For more generalized idea about registers, go ahead and read the first half of Mayank’s post, and then get back here. Registers are small size memory units which can be well described as the set of cells where each cell can hold one bit data i.e. These memory units are present in CPU and are called registers. To control any operation, we need some special memory units, which holds which work to be done next and how it should be done etc. Now, with the help of tools and machines called ALU, you have made the goods and you have to transport it back to store which is again done by data bus. Now the question arises, how will one know about which raw material you need or where it is placed and when do you need it? These are managed with two transport facilities namely control bus and address bus. Now the raw material is brought to the industry by a transport facility called data bus. For that you need raw materials which are provided by a store called memory. Let’s consider a CPU-industry analogy. Whole process of CPU works like an industry just consider you have an industry for manufacturing goods. For that, it takes help of the ALU – Arithmetic Logic Unit, which performs all the calculation and computation for the CPU. The general purpose of any CPU is to execute the instructions and store data in the memory.
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An External Crystal Oscillator can also be used.
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In simple language, hardware simplicity has been compromised to provide software simplicity. RISC architecture: RISC expands to Reduced Instruction Set Computer.The following diagram shows the difference between Harvard architecture and Von Neumann architecture. In some systems having Harvard Architecture, instructions memory can be Read only memory. This is in contrast to Harvard architecture, which has separate memories for instructions and data. Von Neumann Architecture: It is modern processor architecture which has shared memory for both data and instructions.Let us look at some highlights of the MSP430 family: It may look confusing to a person who has a habit of using 8 bit controllers, but the fact is that it is much more convenient to use a 16 bit controller. You can roughly relate this to your computer, which is probably a 32-bit or 64-bit machine. So, in a layman’s language, we can say that MSP is twice as fast as the AVR, in terms of processing (not always the case though). an MSP Micro-Controller is a 16 bit Micro-Controller, which means that it has 16 bit wide address and data buses. To know more about what 8 bit or 16 bit micro-controllers actually mean, read Mayank’s post on basics of microcontrollers. The earlier ones used a 32-bit architecture. launched its new Apple iPhone 5S, which runs on a 64-bit Micro-Processor Unit, the first of its kind mobile phone to run on a 64-bit architecture.
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To have a fuller idea about the nomenclature of the MSP family check out this wikipedia page. Thus, the MSP430 family supports Mixed Signal Processing, making your tasks easier.
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There are three types of signal processing techniques we generally deal with, namely, Analog signal processing, Digital signal processing and Mixed signal processing. “MSP430” interesting name, isn’t it? Want to know what it stands for? Well, MSP stands for Mixed Signal Processing. MSP430 Evaluation Modules and Development Boards.Software Support and Development Environment.Pre-requisites: Basic knowledge of micro-controllers and embedded systems, Familiarity with terminologies related to computer architecture. This is my first post and it is going to be about MSP430, a 16 bit microcontroller family by Texas Instruments.
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Hey folks, I know you have a habit of seeing AVR microcontrollers related tutorials on ma圎mbedded, but trust me, ma圎mbedded is going to be full of surprises. We just want to give you a better viewing and learning experience! Thanks! wordpress from the address bar to reach the new location.Įxample: If the website address is, then removing. Please visit the new website here and search for this post. The articles are now no longer supported, updated and maintained. Give him heads up if you like this post.ĭear readers, please note that this is the old website of ma圎mbedded. This post has been written by a new author, Chahat Ahuja.