Power Mixer Amplifier Schematic
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Evolutionary leap in Embedded Design: System-Level Programmability
How many embedded projects you have worked successfully transitioned between phases of the life cycle Project without major reworking of the system design, parts lists, layouts, etc.? If youâ € ™ re answer is less than 100% because the majority of embedded world, then you should take your mind to a new method for embedded design, that will save you countless hours, dollars and headaches opened. This Article Weâ € ™ ll the embedded design to explore your challenges on a day-today basis and in a pragmatic way, how to overcome it with real system-level programming. First, letâ € ™ s briefly what I look for so that my true system-level programming.
True-Level-System Programmability
Letâ € ™ s break it apart into three sections describe each and from right to left: programmable, system-level and is not True.Programmability Configurability be confused, but rather is the ability to build a function with basic building blocks
Blocks. In this context, these basic building blocks in Hardware implemented and to a function used by the configuration register set up, data paths and signal paths. For example, Figure 1 below describes the basic Modules within Cypressâ € ™ s next generation PSoC device architectures PSoC and PSoC 3 5, for the implementation of true system-level programming. This Basic building blocks, as highlighted in the figure, consist of a powerful 8-bit 8051 (PSoC 3) or 32-bit ARM Cortex M-3 (PSoC 5) processor, a programmable clock tree, Universal Digital Blocks (UDBs), programmable analog blocks and programmable routing and interconnects (analog, digital and system buses).
PSoC 3 Architecture
The timing system of three PSoC and PSoC architecture allows a five programmable array of analog and digital watches to a wide range of peripherals such as to support ADCs, PWMs, counters, etc. purchased individually with eight 16-bit clock divider for the digital system peripherals and four individual 16-bit based clock divider for the analog System peripherals all goes back to a set of four internal and two external clock sources, you have a strong clock tree.
A UDB is powerful, flexible digital logic block. Each UDB in the PSoC and PSoC 3 contain 5 ALU architectures based 8-bit data path, two fine-grained PLDs, a control and status module and a Clock and reset module. These elements can be combined in order to perform the function of a low-end microcontrollers, they can be chained to other UDBs major functions or enable them to implement digital peripherals such as timers, counters, PWM, UART, I2C, SPI, CRCs, etc. With 24 UDBs in some PSoC PSoC 3 and 5 families of devices, you can even implement a 24-core processor 8051 or in addition to the ARM Cortex-M3 processor, or the internal DMAA € "a very powerful architecture.
The analog features of PSoC PSoC 3 and 5 to clarify, high-precision fixed-function analog (reference voltage accuracy + / – 0.1% over the industrial temperature and voltage ranges) with a number of programmable analog peripherals, which may be to implement: mixing, trans-impedance amplifier, Buffer op-amps and more.
The combination of flexible, open high-precision analog capabilities many opportunities for unique, powerful Designs.
Finally, the routing and interconnection of three PSoC and PSoC is 5-architecture, as can be seen above in Figure 1, the system bus is to enable that all GPIO be digital, analog, CapSense or LCD drive I / OA € "a really powerful feature, the significant cost savings (4-layer 2-layer PCB) and can provide easier PCB routing with a true freedom.
So, do not mean what at the system level? We have had long component-level programmability in the form of programmable digital
Logic Devices (CPLDs, FPGAs, etc.), programmable analog (switched capacitor and similar functions), programmable clocks, programmable processors, etc. What System-level programmability means is, plain and simple controls all these components into a single programmable platform, a single device and configured on all an easy-to-use, hierarchical-based, software-development environment. Figure 2 shows a system-level view of a brushless DC motor control application example. As You can see in this picture, you need donâ € ™ t worry about the details of how these individual components are instantiated, but you know what You want to do this focus peripheral functions. Whether itâ € ™ s under tachometer, temperature or pressure pump readings to a feedback loop to the engine control function, or driving the 3-phase motor with PWM control of individual offer, you can use your system design challenges without worrying about the low-level details, the discrete ICs or peripheral components resolve to use.
Pragmatic application of system-level programmability for embedded design Solve The Challenges
They face a number of embedded design challenges. First, the adaptation to changeâ € "Changes requirements, layouts, drawings, availability of materials, etc. Next is to get to market fasta € "against the competition and the release of a product at the right time net the greatest impact. A Another challenge is analogous complexitiesâ € "select, configure and use the right parts for the right purposes. Finally, you need to protect Replicate your design IP to competitors from stealing your designs and you prohibit your market share. Cypressâ € ™ s PSoC Programmable System-on-chip and software development have been developed to meet these challenges head-on and in this section Wea € ™ re going to take a pragmatic approach, how true system-level programmability PSoC and addresses these challenges.
Adapting to change
The only constant in the life of an embedded engineer is change, and your Capacity for change by planning for it and embrace the use of tools that enable you to adapt is the only way to be truly successful. As in Figure 2 have seen, a change to a PSoC engineer could mean a simple change of a peripheralâ € "perhaps a greater self-determination Adca € ™ s resolution (Figure 3), or could be, like adding additional features in a design, as a controller via USB interface or a complicated LCD segment display and capacitive sensor buttons (Figure 4). With real system-level programming, you can embrace change and use it for the best Products you can imagine, to be developed.
Get started quickly on the market
The biggest challenge in more quickly the market does not always concepts or ideas, but to create is a product of these ideas. Quickly a product on the market you can earn higher margins and a more focused market with less competition. PSoC engineering enables rapid prototyping solution with a simple in-chip optimization and programming along with a system software Development environment. With these two skills, you can easily plug board, a hardware solution in order to understand the true needs and get your product in the Production.
Analog complexities
The PSoC programmable system-on-chip platform and its software development environment to facilitate the use of analog circuits and functions through its intuitive system-level, schematic-based design methodology. As you saw in Figure 2 and 3, for example, is the instantiation of analog peripherals as easy as a drag-and-drop the component in the design canvas in PSoC Creator, followed by peripheral configuration settings specific to the function youâ € ™ re implementingâ € "for the ADC in this example: resolution, conversion rates, clock sources, etc. The instantiation of other analog peripherals such as trans-impedance amplifiers, filters, analog multiplexers, comparators, DACs, and other peripherals is just as easy.
Protection of design IP
The PSoC Programmable System-on-chip provides an additional layer of security through its system-level programmability thatâ € ™ s integrated into the device. If Check competitors die, everyone can see it, are the components that make the PSoC device itself and not that the firmware initializes and instantiates the system developed with PSoC Creator. The firmware stored in the PSoC devices are also protected with multiple levels of protection, defined by the block of memory to accommodate multiple levels of protection across the entire device: no protection (used during the development) to read external protection, external read / write protection and full protection (no external Read / write or internal). These layers of protection, the secret sauce, place your designs in the PSoC device easily implemented by standard reverse-engineering techniques be protected.
Completion
to unleash Cypressâ € ™ s PSoC Programmable System-on-chip software and its true development System-level programming with the new PSoC and PSoC 5 3 architectures to help you more easily overcome your daily challenges and embedded design, you can concentrate on the essentials, your product. to extend these new architectures is the world € ™ s only programmable embedded design platform shattering design restrictions. In a chip, you can take advantage of high-precision programmable analog including 12 – to 20-bit delta-sigma ADCs, a digital logic library with dozens of drop-in peripherals, best-in-class power management and rich connectivity resources, all with an integrated high-performance, single-cycle 8051 or advanced ARMA ® Cortexâ "¢-M3 processor in the 3 or 5 PSoC PSoC architectures, respectively.
The new software tool, PSoC Creator, is now www.cypress.com.
About the Author
Product Marketing Manager, Cypress Semiconductor Corp.
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