By Julian Schwinger, Lester L. Deraad Jr., Kimball A. Milton, Wu-yang Tsai, Joyce Norton
Schwinger could have been a superb physicist, yet his variety is "anti-Feynman". Feynman strives (usually effectively) to get to the (physical) aspect, Schwinger buries the topic in a morass of formalism, which obscures either the math and the physics (I should still say that i'm a mathematician, so perhaps this publication is sweet for physicists...).
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Operator interface (LCD? touch panel? barcode readers? ) External interfaces (interfaces to other systems, to a controlling host system, or to a slave subsystem? Ethernet? RS232? ) Available options (may be lengthy if several need to be described) Input power (list input voltages, frequencies, and current; include international requirements) Export restrictions and requirements (applies if using controlled technology; also, requirements for the product to be marketed in certain countries may limit technology that can be used) 26 Embedded Microprocessor Systems Input requirements (What size bottles does it use?
In addition, the use of more powerful processors for applications often means some CPU horsepower is left over after the application is developed. Many developers have moved away from emulators and back to the monitor or debugger programs. These now more-sophisticated programs take advantage of leftover CPU capacity to provide event tracing, throughput measurement, code histograms that show how much time the CPU spends in each section of code, and other powerful debugging information. In addition, many processors now include debugging resources onchip.
Note that the address must be stable for the entire EPROM access cycle. If the address changes during the cycle, the outputs also change as the EPROM attempts to access the data at the new address. This is why the address must be latched when using a microprocessor with a multiplexed address/data bus. The access time of the EPROM is a critical factor and is often overlooked in embedded designs. EPROM access times are specified as a maximum. For example, an EPROM with a specified maximum access time of 12011srequires no more than 120ns from the time the address is stable and chip select is low to generate a valid output.