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Senior Project I

by: Stanford Cummings DDS

Senior Project I ECPE 195

Stanford Cummings DDS
GPA 3.84


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Class Notes
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This 2 page Class Notes was uploaded by Stanford Cummings DDS on Monday October 26, 2015. The Class Notes belongs to ECPE 195 at University of the Pacific taught by Staff in Fall. Since its upload, it has received 24 views. For similar materials see /class/229913/ecpe-195-university-of-the-pacific in ELECTRICAL AND COMPUTER ENGINEERING at University of the Pacific.

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Date Created: 10/26/15
MSP430 UltraLowPower Microcontroller Platform What is the MSP430 Architecture Key Features Product Portfolio Development Tools Design Support Want to Learn More What is the MSP430 The MSP430 family of ultralowpower 16bit RISC mixedsignal processors from Texas Instruments TI provides the ultimate solution for batterypowered measurement applications Using leadership in both mixedsignal and digital technologies TI has created the MSP430 which enables system designers to simultaneously interface to analog signals sensors and digital while 39 low power Typical applications include utility metering portable instrumentation intelligent sensing and consumer electronics Architecture A 16bit RISC CPU peripherals and flexible clock system are combined by using a vonNeumann common memory address bus MAB and memory data bus MDB Partnering a modern CPU with modular memory mapped analog and digital peripherals the MSP430 offers solutions for today s and tomorrow s mixedsignal applications l I l l l l i 4 Eu l l y l A I l l I 39 I I 39 I I I 39 I I 39 l I l A I I 39 I I I I L I I 739 I I I I I I l t 39 I l H r 39 I I I I I I I I Analog Diqnnl Peripheral Pannheml I i I v gt Key Features Ultralowpower architecture extends battery life 0 01uA RAM retention 08uA realtime clock mode ZSOuAMIPS active Wide range of integrated intelligent peripherals offloads the CPU Modern 16bit RISC CPU enables new applications at a fraction of the code size Complete eZ430F2013 development tool for only 20 Devices starting at 049 Product Portfolio MSP430 offers both nonLCD xlxx and X2xx and LCDbased x4xx and X3xx product families MSP430x1xx The MSP430X1XX are Flash ROM based MCUs offer 18V to 36V operation up to 60kB 8MIPs with Basic Clock This family of MCUs offers a wide range of capabilities from a simple low power controller with a comparator to complete systems on a chip including highperformance data converters interfaces and multiplier MSP430F2xx The new ultralowpower MSP430F2xx family increases performance up to 16 MHz Additional enhancements of MSP430F2xx include an integrated ll o onchip very lowpower oscillator software selectable internal pulluppuIIdown resistors and increased number of analog inputs The insystem programmable Flash has also been improved with smaller 64byte segments and a lower 22V programming voltage allowing the elimination of external EEPROMs in most systems Available in lowpin count options MSP430x4xx The ultralowpower MSP430X4XX devices offer 18V36V operation up to 120ltB Flash ROM BMIPS with FLL SVS along with an integrated LCD controller for low power metering and medical applications Several devices offer applicationbased peripherals to provide singlechip solutions for flow and electricity metering MSP430x3xx MSP430X3XX devices are an older family of ROMOTP devices offering 25VSSV operation up to 32ltB 4MIPS and FLL Find the perfect MSP430 for your application using the Parametric Search Once you have found the right device go to the device s page and click Samples to place an order for free units Development Tools Flash Emulation Tools The Flash Emulation Too FET supports complete insystem development and is available for all Flash devices Programming assemblerCsource level debug single stepping multiple hardware breakpoints fullspeed operation and peripheral access are all fully supported insystem using JTAG The FET kit comes with a programming interface a target board and a kickstart version of an


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