1.42–40 to 85TSSOP, VQFN1.45* Available 3Q 2016.ti.com/msp15
16Microcontroller CatalogMSP FRAM Series – Up to 24 MHz (continued)Part NumberFrequency(MHz)Non-volatileMemory SRAM(KB)(kB) GPIO I2C SPI UART DMAADCComparator Timers Timers(Channels) 16-Bit 32-Bit reRange ( C)PackageGroup1 kuPrice(U.S. )1FR573x (continued)MSP430FR57322481211213Slope123032 32N/ARTC, BOR, IrDA–40 to 85TSSOP, VQFN1.44MSP430FR57332481321323Slope165032 32N/ARTC, BOR, IrDA–40 to 85TSSOP, VQFN1.47MSP430FR57342481211213ADC10-8ch123032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN1.47MSP430FR57352481321323ADC10-12ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN1.50MSP430FR573624161211213Slope123032 32N/ARTC, BOR, IrDA–40 to 85TSSOP, VQFN1.49MSP430FR573724161321323Slope165032 32N/ARTC, BOR, IrDA–40 to 85TSSOP, VQFN1.52MSP430FR573824161211213ADC10-8ch123032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85DSBGA,TSSOP, VQFN1.52–40 to 85TSSOP, VQFN1.5524161321323ADC10-12ch165032 32N/ARTC, BOR, IrDA,Temp sensorMSP430FR584716321331323ADC12-14ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.05MSP430FR5847116321331323ADC12-14ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.05MSP430FR584816482331323ADC12-14ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.15MSP430FR584916642331323ADC12-14ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.20–40 to 85TSSOP, DC12-14ch165032 32N/ARTC, BOR, IrDA,Temp sensorMSP430FR585816482331323ADC12-14ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.15–40 to 85TSSOP, VQFN2.20MSP430FR585916642331323ADC12-14ch165032 32N/ARTC, BOR, IrDA,Temp sensorMSP430FR586716321401323ADC12-16ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.20MSP430FR5867116321401323ADC12-16ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.15MSP430FR586816482401323ADC12-16ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.30MSP430FR586916642401323ADC12-16ch165032 32N/ARTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.30–40 to 85032 32N/AReal-time clock,Watchdog, Tempsensor, Brown outreset, IrDAMSP430FR587216642512423ADC12-8ch85032 32N/AReal-time clock,Watchdog, Tempsensor, Brown outreset, IrDA–40 to h85032 32N/AReal-time clock,Watchdog, Tempsensor, Brown outreset, IrDA–40 to h125032 32N/ARTC, Scan interface,BOR, IrDA,Temp sensor–40 to 85LQFP, VQFN4.19MSP430FR588816962482423ADC12-12ch125032 32N/ARTC, Scan interface,BOR, IrDA,Temp ssnsor–40 to 85LQFP, VQFN4.27MSP430FR5889161282482423ADC12-12ch125032 32N/ARTC, Scan interface,BOR, IrDA,Temp sensor–40 to 85LQFP, VQFN4.35MSP430FR58891161282482423ADC12-12ch125032 32N/ARTC, Scan interface,BOR, IrDA,Temp sensor–40 to 85LQFP, VQFN4.351Prices are quoted in U.S. dollars and represent year 2016 suggested resale price.ti.com/msp
Microcontroller CatalogMSP FRAM Series – Up to 24 MHz (continued)Part NumberFrequency(MHz)Non-volatileMemory SRAM(KB)(kB) GPIO I2C SPI UART DMAADCComparator Timers Timers(Channels) 16-Bit 32-Bit reRange ( C)1 kuPrice(U.S. ch85032 32AES256Real-time clock,Watchdog, Tempsensor, Brown outreset, IrDA–40 to 2-8ch85032 32AES256Real-time clock,Watchdog, Tempsensor, Brown outreset, IrDA–40 to -14ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.10MSP430FR5947116321331323ADC12-14ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.10MSP430FR594816482331323ADC12-14ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.20MSP430FR594916642331323ADC12-14ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.25–40 to 85TSSOP, VQFN2.10MSP430FR595716321331323ADC12-14ch165032 32AES256RTC, BOR, IrDA,Temp sensorMSP430FR595816482331323ADC12-14ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.20MSP430FR595916642331323ADC12-14ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85TSSOP, VQFN2.25MSP430FR596716321401323ADC12-16ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.20MSP430FR596816482401323ADC12-16ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.25MSP430FR596916642401323ADC12-16ch165032 32AES256RTC, BOR, IrDA,Temp sensor–40 to 85VQFN2.35–40 to
2 MSP Microcontrollers MSP microcontrollers (MCUs) from Texas Instruments (TI) are 16-bit and 32-bit mixed-signal proces-sors designed for ultra-low power. Our MCUs offer the lowest power consumption and the perfect mix of integrated peripherals for thousands of application
6 12036012 juego tapetas encim.zamak top zamak set 1 1 1 1 1 1 1 1 1 1 1 1 8 12079633 enc.msp-150 freg.peto msp-150 top with sink & splash back 1 8 12079634 encim.msp-200 freg peto msp-200 top with sink & splash back 1 8 12079635 encim.msp-250 freg peto msp-250 top with sink &
Edition Sport Line Shadow 118i 120i 120d M140i 6-speed Manual 472 600 – – – . 11 150 11 150 11 150 – . Radio-remote control with spider in blue MSP MSP MSP n Shortened gear lever (only in combination with 6-speed manual transmission) with M logo MSP MSP MSP n
MSP-EXP430G2 LaunchPad Development Kit User's Guide SLAU318G-July 2010-Revised March 2016 MSP-EXP430G2 LaunchPad Development Kit The MSP-EXP430G2 LaunchPad development kit is an inexpensive and simple development kit for the MSP430G2xx Value Line series of microcontrollers. It is an easy way to start developing on the MSP430
MSP-EXP430G2 LaunchPad Development Kit User's Guide SLAU318G-July 2010-Revised March 2016 MSP-EXP430G2 LaunchPad Development Kit The MSP-EXP430G2 LaunchPad development kit is an inexpensive and simple development kit for the MSP430G2xx Value Line series of microcontrollers. It is an easy way to start developing on the MSP430
ET430PIF MSP-FET430UIFMSP-FET eZ-FET Emulation IP eZ-FET Lite Emulation IP Supports all programmable MSP430 and CC430 devices Supports only F20xx, G2x01, G2x11, G2x21, G2x31 Supports F20xx, F21x2, F22xx, G2x01, G2x11, G2x21, G2x31, G2x53 Supports F20xx, F21x2, F22xx, G2x01,
pher on 8-bit AVR microcontrollers, 32-bit RISC-V processors, and 64-bit ARM processors. The optimal performance is achieved through e cient register allo-cation and instruction techniques. 3.1 8-bit Low-end AVR Microcontrollers Instruction set. AVR microcontrollers have useful instruction sets. Generally instructions take 1 or 2 clock cycles.
The Rt. Rev. George N. Hunt The Rev. Frederick K. Jellison The Rev. Dn. Ida R. Johnson The Rev. Michaela Johnson The Rev. Paul S. Koumrian The Rev. Canon Harry E. Krauss * The Rev. H. August Kuehl The Rev. Richard T. Laremore * The Rev. Donald A. Lavallee The Rev. Canon John E. Lawrence The Rev. Dr. Gary C. Lemery * The Rev. Dn. Betsy Lesieur *
FINANCIAL ACCOUNTING : MEANING, NATURE AND ROLE OF ACCOUNTING STRUCTURE 1.0 Objective 1.1 Introduction 1.2 Origin and Growth of Accounting 1.3 Meaning of Accounting 1.4 Distinction between Book-Keeping and Accounting 1.5 Distinction between Accounting and Accountancy 1.6 Nature of Accounting 1.7 Objectives of Accounting 1.8 Users of Accounting Information 1.9 Branches of Accounting 1.10 Role .