Ultra-Low-Power MSP430 Microcontrollers

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2 2 Ultra-Low-Power MSP430 Microcontrollers MSP430 Microcontrollers MSP430 Microcontrollers (MCUs) from Texas Instruments (TI) are 16- bit, RISC-based, mixed-signal processors designed specifically for ultra-lowpower (ULP). MSP430 MCUs have the right mix of intelligent peripherals, ease of use, low cost and lowest power consumption for thousands of applications including yours. TI offers robust design support for the MSP430 MCU platform along with technical documents, training, tools and software to help designers develop products and release them to market faster. Learn more at Key Features Ultra-low-power (ULP) architecture and flexible clock system extend battery life: 0.1-µA RAM retention, <1-µA RTC mode, <230 µa/per MHz (flash), <110 µa/per MHz (RAM) Integrated intelligent peripherals including wide range of high-performance analog and digital peripherals that off-load the CPU Easy-to-use 16-bit RISC CPU architecture enables new applications with industry-leading code density Complete development ecosystem with tools starting at $ Ultra-Low Power Devices 8-MHz to 25-MHz CPU Speed 0.5KB to 256KB Flash 128B to 16KB RAM 14 to 113 pins; 24 packages Starting at $0.25 USD! MSP430 Microcontroller DNA Ultra-Low Power The MSP430 MCU is designed specifically for ultra-low-power applications. Its flexible clocking system, multiple low-power modes, instant wakeup and intelligent autonomous peripherals enable true ultra-low-power optimization, dramatically extending battery life. Flexible Clocking System The MSP430 MCU clock system has the ability to enable and disable various clocks and oscillators which allow the device to enter various low-power modes (LPMs). The flexible clocking system optimizes overall current consumption by only enabling the required clocks when appropriate khz Very Low-Power Oscillator (VLO) up to 20 khz Multiple-Oscillator Clock System ACLK-32 khz Lower-Power Peripherals Sub-Main Clock (SMCLK) Source for faster individual peripheral modules that may be driven by the internal DCO up to 25 MHz or with external crystal. Instant Wakeup The MSP430 MCU can wake-up instantly from LPMs. This ultra-fast wake-up is enabled by the MSP430 MCU s internal digitally controlled oscillator (DCO), which can source up to 25 MHz and be active and stable in 1µs. Instant wake-up functionality is important in ultra-low power applications since it allows the microcontroller to use the CPU in very efficient bursts and spend more time in LPMs. Zero-Power Brown-Out Reset (BOR) The MSP430 MCU s BOR is always enabled and active in all modes of operation. This ensures the most reliable performance possible while maintaining ultra-lowpower consumption. The BOR circuit detects low supply voltages and resets the device when power is applied or removed. This functionality is especially critical in battery-powered applications. Control Digitally Controlled Oscillator MCLK 100 khz-25 MHz CPU and Peripherals Main Clock (MCLK) CPU source that may be driven by the internal Digitally Controlled Oscillator (DCO) up to 25 MHz or with external crystal. Auxiliary Clock (ACLK) Source for individual peripheral modules driven by the internal low-power oscillator or external crystal. Ultra-Low Power is in our DNA Ultra-fast 1-µs DCO start-up allows MSP430-based systems to remain in low-power modes for the longest possible interval extending battery life. The DCO is fully user programmable. t

3 The World s Lowest Power Microcontrollers 3 MSP430 Microcontroller DNA Highly Integrated MSP430 MCU s are highly integrated and offer a wide range of highperformance analog and digital peripherals. Intelligent Peripherals The MSP430 MCU s peripherals have been designed to assure maximum functionality and provide system-level interrupts, resets and bus arbitration at the lowest power. Many peripherals may function autonomously, thereby minimizing CPU time spent in active mode. High-Performance Integration The 300+ MSP430 devices offer high-performance integration including USB, RF, LCD controllers and 16-bit Sigma-Delta ADCs. The scalable portfolio allows designers to find the appropriate MSP430 device for many low-power applications. The MSP430 MCU s high integration also enables solutions with smaller physical footprints and minimizes the overall bill of materials. Snapshot of Integrated Peripherals ADC12 SD16 Comparator DAC12 DMA Multiplier OpAmp Timer WDT Basic Timer RTC PMM BOR SVS RF Front End A-POOL AES Refer to pages 8 and 9 for full descriptions USB SPI I 2 C LIN/IrDA SCAN_IF ESP430 LCD Cap Touch I/O Easy to Get Started MSP430 MCUs are easy-to-use because of a modern 16-bit RISC architecture and a simple development ecosystem. 16-Bit Orthogonal Architecture The MSP430 MCU s 16-bit architecture provides the flexibility of 16 fully-addressable, single-cycle, 16-bit CPU registers with the power of a RISC. The modern design of the CPU offers versatility using only 27 easy-to-understand instructions and seven consistent-addressing modes. Clock System MCLK RISC CPU 16-Bit ACLK SMCLK JTAG/Debug Flash Watchdog RAM Analog Peripheral MAB MDB Digital Peripheral Complete Development Ecosystem The MSP430 development environment is affordable, seamless and easy-to-use. Get started with the $4.30 MSP430 Value Line LaunchPad development kit, or use the adaptable MSP-FET430UIF that supports development on all flash-based MSP430 devices. Also, download free IDE options such as TI s Code Composer Studio or IAR s Embedded Workbench. Port Operating Mode Description CPU (MCLK) SMCLK ACLK RAM Retention BOR Self Wakeup Interrupt Sources Active CPU, all clocks and peripherals available. l l l l l LPM0 CPU is shutdown, peripheral clocks available. l l l l l LPM1 LPM2 LPM3 LPM3.5 CPU is shutdown, peripheral clocks available. DCO is disabled and the DC generator can be disabled. CPU is shutdown, only one peripheral clock available. DC generator is enabled. CPU is shutdown, only one peripheral clock available. DC generator is disabled. No RAM retention, RTC can be enabled. (MSP430F5xx generation only) l l l l l l l l l l l l l, ADC, DMA, USART, WDT, I/0, comparator, USI, Ext. Interrupt,, RTC, other peripherals, ADC, DMA, USART, WDT, I/0, comparator, USI, Ext. Interrupt,, RTC, other peripherals, ADC, DMA, USART, WDT, I/0, comparator, USI, Ext. Interrupt,, RTC, other peripherals, ADC, DMA, USART, WDT, I/0, comparator, USI, Ext. Interrupt,, RTC, other peripherals, ADC, DMA, USART, WDT, I/0, comparator, USI, Ext. Interrupt,, RTC, other peripherals l l Ext. Interrupt, RTC LPM4 CPU is shutdown and all clocks disabled. l l Ext. Interrupt LPM4.5 No RAM retention, RTC disabled. (MSP430F5xx generation only) l Ext. Interrupt It s always 430 somewhere Join our online community at

4 4 Ultra-Low-Power MSP430 Microcontrollers Why Choose an MSP430 Microcontroller? MSP430F5xx Architecture TI now offers a wide selection of generalpurpose devices based on its new MSP430F5xx platform. The F5xx generation, in addition to many new features, includes an innovative power-management module (PMM) that allows adjustable core voltage for power optimization. Devices offer options of 8 256KB flash memory; up to 16KB RAM; many peripherals. Continuing Innovation TI is continuously working toward microcontroller innovations in ULP integration and ease of use. With features like ferroelectric RAM (FRAM) and universal memory, the MSP430 family provides unique performance and cost benefits that allow for an easier development cycle. They also make compelling applications possible such as intelligent batteryless and wireless devices. Multiple Package Options The MSP430 family offers over 24 packages to best fit end-equipment needs and to facilitate manufacturing. For today s increasing need for miniaturization, MSP430 also supports many devices in bare die and die-sized BGA (DSBGA) packages as small as 3x3 mm. Wireless Applications The MSP430 family offers a broad suite of ULP solutions for wireless applications such as asset tracking, home/industrial automation, personal health and fitness products and remote sensor monitoring. Options currently include sub-1ghz SoC implementations (CC430 series) and companion microcontrollers for both sub-1ghz and 2.4-GHz implementations. Low-Cost Options The new MSP430 Value Line series offers ULP and 16-bit performance for low-cost, lower-end applications. Ideal for high-volume/ low-cost designs, these MCUs are priced as low as 25 cents. Start developing on MSP430 Value Line devices using the $4.30 LaunchPad development kit. Ultra-Low Power Performance Analog Integration Easy-to-Use MSP bit RISC CPU All devices feature: 16-bit timers Watchdog timer Internal Digitally Controlled Oscillator External 32-kHz crystal support <50 na pin leakage <6 µs wakeup All Devices L V-1.65V Speed: 4MHz ROM: Up to 2KB RAM: Up to 2KB GPIO: 11 F1xx Speed: 8MHz Flash: 1-60KB RAM: Up to 10KB GPIO: Some Devices Refer to pages 8 and 9 for the complete list and description of integrated peripherals. BOR DAC8 Comp SVS BOR WDT A-POOL ADC8 BOR, 12 Comp_A DAC12 DMA MPY SVS USART $0.25 G2xx Speed: 16 MHz Flash: 0.5-8KB RAM: Up to 256B GPIO: F2xx Speed: 16 MHz Flash: 1-120KB RAM: Up to 8KB GPIO: BOR Comp_A+ Temp USI Cap sense I/Os BOR,12 SD16_A Comp_A+ DAC12 DMA MPY OpAmp SVS USI F4xx Speed: 8/16 MHz Flash: 4-120KB RAM: Up to 8KB GPIO: BOR LCD,12 SD16(_A) Comp_A DAC12 DMA MPY OpAmp MPY OpAmp SVS USART SVS USART ESP430 ESP430 SIF SCAN_IF Basic Timer WDT+ Basic Timer RTC_C WDT+ RTC_C F5xx/6xx Speed: 25 MHz Flash: 8-256KB RAM: Up to 18KB GPIO: PMM BOR SVS SVM LDO MPY DMA USB,12 (A) Comp_B RTC_A/B WDT LCD CC430 Speed: 20 MHz Flash: 8-16KB RAM: Up to 4KB GPIO: 40 PMM BOR SVS SVM LDO MPY DMA Sub 1 GHz RF AES ADC12 (A) Comp_B RTC_A/B LCD Ultra-Low Power is in our DNA

5 The World s Lowest Power Microcontrollers 5 Key Applications Utility Metering Portable Medical Wireless Communications The MSP430 MCU s low power and analog integration are ideal for metering applications. The portfolio offers devices preconfigured to support single- to three-phase electricity metering, while others are integrated with special scan peripherals for flow metering applications. The MSP430 MCUs integrated analog signal chain and low-power performance is perfect for many medical applications, especially portable measurement devices. Also, the competitive cost of designing with an MSP430 MCU enables availability of care to more people around the world. The new CC430 is a small, cost-efficient, and performance-rich solution that integrates RF functionality into the MSP430 MCU. This lowpower wireless processor is ideal for space- and cost-constrained applications such as remote sensing applications. Motor Control Cap Touch Personal Health and Fitness TI s integrated communication peripherals and high-performance analog make the MSP430 MCU a great choice for controlling stepper, BLDC, and DC motors in applications like printers, fans, antennas and toys. The MSP430 MCU enables captive touch interfaces like buttons, wheels or sliders through its on-chip oscillators and Capacitive Touch Sense IOs without the need for external components. A free Cap Touch Software Tool Suite and low cost hardware tools are available to quickly develop an application without needing to understand the underlying theory. Pairing the MSP430 MCUs small size, low power and integrated analog with RF functionality enables devices to monitor anything from heart rate, to running speed, to the amount of oxygen in a scuba tank. The ez430-chronos wireless development system in a watch is available to get you started. Energy Harvesting Lighting Security The MSP430 MCU s ultra-low power consumption and powerful analog and digital interfaces can harvest wasted energy from the environment, making it possible to create self-powered systems that eliminate the need to replace batteries. The ez430-rf2500-seh is a complete energy harvesting development kit that is available to get you started. The MSP430 MCU s integrated high resolution PWM timer is ideal for lighting applications such as LED dimming control. Various lighting protocols such as DALI and DMX512 are supported. Power consumption is critical in security applications such as wireless smoke detectors, which run for very long periods on a single battery. This makes the MSP430 MCU ideal for these applications. The high level of system integration also simplifies design and reduces system cost. It s always 430 somewhere Join our online community at

6 6 Ultra-Low-Power MSP430 Microcontrollers What s New with MSP430 Microcontrollers? Value Line Cost-Effective yet Ultra-Low Power (MSP430G2xx Series) TI s new Value Line of MSP430 MCUs allows customers to take advantage of this family s ultra-low power (ULP) and 16-bit performance for cost-sensitive applications, which traditionally have depended on 8-bit microcontrollers. These new devices are code-compatible across the entire MSP430 family. This allows easy code migration and upgrades to higher-end devices as application needs evolve in the market. ULP features: 300-µA active current (1 MHz, 3 V) 0.5-µA standby current (LPM3) 0.1-µA power-down current (LPM4) 1-µs wake-up time and integrated brown-out reset (BOR) Watchdog timer (WDT) Integrated peripherals: Comparators, 10-bit ADC, SPI, I 2 C and UART communication. Some Value Line devices also feature integrated capacitive sense I/Os to enable low-cost touch-pad implementations (reduced PCB BOM). Over 150 value line devices priced as low as U.S. $0.25 will be available by mid LaunchPad Development Kit: Meet the lowest cost, most complete development kit in the industry. LaunchPad includes all of the hardware and software developers need to start creating applications. The kit includes an on-board, USBpowered flash emulation tool for programming MSP430 Value Line MCUs, programmable push buttons and LEDs, DIP target socket supporting up to 20 pins, mini-usb cable, two MSP430 Value Line MCUs, and free code-limited IDEs such as Code Composer Studio version 4 and IAR Embedded Workbench Kickstart. Included devices are MSP430G2231IN14 and MSP430G2211IN14. Ultra-Low Power is in our DNA NEW! MSP430G2xx2 family of Value Line devices The MSP430G2xx2 family adds 64 devices to the Value Line portfolio offering more options in memory size and features for use in a variety of consumer and industrial applications. Key features of the G2xx2 family include: Same ultra-low power consumption as G2xx1 devices Flash size up to 8 KB 256B SRAM 10-bit ADC, Comparator peripheral options Innovative capacitive touch sense enabled I/Os to reduce system costs 14/20-pin TSSOP, 16 pin QFN and 20 pin PDIP packages available www. ti.com/430value Going Wireless? MSP430 MCUs for RF connectivity The MSP430 portfolio offers the right mix of intelligent peripherals, ease of use, low cost and lowest power consumption enabling extended battery life and superior performance in wireless connectivity applications. By making RF design easy, performance-rich and power-efficient, the MSP430 helps advance RF networking applications from RFID to ZigBee and Bluetooth /Bluetooth Low Energy as well as proprietary protocols. These applications include but are not limited to industrial/building automation, asset tracking, industrial monitoring and tamper detection, alarm and security systems, sports/body monitoring, wireless keyboard/mouse products, wireless gaming accessories and automatic metering infrastructure (AMI). The ultra-low power consumption of the MSP430 MCU also enables energy harvesting applications with wireless systems. The CC430: As the newest addition to RF connectivity solutions from the MSP430 MCU, the CC430 integrates the MSP430F5xx CPU core and CC1101 sub-1ghz RF transceiver. This family offers the industry s lowest-power single-chip RF solution for microcontroller-based applications. The CC430 F61xx and F51xx devices make RF applications easy to design because they are small, cost-efficient, performance-rich and low-power. The family is therefore ideal for sub-1 GHz RF-networking applications like industrial or building automation, asset tracking, energy harvesting, industrial monitoring, tamper detection, personal wireless networks, alarms and security systems, sports and body monitoring, automatic metering infrastructure (AMI) and more.

7 The World s Lowest Power Microcontrollers 7 What s New with MSP430 Microcontrollers? (continued) Innovative peripherals on the CC430 platform include an LCD controller with software-contrast control; AES-128 hardware encryption; and a port-mapping controller that simplifies layout by connecting different peripherals to multiple pins. Wireless software stacks, comprehensive development tools and reference designs enable easy RF design and faster time to market. Need USB? MSP430F55xx Family with Full-Speed (12-Mbps) USB 2.0 TI now offers MSP430 MCUs with integrated full-speed USB 2.0, a great match even in the most challenging applications. USB 2.0 simplifies communication with a PC or other USB host, leveraging the analog integration and flexible clock system of the MSP430 MCU to provide a cost-effective solution. The F55xx family provides flexibility: The USB implementation allows firmware upgrades in the field through a bootstrap loader. The USB interface pins can function as high-current I/Os. The implementation allows up to 8 I/O endpoints. The F55xx family is highly integrated: An integrated 3.3V LDO enables direct operation from a 5V VBUS, whereas competing USB devices may require an external LDO. This internal LDO can power the USB module, the complete MSP430 MCU, or an entire system up to 12 ma. The device integrates a USB PHY eliminating the need for external circuitry. TI offers a full spectrum of free USB-certified stacks and other software tools to support fast development. Free USB Software stacks: Communication Device Class (CDC) Human Interface Device (HID) Mass Storage Class (MSC) Software solutions from third-party partners USB BSL: Supports end-user firmware updates and fast production programming. It is a visual studio project for fast development. Descriptor tool: Automatically generates USB descriptor code and configures the stack functions with an easy interface. Software tool chain offers TI and 3rd party solutions: IDEs from CCS and IAR feature full integrated support for our USB devices. Additional stacks and software tools are available from third parties such as HCC Embedded, Segger and others. Target Boards for USB development: Hardware target boards offer insystem programming and debug via JTAG or Spy Bi-Wire (2-wire JTAG). MSP-TS430RGC64USB: Supports all MSP430F55xx in 64-pin QFN packages (TI designator: RGC) MSP-TS430PN80USB: Supports all MSP430F552x parts in 80-pin LQFP packages (TI designator: PN) The MSP-EXP430F5529 Experimenter Board is a development platform based on the MSP430F552x devices with integrated USB. This board is perfect for learning and developing USB-based MSP430 applications. The board includes a 102x64 dot-matrix LCD, microsd card, 3-axis accelerometer, five cap touch pads, RF expansion headers, nine LEDs, an analog thumb-wheel, easy access to spare F5529 pins, standard JTAG access, and an integrated Spy Bi-Wire flash emulation module. The kit is also pre-programmed with an outof-box demo to immediately show the capabilities of the MSP430 MCU. Low-Voltage Microcontrollers Introducing the industry s first TRUE 0.9V microcontroller. The MSP430L092 has the capability to run all analog and digital logic at 0.9V, without boosting parts of the logic to a higher voltage. This device is the first in its class and will enable products to run directly from a single cell battery. This series integrates an all new Analog Pool peripheral which can be configured as an ADC, DAC, Comparator, System Voltage Supervisor (SVS) and temperature sensor. Additional integration includes two 16-bit timers, watchdog timer, 11 I/Os with interrupt capability and zero-power Brownout all operating at 0.9V. The 16-bit RISC architecture CPU and its instruction set are compatible with existing MSP430 MCU devices. The development tools for this series offer a true 0.9V evaluation and testing environment while ensuring seamless debugging with a traditional 3V interface. The operating frequency is up to 4MHz and consumes only 45µA/MHz in active mode. It s always 430 somewhere Join our online community at

8 8 Ultra-Low-Power MSP430 Microcontrollers Integrated Peripherals Analog /_A, ADC12/ADC12_A The ADC module supports fast, 200-ksps, 10- or 12-bit analog-to-digital conversions. The module features an SAR core with 5, 8, 12 or 16 input channels; sample-selection control; a 1.5/2.5 V reference generator; and an internal temperature sensor. The features a data-transfer controller (DTC) and the ADC12 features a 16-word conversion-and-control buffer. These added features allow samples to be converted and stored without CPU intervention. _A and ADC12_A provide improved resolution at lower power. Analog Pool The Analog Pool (A-POOL) module can be configured as an ADC, DAC, Comparator, SVS or temperature sensor. It allows flexibility for the user to program a series of analog functions with only one setup. Comp_A, Comp_A+ The Comp_A/A+ modules support precision-slope analogto-digital conversions, supply-voltag supervision, and monitoring of external analog signals for accurate measurement of voltage and resistor values. The modules feature selectable low-power modes and a programmable reference-voltage generator. Comp_A+ offers eight inputs and an input multiplexer. DAC12 The DAC12 module is a 12-bit, voltage-output DAC featuring internal/ external reference selection and programmable settling time for optimal power consumption. It can be configured in 8- or 12-bit mode. When multiple DAC12 modules are present, they may be grouped together for synchronous update operation. OpAmp The MSP430 integrated operational amplifiers feature single-supply, lowcurrent operation with rail-to-rail outputs and programmable settling times. Internal, pro- grammable feedback resistors and connections between multiple op amps allow for a variety of software-selectable configuration options including unity-gain mode, comparator mode, inverting PGA, non-inverting PGA, and differential and instrumentation amplifiers. SD16/SD16_A The SD16/SD16_A modules each feature up to seven 16-bit sigma-delta A/D converters with an internal 1.2-V reference. Each converter has up to eight fully differential multiplexed inputs, including a built-in temperature sensor. The converters are second-order oversampling sigma-delta modulators with selectable oversampling ratios of up to 1024 (SD16_A) or 256 (SD16). Basic Timer (BT) The BT has two independent 8-bit timers that can be cascaded to form a 16-bit timer/counter. Both timers can be read and written by software. The BT is extended to provide an integrated RTC. An internal calendar compensates for months with less than 31 days and includes leap-year correction. Real-Time Clock (RTC_A, RTC_B) RTC_A/B are 32-bit hardware counter modules that provide clock counters with a calendar, a flexible programmable alarm, and calibration. The RTC_B includes a switchable battery backup system that provides the ability for the RTC to operate when the primary supply fails. Timer_A/Timer_B/Timer_D Timer_A, Timer_B and Timer_D are asynchronous 16-bit timers/counters with up to seven capture/compare registers and various operating modes. The timers support multiple capture/compares, PWM outputs, and interval timing. They also have extensive interrupt capabilities. Timer_B introduces additional features such as programmable timer lengths (8, 10, 12 or 16-bit), while Timer_D introduces a high-resolution mode (4ns resolution). Watchdog+ (WDT+) The WDT+ performs a controlled system restart after a software problem occurs. If the selected time interval expires, a system reset is generated. If the watchdog function is not needed in an application, the module can be configured as an interval timer and can generate interrupts at selected time intervals. System Advanced Encryption Standard (AES) The AES accelerator (CC430 devices) module performs encryption and decryption of 128-bit data with 128-bit keys according to the advanced encryption standard in hardware, and can be configured with user software. Brown-Out Reset (BOR) The BOR circuit detects low supply voltages and resets the device by triggering a power-on reset (POR) signal when power is applied or removed. The MSP430 MCU s zero-power BOR circuit is continuously turned on, including in all low-power modes. Direct Memory Access (DMA) Controller The DMA controller transfers data from one address to another across the entire address range without CPU intervention. The DMA increases the throughput of peripheral modules and reduces system power consumption. The module features up to three independent transfer channels. Enhanced Emulation Module (EEM) The EEM provides different levels of debug features such as 2-8 hardware breakpoints, complex breakpoints, break when read/write occurs at specified address, and more. Embedded into all flash-based MSP430 devices. Ultra-Low Power is in our DNA

9 The World s Lowest Power Microcontrollers 9 Integrated Peripherals Hardware Multiplier (MPY/MPY32) The hardware-multiplier module supports 8/16-bit x 8/16-bit signed and unsigned multiply with optional multiply and accumulate functionality. This peripheral does not interfere with CPU activities and can be accessed by the DMA. The MPY on all MSP430F5xx and some MSP430F4xx devices feature up to 32-bit x 32-bit. Power Management Module (PMM) The PMM generates a supply voltage for the core logic, and provides several mechanisms for the supervision and monitoring of both the voltage applied to the device and the voltage generated for the core. It is integrated with a low-dropout voltage regulator (LDO), brown-out reset (BOR), and a supply voltage supervisor and monitor. Supply-Voltage Supervisor (SVS) The SVS is a configurable module used to monitor the AVCC supply voltage or an external voltage. The SVS can be configured to set a flag or generate a power-on reset (POR) when the supply voltage or external voltage drops below a user-selected threshold. Communication and Interface Capacitive Touch Sense I/Os The integrated capacitive touch sense I/O module offers several benefits to touch button and touch slider applications. The system does not require external components to create the self-oscillation (reducing bill of materials) and the capacitor (that defines the frequency of the self-oscillation) can be connected directly. In addition, there is no need for external MUXes to allow multiple pads and each I/O pad can directly serve as a cap sense input. A hysteresis of ~0.7V ensures robust operation. Control and sequencing is done completely in software. Input/Output MSP430 devices have up to 12 digital I/O ports implemented. Each port has eight I/O pins. Every I/O pin can be configured as either input or output, and can be individually read or written to. Ports P1 and P2 have interrupt capability. MSP430F2xx, F5xx and some F4xx devices feature built-in, individually configurable pull-up or pull-down resistors. Sub-GHZ RF Front End The flexible CC1101 sub-1ghz transceiver delivers the sensitivity and blocking performance required to achieve successful communication links in any RF environment. It also features low current consumption and supports flexible data rates and modulation formats. USART (UART, SPI, I 2 C) The universal synchronous/asychrnous receive/transmit (USART) peripheral interface supports asynchronous RS-232 and synchronous SPI communication with one hardware module. The MSP430F15x/16x USART modules also support I 2 C, programmable baud rate, and independent interrupt capability for receive and transmit. USB The USB module is fully compliant with the USB 2.0 specification and supports control, interrupt and bulk transfers at a data rate of 12 Mbps (full speed). The module supports USB suspend, resume and remote wake-up operations and can be configured for up to eight input and eight output endpoints. The module includes an integrated physical interface (PHY); a phase-locked loop (PLL) for USB clock generation; and a flexible power-supply system enabling bus-powered and selfpowered devices. (UART, SPI, I 2 C, LIN, IrDA) The universal serial communication interface () module features two independent channels that can be used simultaneously. The asynchronous channel (_A) supports UART mode; SPI mode; pulse shaping for IrDA; and automatic baud-rate detection for LIN communications. The synchronous channel (_B) supports I 2 C and SPI modes. USI (SPI, I 2 C) The universal serial interface (USI) module is a synchronous serial communication interface with a data length of up to 16-bits and can support SPI and I 2 C communication with minimal software. Metering ESP430 (integrated in FE42xx devices) The ESP430CE module incorporates the SD16, a hardware multiplier, and the ESP430 embedded processor engine for single-phase energy-metering applications. The module performs metering calculations independent of the CPU. Scan Interface (SIF) The SIF module, a programmable state machine with an analog front end, is used to automatically measure linear or rotational motion with the lowest possible power consumption. The module features support for different types of LC and resistive sensors and for quadrature encoding. Display LCD/LCD_A/LCD_B The LCD controller directly drives LCD displays with automatic signal generation for up to 196 segments. The MSP430 LCD controller can support static, 2-, 3-, and 4-mux LCDs. The LCD_A module includes an integrated charge pump for contrast control. LCD_B is lower power, has more segments and provides blinking capability. It s always 430 somewhere Join our online community at

10 10 Ultra-Low-Power MSP430 Microcontrollers Hardware Development Tools ( Hardware Development Tools Only one programming tool, the MSP430 Flash Emulation Tool (FET), is required to download and debug code on any flash-based MSP430 device. MSP430 FETs, which are available for both USB and parallel ports, allow the user to debug in-system at full speed and modify registers in real time. The MSP430 MCU s on-chip Embedded Emulation Module (EEM) allows advanced debugging features including up to 8-hardware breakpoints and triggers as well as cycle counters, clock control and usage of an integrated trace buffer. Debugging and Programming Tools Part Number PC Port Price MSP-FET430UIF USB $99 MSP-FET430PIF Parallel $20 Production Programming The MSP-GANG430 can help automate mass production by enabling programming of up to eight flash-based MSP430 MCUs simultaneously without a PC. For high-volume customers, masked ROM and factory programmed flash devices can be ordered. The ROM process takes 8-12 weeks from the receipt of a customer s verified code to the production of the first silicon. Flash devices take 6-8 weeks. Production Programmer Part Number PC Port Price Provider MSP-GANG430 Serial $199 TI GangPro430 USB $339 Elprotronic Target Boards Target boards are available for as little as $75 and bundles including the FET programmer are available for $149. Most target boards include a ZIF-socket allowing you to add or change the MSP430 device easily. For more information, visit MSP-FET430UIF MSP-TS430PM64 Bundle available MSP-FET430U64 Socket Pin Count Package Supported Target Board and Programmer Bundle Target Board Only 14-pin TSSOP (PW) MSP-FET430U14 MSP-TS430PW14 TSSOP (PW) MSP-FET430U092 MSP-TS430L092 TSSOP (DW) MSP-TS430DW28 20/28-pin TSSOP (PW) MSP-FET430U28 MSP-TS430PW28 TSSOP (PW) MSP-FET430U28A MSP-TS430PW28A 38-pin TSSOP (DA) MSP-FET430U38 MSP-TS430DA38 40-pin QFN (RHA) MSP-FET430U23x0 MSP-TS430QFN23x0 QFN (RSB) MSP-FET430U40 MSP-TS430RSB40 48-pin SSOP (DL) MSP-FET430U48 MSP-TS430DL48 QFN (RGZ) MSP-FET430U48B MSP-TS430RGZ48B QFP (PM) MSP-FET430U64 MSP-TS430PM64 64-pin QFP (PM) - Pinout A MSP-FET430U64A MSP-TS430PM64A QFN (RGC) MSP-FET430U64USB MSP-TS430RGC64USB QFN (RGC) MSP-FET430U64B MSP-TS430RGC64B QFP (PN) MSP-FET430U80 MSP-TS430PN80 80-pin QFP (PN) MSP-FET430U80A MSP-TS430PN80A LQFP (PN) MSP-FET430U80USB MSP-TS430PN80USB QFP (PZ) MSP-FET430U100 MSP-TS430PZ pin QFP (PZ) MSP-FET430U100USB MSP-TS430PZ100USB QFP (PZ) - Pinout A MSP-FET430U100A MSP-TS430PZ100A QFP (PZ) MSP-FET430U5x100 MSP-TS430PZ5x100 Wireless CC430 Tools The EM430F6137RF900 is a complete wireless development tool for the CC430 that includes all the hardware required to develop an entire wireless project. The sample kit includes two sub-1ghz wireless target boards (including antennas) featuring the highly integrated C430F6137IRGC RF system on-chip. Projects may be developed and instantly deployed using the included batteries. Part Number EM430F6137RF900 FET430F6137RF900 Kit Contents Two Wireless target boards Two 868/915-MHz Antenna Two AAA battery packs EM430F6137RF900 MSP-FET430UIF Operating Frequency Price 868/915 MHz $ /915 MHz $199 Ultra-Low Power is in our DNA

11 The World s Lowest Power Microcontrollers 11 Hardware Development Tools ( (continued) ez430 Development Tools The ez430 development tools are the best way to get familiar with the MSP430 MCU because they include all the software and hardware needed to develop a complete project and are available for as little as $20. These tools are perfect for everyone from new users and hobbyists working on small projects to the most seasoned developer of embedded applications who wants to evaluate the latest MSP430 technology. Most ez430 tools include a programming interface that provides full debugging and programming capabilities for the detachable MSP430 target boards. For more information visit, Part Number ez430-chronos ez430-f2013 ez430-rf2500 ez430-rf2500-seh ez430-tms37157 ez430-rf2560 ez430-rf2500t AMB8423 Key Feature Wireless watch with sensors Low cost MSP430 tool 2.4 GHz wireless Solar energy harvester Passive low frequency RFID Bluetooth Connectivity 2.4 GHz wireless target board Price $49 $20 $49 $149 $199 $99 $20 900MHz wireless target board Contact Amber Wireless Experimenter Boards These innovative kits feature select MSP430 devices and include additional hardware components to take advantage of the high level of analog integration available for easy system evaluation and prototyping. These kits are ideal for learning the MSP430 architecture, testing the capabilities of available peripherals and include integrated headers for plugging in low-power RF modules (CCxxxxEMK). Part Number Featured Devices Display On board emulation with UART Microphone Audio Output RF Expansion USB Development Accelerometer Capacitive Touch Pad Prototyping space Other Features Price MSP-EXP430FG4618 MSP-EXP430F5438 MSP-EXP430G2 (LaunchPad) MSP-EXP430F5529 MSP-EXP430F6137RFx MSP430FG4618, MSP430F2013 MSP430F5438 Segment based l l l l l Buzzer, RS-232 $99 Dot matrix grayscale l l l l MSP430 socket, joystick $149 MSP430G2xx l MSP430F5529 CC430F6137, CC430F x 64 dot-matrix LCD l l l l 5 (with LEDs) Easy access to F5529 pins Segment based l l l Note: Although some devices share a package and pin count, the pinout may vary. Please check the device-specific webpage for the recommended target board. Preview products are listed in blue. Software Development Tools DIP Target Socket, 2 pushbuttons, 2 LEDs, complete pin access microsd, 4 push-buttons, thumb wheel, 3 additional user LEDs, JTAG USB BSL Experimenter s board with separate satellite module, light sensor, LEDs, complete pin access $4.30 $149 TBD RF Stacks Stack MSP430 device Availability SimpliciTI MSP430F2xx, MSP430F5xx, MSP430F4xx, CC430Fxx TIMAC MSP430F461x* ZigBee Coordinator MSP430F227x*, MSP430F461x*, MSP430F54xxA* ZigBee End Device MSP430F227x*, MSP430F461x*, MSP430F54xxA* Bluetooth v2.1 + EDR, SPP MSP430BT5190* focus.ti.com/docs/toolsw/folders/print/mt-bt-sdk.html 6LoWPAN CC430Fxxx* Coming 1H 2011 Dash7 CC430Fxxx* Coming 1H 2011 * Can be ported to other MSP430 MCU devices (depending on memory requirements) It s always 430 somewhere Join our online community at

12 12 Ultra-Low-Power MSP430 Microcontrollers Software Development Tools (continued) Integrated Development Environments (IDE) Texas Instruments and third party developers offer Integrated Development Environments (IDE) to program all MSP430 MCU devices. Free, c-code limited versions are available for download. Full C-compilers are also available enabling you to develop and debug code in seconds. Name Description Price Provider CCS v4 MCU Free 16KB limited Eclipse-based Core Edition IDE. (Formerly CCE v3 Core Edition) (TMDFCCS-MCULTD) CCS v4 MCU Edition CrossWorks IAR-KICKSTART IAR Embedded Workbench for MSP430 MSPGCC Unrestricted Eclipse-based IDE for MSP430. (Formerly CCE v3 Professional) Unrestricted IDE for Windows, Linux or MacOSX Code limited IDE: 4KB (MSP430), 8KB (MSP430X), 16KB (ez430) Unrestricted IDE for MSP430 devices Open-source GCC tool-chain for MSP430 Free Texas Instruments $445 Texas Instruments $1500 Rowley Associates Free Contact IAR Free IAR Systems IAR Systems SourceForge Grace software A GUI-based peripheral configuration tool Grace is a GUI-based plugin for Code Composer Studio, which generates peripheral configuration code directly into the user s project. With Grace, developers can visually enable and configure various peripheral modules needed by specific applications, such as ADCs, OpAmps, timers, clocks, and other modules. Grace supports all MSP430 Value Line devices and the MSP430F2xx family. Visually configure MSP430 peripherals by navigating drop-downs, buttons and text fields! MSP430 USB Developer s Package The USB Developers Package for MSP430 contains all necessary source code and sample applications required for developing a USB-based MSP430 project. Includes: MSP430 API Code Stacks Quickly get started with USB development using the CDC (Communications Device Class) and HID (Human Interface Device) classes. Support for MSC (Mass Storage Class) will be available soon. USB Field Firmware Updater A Windows Visual Studio project for building an application that upgrades MSP430 firmware in the field, using the MSP430 s on-chip USB bootstrap loader (BSL). Windows HID API (Human Interface Device class) A Windows API enabling communication between a PC application and an MSP430-based device running the MSP430 HID API stack. USB Descriptor Tool A code generation tool that quickly configures the USB API stack for any combination of USB interfaces (single or composite), including descriptor generation simply run the Tool and begin writing applications. Smart RF SmartRF Studio SmartRF Studio is a Windows application that can be used to evaluate and configure low power RF-ICs from Texas Instruments, including the CC SmartRF Protocol Packet Sniffer The Packet Sniffer filters and decodes packets and displays them in a convenient way, with options for filtering and storage to a binary file format. Various RF protocols are supported. Real-Time Operating Systems SmartRF Studio and Packet Sniffer ease RF development. Real-Time Operating Systems (RTOS) Key features of an RTOS include minimal latency for task switching and the number of tasks it can handle. Third party RTOS that are compatible with the MSP430 minimize memory resources needed to support the RTOS, making them ideal for embedded solutions. Name Description Provider µc/os-ii ROMable RTOS for managing up to 255 tasks Micrium CMX- Tiny+ RTOS for MSP430 with 512+ bytes of RAM CMX Systems embos Priority controlled RTOS with embosview analysis tool SEGGER FreeRTOS Open-source mini real-time kernel FreeRTOS.org QP Open source state machine-based frameworks Quantum Leaps Salvo RTOS for embedded systems with severely limited ROM and RAM Pumpkin, Inc. TinyOS Open-source operating system designed for wireless embedded sensor networks TinyOS Alliance Ultra-Low Power is in our DNA

13 The World s Lowest Power Microcontrollers 13 Application-Specific MSP430 Devices Pre-Loaded with Unique IP 16-Bit Application Part Number Flash (KB) MSP430L092 Series Low Voltage SRAM Ch A: UART/ (KB) Total A * B * LIN/IrDA/SPI Ch B: I 2 C/SPI ADC Available Embedded S/W Related Devices Package(s) Bluetooth MSP430BT , ch ADC12_A Contactless Power MSP430BQ1010 MindTree s Ethermind Bluetooth stack and Serial Port Profile available for d/l. Not preloaded by default. Fixed-Function, Qi-certified software for contactless power applications (Receiver). Compliant with the Wireless Power Consortium. Comes pre-loaded by default. CC PZ, 113ZQW bq25046, bq Part Number SRAM ROM I/O (max) Total A * Watchdog BOR SVS Temp Comparator Sensor ADC Ch/Res Additional Features Packages 1ku Price 1 MSP430L092 2 kb l l l l l ADC8 A-POOL 14PW $1.00 MSP430C B 2 kb l l l l l ADC8 A-POOL 14PW MSP430C B 1 kb l l l l l ADC8 A-POOL 14PW 1 Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare registers per timer. MSP430F1xx Series Up to 8 MHz Series F16x F15x F14x F13x1 F13x F12x2 F12x F11x2 F11x1 Flash SRAM I/O USART Temp ADC Additional 1 ku Part Number (KB) (B) (max) Total A * B * Watchdog BOR SVS (UART/SPI) DMA MPY Comp_A Sensor Ch/Res Features Package(s) Price 1 MSP430F1101A l l Slope 20DGV, DW, PW; 24RGE $1.00 MSP430F1111A l l Slope 20DGV, DW, PW; 24RGE $1.35 MSP430F1121A l l Slope 20DGV, DW, PW; 24RGE $1.70 MSP430F l l l 5ch, 20DW, PW; 32RHB $2.00 MSP430F l l l 5ch, 20DW, PW; 32RHB $2.25 MSP430F l 1 l Slope 28DW, PW; 32RHB $2.15 MSP430F l 1 l Slope 28DW, PW; 32RHB $2.30 MSP430F l l 1 l 8ch, 28DW, PW; 32RHB $2.40 MSP430F l l 1 l 8ch, 28DW, PW; 32RHB $2.50 MSP430F l 1 l l 8ch, ADC12 64PM, PAG, RTD $3.00 MSP430F l 1 l l 8ch, ADC12 64PM, PAG, RTD $3.60 MSP430F l 1 l Slope 64PM, R TD $2.00 MSP430F l 1 l Slope 64PM, RTD $2.30 MSP430F l 2 16x16 l l 8ch, ADC12 64PM, PAG, RTD $5.05 MSP430F l 2 16x16 l l 8ch, ADC12 64PM, PAG, RTD $5.75 MSP430F l 2 16x16 l l 8ch, ADC12 64PM, PAG, RTD $6.05 MSP430F l 2 16x16 l Slope 64PM, RTD $4.60 MSP430F l 2 16x16 l Slope 64PM, RTD $5.30 MSP430F l 2 16x16 l Slope 64PM, RTD $5.60 MSP430F l l l 1 with I 2 C l l l 8ch, ADC12 (2) DAC12 64PM, RTD $4.95 MSP430F l l l 1 with I 2 C l l l 8ch, ADC12 (2) DAC12 64PM, RTD $5.55 MSP430F l l l 1 with I 2 C l l l 8ch, ADC12 (2) DAC12 64PM, RTD $5.85 MSP430F l l l 2 with I 2 C l 16x16 l l 8ch, ADC12 (2) DAC12 64PM, RTD $6.75 MSP430F l l l 2 with I 2 C l 16x16 l l 8ch, ADC12 (2) DAC12 64PM, RTD $7.45 MSP430F l l l 2 with I 2 C l 16x16 l l 8ch, ADC12 (2) DAC12 64PM, RTD $7.95 MSP430F l l l 2 with I 2 C l 16x16 l l 8ch, ADC12 (2) DAC12 64PM, RTD $8.25 MSP430F l l l 2 with I 2 C l 16x16 l l 8ch, ADC12 (2) DAC12 64PM, RTD $8.65 MSP430F l l l 2 with I 2 C l 16x16 l l 8ch, ADC12 (2) DAC12 64PM, RTD $ Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare registers per timer. It s always 430 somewhere Join our online community at

14 14 Ultra-Low Power MSP430 Microcontrollers MSP430G2xx Series Up to 16 MHz : Series Part Number Flash (KB) SRAM (B) I/O (max) Total A * Watchdog BOR USI: I 2 C/SPI I 2 C/SPI/ UART Comp_A+ Temp Sensor ADC Ch/Res Additional Features Packages 1ku Price 1 MSP430G l l 14PW, N; 16RSA $0.34 MSP430G l l 14PW, N; 16RSA $0.44 MSP430G l l l 14PW, N; 16RSA $0.46 MSP430G l l 14PW, N; 16RSA $0.47 MSP430G l l l 14PW, N; 16RSA $0.49 MSP430G l l l Slope 14PW, N; 16RSA $0.46 MSP430G l l l Slope 14PW, N; 16RSA $0.49 MSP430G l l l l 8ch 14PW, N; 16RSA $0.49 MSP430G l l l l 8ch 14PW, N; 16RSA $0.55 MSP430G l l l Cap touch I/O 14PW; 20PW, N; 16RSA $0.48 MSP430G l l l Cap touch I/O 14PW; 20PW, N; 16RSA $0.50 MSP430G l l l Cap touch I/O 14PW; 20PW, N; 16RSA $0.55 MSP430G l l l Cap touch I/O 14PW; 20PW, N; 16RSA $0.65 MSP430G l l l l Slope Cap touch I/O 14PW; 20PW, N; 16RSA $0.49 MSP430G l l l l Slope Cap touch I/O 14PW; 20PW, N; 16RSA $0.55 MSP430G l l l l Slope Cap touch I/O 14PW; 20PW, N; 16RSA $0.60 MSP430G l l l l Slope Cap touch I/O 14PW; 20PW, N; 16RSA $0.65 MSP430G l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.55 MSP430G l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.55 MSP430G l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.60 MSP430G l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.70 MSP430G l l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.55 MSP430G l l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.60 MSP430G l l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.65 MSP430G l l l l l 8ch Cap touch I/O 14PW; 20PW, N; 16RSA $0.70 MSP430G ,3 l l l Cap touch I/O 20PW, N; 28PW; 32QFN $0.60 MSP430G ,3 l l l Cap touch I/O 20PW, N; 28PW; 32QFN $0.65 MSP430G ,3 l l l Cap touch I/O 20PW, N; 28PW; 32QFN $0.75 MSP430G ,3 l l l l Slope Cap touch I/O 20PW, N; 28PW; 32QFN $0.65 MSP430G ,3 l l l l Slope Cap touch I/O 20PW, N; 28PW; 32QFN $0.70 MSP430G ,3 l l l l Slope Cap touch I/O 20PW, N; 28PW; 32QFN $0.75 MSP430G ,3 l l l l Slope Cap touch I/O 20PW, N; 28PW; 32QFN $0.90 MSP430G ,3 l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.60 MSP430G ,3 l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.65 MSP430G ,3 l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.70 MSP430G ,3 l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.75 MSP430G ,3 l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.90 MSP430G ,3 l l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.60 MSP430G ,3 l l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.65 MSP430G ,3 l l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.70 MSP430G ,3 l l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.80 MSP430G ,3 l l l l l 8ch Cap touch I/O 20PW, N; 28PW; 32QFN $0.90 G2xx1 G2xx2 G2xx3 1 Prices are quoted in U.S. dollars and represent year 2011 suggested resale price for TSSOP package. * Represents number of capture/compare registers per timer. Preview products are listed in blue. New products are listed in red. MSP430F2xx Series Up to 16 MHz Flash SRAM I/O USI: Ch A: UART/LIN/ Ch B: Temp ADC Additional 1 ku Series Part Number (KB) (B) (max) Total A * B * Watchdog BOR SVS (I 2 C/SPI) IrDA/SPI I 2 C/SPI DMA MPY Comp_A+ Sensor Ch/Res Features Package(s) Price 1 MSP430F l l l Slope 14PW, N; 16RSA $0.55 MSP430F l l l Slope 14PW, N; 16RSA $0.65 MSP430F l l l l 8ch, 14PW, N; 16RSA $0.80 MSP430F l l l l 8ch, 14PW, N; 16RSA $0.95 MSP430F l l l l 4ch, SD16_A 14PW, N; 16RSA $1.20 MSP430F l l l l 4ch, SD16_A 14PW, N; 16RSA $1.35 MSP430F l l l Slope 20DGV, DW, PW; 24RGE $0.75 MSP430F l l l Slope 20DGV, DW, PW; 24RGE $0.80 MSP430F l l l Slope 20DGV, DW, PW; 24RGE $1.10 MSP430F l l l Slope 20DGV, DW, PW; 24RGE $1.40 MSP430F , 2 l l 1 1 l l 8ch, 28PW; 32RHB $1.55 MSP430F , 2 l l 1 1 l l 8ch, 28PW; 32RHB $1.65 MSP430F , 2 l l 1 1 l l 8ch, 28PW; 32RHB $1.75 F20xx F21xx 1 Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare registers per timer. Ultra-Low Power is in our DNA

15 The World s Lowest Power Microcontrollers 15 MSP430F2xx Series Up to 16 MHz (continued) Flash SRAM I/O USI: Ch A: UART/LIN/ Ch B: Temp ADC Additional 1 ku Series Part Number (KB) (B) (max) Total A * B * Watchdog BOR SVS (I 2 C/SPI) IrDA/SPI I 2 C/SPI DMA MPY Comp_A+ Sensor Ch/Res Features Package(s) Price 1 MSP430F l l 1 1 l 12ch, 38DA; 40RHA $1.95 MSP430F l l 1 1 l 12ch, 38DA; 40RHA $2.20 MSP430F l l 1 1 l 12ch, 38DA; 40RHA $2.50 MSP430F l l 1 1 l 12ch, (2) OPAMP 38DA; 40RHA $2.15 MSP430F l l 1 1 l 12ch, (2) OPAMP 38DA; 40RHA $2.40 MSP430F l l 1 1 l 12ch, (2) OPAMP 38DA; 40RHA $2.70 MSP430F l l x16 l Slope 40RHA; 49YFF $1.85 MSP430F l l x16 l Slope 40RHA; 49YFF $2.15 MSP430F l l x16 l Slope 40RHA; 49YFF $2.55 MSP430F l l l x16 l l 8ch, ADC12 64PM, RGC $2.40 MSP430F l l l x16 l l 8ch, ADC12 64PM, RGC $2.90 MSP430F l l l x16 l l 8ch, ADC12 64PM, RGC $4.05 MSP430F l l l x16 l l 8ch, ADC12 64PM, RGC $4.60 MSP430F l l l x16 l l 8ch, ADC12 64PM, RGC $4.75 MSP430F l l l x16 l l 8ch, ADC12 64PM, RGC $4.85 MSP430F l l l x16 l Slope 64PM, RGC $3.70 MSP430F l l l x16 l Slope 64PM, RGC $4.25 MSP430F l l l x16 l Slope 64PM, RGC $4.40 MSP430F / l l l x16 l l 8ch, ADC12 64PM; 80PN; 113ZQW $5.60 MSP430F / l l l x16 l l 8ch, ADC12 64PM; 80PN; 113ZQW $6.10 MSP430F / l l l x16 l l 8ch, ADC12 64PM; 80PN; 113ZQW $6.40 MSP430F / l l l x16 l l 8ch, ADC12 64PM; 80PN;113ZQW $6.10 MSP430F / l l l 2 2 l 16x16 l l 8ch, ADC12 (2) DAC12 64PM; 80PN; 113ZQW $7.10 MSP430F / l l l 2 2 l 16x16 l l 8ch, ADC12 (2) DAC12 64PM; 80PN; 113ZQW $7.60 MSP430F / l l l 2 2 l 16x16 l l 8ch, ADC12 (2) DAC12 64PM; 80PN; 113ZQW $7.90 MSP430F / l l l 2 2 l 16x16 l l 8ch, ADC12 (2) DAC12 64PM; 80PN; 113ZQW $7.60 F22x2 F22x4 F23x0 F23x F24x/10 F24x1 F241x F261x 1 Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare registers per timer. MSP430F4xx Series - Up to 8 or 16 MHz Series F41x F41x2 F42x FW42x FE42x F42x0 Flash SRAM I/O Watchdog and Basic USART Ch A: UART/LIN/ Ch B: LCD Temp CPU Speed ADC Additional 1 ku Part Number (KB) (B) (max) Total A * B * Timer BOR SVS (UART/SPI) IrDA/SPI I 2 C/SPI Segments DMA MPY Comp_A Sensor (MIPS) Ch/Res Features Package(s) Price 1 MSP430F l l l 96 l 8 Slope 64PM,RTD $2.60 MSP430F l l l 96 l 8 Slope 64PM,RTD $2.95 MSP430F , 5 l l l 96 l 8 Slope 64PM,RTD $3.40 MSP430F , 5 l l l 96 l 8 Slope 64PM,RTD $3.90 MSP430F , 5 l l l l l 8 8ch, 48RGZ; 64PM $1.70 MSP430F , 5 l l l l l 8 8ch, 48RGZ; 64PM $1.90 MSP430F423A l l l x16 l 8 (3) SD16 64PM $3.55 MSP430F425A l l l x16 l 8 (3) SD16 64PM $4.05 MSP430F427A l l l x16 l 8 (3) SD16 64PM $4.45 MSP430FW , 5 l l l 96 l 8 Slope SCAN_IF 64PM $2.50 MSP430FW , 5 l l l 96 l 8 Slope SCAN_IF 64PM $2.80 MSP430FW , 5 l l l 96 l 8 Slope SCAN_IF 64PM $3.10 MSP430FW ,5 l l l 96 l 8 Slope SCAN_IF 64PM $3.30 MSP430FW ,5 l l l 96 l 8 Slope SCAN_IF 64PM $3.55 MSP430FE423A l l l x16 8 (3) SD16 ESP430 64PM $3.90 MSP430FE425A l l l x16 8 (3) SD16 ESP430 64PM $4.40 MSP430FE427A l l l x16 8 (3) SD16 ESP430 64PM $4.95 MSP430FE l l l x16 8 (2) SD16 ESP430 64PM $3.50 MSP430FE l l l x16 8 (2) SD16 ESP430 64PM $3.70 MSP430FE l l l x16 8 (2) SD16 ESP430 64PM $3.95 MSP430FE l l l (2) SD16 ESP430 64PM $4.30 MSP430F l l ch, SD16_A DAC12 48DL, RGZ $3.10 MSP430F l l ch, SD16_A DAC12 48DL, RGZ $3.45 MSP430F l l ch, SD16_A DAC12 48DL, RGZ $ Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare registers per timer. It s always 430 somewhere Join our online community at

16 16 Ultra-Low Power MSP430 Microcontrollers MSP430F4xx Series Up to 8 or 16 MHz (continued) Series FG42x0 F43x F43x1 FG43x F44x FG461x F461x F47xx F471xx Watchdog and Basic Timer BOR SVS Ch A: UART/LIN/ IrDA/SPI CPU Temp Speed Sensor (MIPS) Flash SRAM I/O USART Ch B: LCD Comp ADC Additional 1 ku Part Number (KB) (B) (max) Total A * B * (UART/SPI) I 2 C/SPI Segments DMA MPY A Ch/Res Features Package(s) Price 1 MSP430FG l l 56 l 8 5ch, SD16_A DAC12, (2) OPAMP 48DL, RGZ $3.35 MSP430FG l l 56 l 8 5ch, SD16_A DAC12, (2) OPAMP 48DL, RGZ $3.70 MSP430FG l l 56 l 8 5ch, SD16_A DAC12, (2) OPAMP 48DL, RGZ $4.05 MSP430F l l l 1 128/160 l 8 8ch, ADC12 80PN; 100PZ $4.45 MSP430F l l l 1 128/160 l 8 8ch, ADC12 80PN; 100PZ $4.70 MSP430F l l l 1 128/160 l 8 8ch, ADC12 80PN; 100PZ $4.90 MSP430F l l l 1 128/160 l 8 Slope 80PN; 100PZ $4.05 MSP430F l l l 1 128/160 l 8 Slope 80PN; 100PZ $4.30 MSP430F l l l 1 128/160 l 8 Slope 80PN; 100PZ $4.50 MSP430FG l l l l l l 8 12ch, ADC12 (2) DAC12, (3) OPAMP 80PN $6.50 MSP430FG l l l l l l 8 12ch, ADC12 (2) DAC12, (3) OPAMP 80PN $7.35 MSP430FG l l l l l l 8 12ch, ADC12 (2) DAC12, (3) OPAMP 80PN $7.95 MSP430F l l l x16 l l 8 100PZ $4.50 MSP430F l l l x16 l l 8 100PZ $4.85 MSP430F l l l x16 l l 8 8ch, ADC12 100PZ $5.75 MSP430F l l l x16 l l 8 8ch, ADC12 100PZ $6.50 MSP430F l l l x16 l l 8 8ch, ADC12 100PZ $7.05 MSP430FG l l l l 16x16 l l 8 12ch, ADC12 MSP430FG l l l l 16x16 l l 8 12ch, ADC12 MSP430FG l l l l 16x16 l l 8 12ch, ADC12 MSP430FG l l l l 16x16 l l 8 12ch, ADC12 (2) DAC12, +RTC (3) OPAMP (2) DAC12, +RTC (3) OPAMP (2) DAC12, +RTC (3) OPAMP (2) DAC12, +RTC (3) OPAMP MSP430F l l l l 16x16 l l 8 100PZ $5.40 MSP430F l l l l 16x16 l l 8 100PZ $5.80 MSP430F l l l l 16x16 l l 8 100PZ $6.20 MSP430F l l l l 16x16 l l 8 100PZ $5.80 MSP430F l l l l 16x16 l l 8 12ch, ADC12 100PZ $6.30 MSP430F l l l l 16x16 l l 8 12ch, ADC12 100PZ $6.70 MSP430F l l l l 16x16 l l 8 12ch, ADC12 100PZ $7.10 MSP430F l l l l 16x16 l l 8 12ch, ADC12 100PZ $6.70 MSP430F l l l x32 l l 16 (3) SD16_A 100PZ $4.30 MSP430F l l l x32 l l 16 (3) SD16_A 100PZ $4.80 MSP430F l l l x32 l l 16 (4) SD16_A 100PZ $4.50 MSP430F l l l x32 l l 16 (4) SD16_A 100PZ $5.00 MSP430F l l l l 32x32 l l 16 (3) SD16_A RTC_C 100PZ $5.00 MSP430F l l l l 32x32 l l 16 (3) SD16_A RTC_C 100PZ $5.10 MSP430F l l l l 32x32 l l 16 (3) SD16_A RTC_C 100PZ $5.30 MSP430F l l l l 32x32 l l 16 (3) SD16_A RTC_C 100PZ $5.50 MSP430F l l l l 32x32 l l 16 (6) SD16_A RTC_C 100PZ $5.10 MSP430F l l l l 32x32 l l 16 (6) SD16_A RTC_C 100PZ $5.75 MSP430F l l l l 32x32 l l 16 (6) SD16_A RTC_C 100PZ $5.95 MSP430F l l l l 32x32 l l 16 (6) SD16_A RTC_C 100PZ $7.45 MSP430F l l l l 32x32 l l 16 (6) SD16_A RTC_C 100PZ $7.75 MSP430F l l l l 32x32 l l 16 (7) SD16_A RTC_C 100PZ $5.20 MSP430F l l l l 32x32 l l 16 (7) SD16_A RTC_C 100PZ $5.90 MSP430F l l l l 32x32 l l 16 (7) SD16_A RTC_C 100PZ $6.10 MSP430F l l l l 32x32 l l 16 (7) SD16_A RTC_C 100PZ $7.60 MSP430F l l l l 32x32 l l 16 (7) SD16_A RTC_C 100PZ $ Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare registers per timer. 100PZ; 113ZQW 100PZ; 113ZQW 100PZ; 113ZQW 100PZ; 113ZQW $9.45 $9.95 $10.35 $ Ultra-Low Power is in our DNA

17 The World s Lowest Power Microcontrollers 17 MSP430F4xx Series Up to 8 or 16 MHz (continued) Series FG47x F47x MSP430F5xx Series Up to 25 MHz PMM: BOR, Series Program SRAM I/O Watchdog SVS, SVM, Ch A: UART/ Ch B: Comp Temp ADC Additional 1 ku Part Number (KB) (KB) (max) Total A B Timer LDO LIN/IrDA/SPI I 2 C/SPI DMA MPY B Sensor Ch/Res DAC Features Package(s) Price 1 MSP430F ,3 l l 1 1 3ch 32x32 l 8ch l HiRes PWM, 5V I/Os 40RSB (QFN) l ,3 l l 1 1 3ch 32x32 l _A l HiRes PWM, 5V I/Os 38DA (TSSOP) $1.70 MSP430F ,3 l l 1 1 3ch 32x32 l 8ch _A l HiRes PWM, 5V I/Os 40RSB (QFN) l ,3 l l 1 1 3ch 32x32 l _A l HiRes PWM, 5V I/Os 38DA (TSSOP) $1.50 MSP430F ,3 l l 1 1 3ch 32x32 l 8ch _A l HiRes PWM, 5V I/Os 40RSB (QFN) l ,3 l l 1 1 3ch 32x32 l _A l HiRes PWM, 5V I/Os 38DA (TSSOP) $1.25 MSP430F ,3 l l 1 1 3ch 32x32 l ,3 l l 1 1 3ch 32x32 l HiRes PWM, 5V I/Os 40RSB (QFN) l l HiRes PWM, 5V I/Os 38DA (TSSOP) $1.60 MSP430F ,3 l l 1 1 3ch 32x32 l ,3 l l 1 1 3ch 32x32 l HiRes PWM, 5V I/Os 40RSB (QFN) l l HiRes PWM, 5V I/Os 38DA (TSSOP) $1.35 MSP430F ,3 l l 1 1 3ch 32x32 l ,3 l l 1 1 3ch 32x32 l HiRes PWM, 5V I/Os 40RSB (QFN) l l HiRes PWM, 5V I/Os 38DA (TSSOP) $1.20 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l l 8ch(6/2) 48RGZ, 48PT $1.55 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch(10/2) 48RGZ, 48PT, 64RGC, 80ZQE $1.65 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch(10/2) 48RGZ, 48PT, 64RGC, 80ZQE $1.75 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch(10/2) 48RGZ, 48PT, 64RGC, 80ZQE $1.85 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A 64RGC, 80ZQE $2.10 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A 80PN $2.20 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A 64 RGC, 80ZQE $2.45 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A 80 PN $2.50 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A 64RGC, 80ZQE $2.55 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A 80PN $2.60 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12A 100PZ, 113ZQW $4.90 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12A 100PZ, 113ZQW $5.16 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12A 100PZ, 113ZQW $5.43 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12A l 100PZ, 113ZQW $5.65 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12A l 100PZ, 113ZQW $5.95 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12A l 100PZ, 113ZQW $6.26 MSP430F5418A ,3 7 l l 2 2 3ch 32x32 l l 16ch, ADC12A 80PN $3.30 MSP430F5419A ,3 7 l l 4 4 3ch 32x32 l l 16ch, ADC12A 100PZ; 113ZQW $3.65 MSP430F5435A ,3 7 l l 2 2 3ch 32x32 l l 16ch, ADC12A 80PN $3.90 MSP430F5436A ,3 7 l l 4 4 3ch 32x32 l l 16ch, ADC12A 100PZ; 113ZQW $4.30 MSP430F5437A ,3 7 l l 2 2 3ch 32x32 l l 16ch, ADC12A 80PN $4.40 MSP430F5438A ,3 7 l l 4 4 3ch 32x32 l l 16ch, ADC12A 100PZ; 113QW $4.85 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l USB 48RGZ $1.45 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l USB 48 RGZ $1.50 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l USB 48RGZ $1.55 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l USB 48RGZ $1.70 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l 8ch(6/2) USB 48RGZ, 48PT $1.60 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l 8ch(6/2) USB 48RGZ $1.65 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l 8ch(6/2) USB 48RGZ $1.80 MSP430F ,3,3 7 l l 1 1 3ch 32x32 l 8ch(6/2) USB 48RGZ $1.90 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch(10/2) USB 48RGZ, 48PT, 64RGC, 80ZQE $1.75 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch(10/2) USB 48RGZ, 48PT, 64RGC, 80ZQE $1.85 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch(10/2) USB 48 RGZ, 48PT, 64RGC, 80ZQE $1.95 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l USB 64RGC, 80ZQE $3.25 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l USB 64RGC, 80ZQE $3.55 F51x2 F53x F54xx F55xx Watchdog and Basic Timer BOR SVS Ch A: UART/LIN/ IrDA/SPI Flash SRAM USART Ch B: LCD Comp Temp ADC Additional 1 ku Part Number (KB) (B) I/O Total A * B * (UART/SPI) I 2 C/SPI Segments DMA MPY A Sensor Ch/Res Features Package(s) Price 1 MSP430FG l l l l l 8 (5) SD16_A DAC12, (2) OPAMP 80PN,113ZQW $5.50 MSP430FG l l l l l 8 (5) SD16_A DAC12, (2) OPAMP 80PN,113ZQW $5.65 MSP430FG l l l l l 8 (5) SD16_A DAC12, 2) OPAMP 80PN,113ZQW $6.25 MSP430F l l l l l 8 (5) SD16_A DAC12 80PN,113ZQW $4.70 MSP430F l l l l l 8 (5) SD16_A DAC12 80PN,113ZQW $5.20 MSP430F l l l l l 8 (5) SD16_A DAC12 80PN,113ZQW $ Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare registers per timer. 1 Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. *Represents number of capture/compare registers per timer. Additional 2K of SRAM available if USB is disabled Preview products are listed in blue. New products are listed in red. CPU Speed (MIPS) It s always 430 somewhere Join our online community at

18 18 Ultra-Low Power MSP430 Microcontrollers MSP430F5xx Series Up to 25 MHz (continued) PMM: BOR, Series Program SRAM I/O Watchdog SVS, SVM, Ch A: UART/ Ch B: Comp Temp ADC Additional 1 ku Part Number (KB) (KB) (max) Total A B and RTC LDO LIN/IrDA/SPI I 2 C/SPI DMA MPY B Sensor Ch/Res DAC Features Package(s) Price 1 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l USB 80PN $3.65 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l USB 80PN $3.75 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l USB 80PN $3.90 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A USB 80PN $3.35 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch ADC12 A USB 64RGC, 80ZQE $3.40 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch ADC12 A USB 64RGC, 80ZQE $3.55 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A USB 80PN $3.70 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch ADC12 A USB 64RGC, 80ZQE $3.80 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A USB 80PN $3.90 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 12ch ADC12 A USB 64RGC, 80ZQE $3.95 MSP430F ,3,3 7 l l 2 2 3ch 32x32 l l 16ch ADC12 A USB 80PN $4.00 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l USB, Backup battery switch 100PZ, 113ZQW $4.65 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l USB, Backup battery switch 100PZ, 113ZQW $5.20 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l USB, Backup battery switch 100PZ, 113ZQW $5.75 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A USB, Backup battery switch 100PZ, 113ZQW $5.35 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A USB, Backup battery switch 100PZ, 113ZQW $5.70 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A USB, Backup battery switch 100PZ, 113ZQW $6.05 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A l USB, Backup battery switch 100PZ, 113ZQW $6.20 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A l USB, Backup battery switch 100PZ, 113ZQW $6.50 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A l USB, Backup battery switch 100PZ, 113ZQW $ Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. *Represents number of capture/compare registers per timer. Additional 2K of SRAM available if USB is disabled Preview products are listed in blue. New products are listed in red. F55xx F563x MSP430F6xx Series - Up to 25 MHz 16- Bit PMM: Series Flash SRAM I/O BOR, SVS, Ch A: UART/ Ch B: MPY Comp Temp ADC Additional 1 ku Part Number (KB) (KB) (max) Total A * B * Watchdog and RTC SVM, LDO LIN/IrDA/SPI I 2 C/SPI DMA B Sensor Ch/Res DAC Features Package(s) Price 1 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12 A l USB, LCD 100PZ, 113ZQW $6.95 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12 A l USB, LCD 100PZ, 113ZQW $6.60 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12 A l USB, LCD 100PZ, 113ZQW $6.30 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12 A USB, LCD 100PZ, 113ZQW $6.60 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12 A USB, LCD 100PZ, 113ZQW $6.30 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch, ADC12 A USB, LCD 100PZ, 113ZQW $5.95 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l USB, LCD 100PZ, 113ZQW $6.50 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l USB, LCD 100PZ, 113ZQW $6.15 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l USB, LCD 100PZ, 113ZQW $5.85 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A LCD 100PZ, 113ZQW $6.40 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A LCD 100PZ, 113ZQW $6.05 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A LCD 100PZ, 113ZQW $5.75 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A LCD 100PZ, 113ZQW $5.50 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A LCD 100PZ, 113ZQW $5.25 MSP430F ,3,3 7 l l 2 2 6ch 32x32 l l 16ch ADC12 A LCD 100PZ, 113ZQW $ Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare register per timer. Additional 2K of SRAM available if USB is disabled. Preview products are listed in blue. F663x F643x CC430 (Sub-1GHz RF + MSP430 Microcontroller) Series Up to 20 MHz 16-Bit Part Flash SRAM I/O Watchdog PMM: BOR, SVS, Ch A: UART/ Ch B: Comp Temp ADC Additional Series Number (KB) (KB) (max) Total A * B * and RTC SVM, LDO LIN/IrDA/SPI I 2 C/SPI DMA MPY B Sensor Ch/Res Features Package(s) 1ku Price 1 Common Features CC430F l l 1 1 3ch 32x32 l l 6ch ADC12 48RGZ $ AES HW Encryption - Max RF Data Rate CC430F l l 1 1 3ch 32x32 l l 6ch ADC12 48RGZ $ kbps CC430F l l 1 1 3ch 32x32 l l 6ch ADC12 48RGZ $ Best Sensitivity: CC430F l l 1 1 3ch 32x32 l 96seg LCD 64RGC $ dbm CC430F l l 1 1 3ch 32x32 l 96seg LCD 64RGC $ Frequency Ranges: CC430F l l 1 1 3ch 32x32 l 96seg LCD 64RGC $ MHz CC430F l l 1 1 3ch 32x32 l l 8ch ADC12 96seg LCD 64RGC $ MHz CC430F l l 1 1 3ch 32x32 l l 8ch ADC12 96seg LCD 64RGC $ MHz F51xx F61xx 1 Prices are quoted in U.S. dollars and represent year 2011 suggested resale price. * Represents number of capture/compare register per timer. At 1.2 kbaud, 868 MHz, 1% packet error rate. Ultra-Low Power is in our DNA

19 The World s Lowest Power Microcontrollers Ultra-Low Power MSP430 MCU Selected Package Options 14-pin N (DIP) 14-pin PW (TSSOP) 14-pin TSSOP (PW) 14-pin N (PDIP) (19,18) (5,00) 20-pin DGV (TVSOP) (4,0) (4,0) (10,50) 20-pin (PDIP) 20-pin N N(RSB) (4,0) (10,30) 48-pin RGZ (QFN) 40-pin RSB (PDIP) (6,0) 64-pin RGC, RTD (QFN) (7,00) (5,15) 64-pin PM, PAG 80-pin ZQE (BGA) (LQFP/TQFP) 64-pin TQFP (PM) 14-pin TSSOP (PW) (9,00) 48-pin QFP 48-pin PT (LQFP) (12,00) 49-pin YFF (DSBGA) (9,00) (10,35) 80-pin PN PN (LQFP) 80-pin (LQFP) (3,10) (9,00) 100-pin LQFP 100-pin PZ(PZ) (LQFP) (3,10) 113-pin ZQW (BGA) (16,00) (14,00) (12,00) (9,00) (6,40) (15,88) (7,00) (5,15) (8,10) (5,00) (4,15) 48-pin DL (SSOP) 38-pin DA (TSSOP) (12,50) (5,00) (4,15) 40-pin RSB (QFN) (6,0) 32-pin RHB (QFN) (9,70) (4,0) (2,25 Max sq.) 40-pin RHA (QFN) (6,40) 28-pin PW (TSSOP) 28-pin TSSOP (PW) (17,90) (10,50) (10,30) (4,15) 28-pin DW (SOIC) (26,92) 20-pin DW (SOIC) (12,80) (6,50) (4,15) (6,40) 28-pin SOIC (DW) 24-pin RGE (QFN) 20-pin (TSSOP) 20-pinPW TSSOP (PW) (5,00) (2,25 Max sq.) (6,40) 20-pin SOIC (DW) 20-pin DVG (TVSOP) 16-pin RSA (QFN) (7,00) (14,00) (16,00) (7,00) All dimensions are nominal values in millimeters. Analog for MSP430 Microcontrollers TI offers a tremendous selection of analog components that complement designs with MSP430 microcontrollers. Visit to find what fits your needs including amplifiers, ADCs, DACs, temp sensors, references, low power RF radio solutions with SimpliciTI or ZigBee, I/O expanders, line drivers, and touch screen controllers. Power-management solutions for MSP430 MCUs: LDOs for MSP430 MCUs: Contact us at mcu4analog@ti.com with specific analog and MCU questions. Helpful Resources MSP430 Application Specific Solutions MSP430 home page: MSP430 wiki: MSP430 ultra-low-power: TI MCU selection tool: TI e2e community: TI third-party support: On-line training: Wireless: Metering: Medical: Security: Energy harvesting: It s always 430 somewhere Join our online community at 19