The Designer's Guide to VHDLElsevier Science & Technology Books, 1996 - 688 lappuses The Designer's Guide to VHDL is both a comprehensive manual for the language and an authoritative reference on its use in hardware design at all levels, from the system level to the gate level. Using the IEEE standard for VHDL, the author presents the entire description language and builds a modeling methodology based on successful software engineering techniques. Requiring only a minimal background in programming, this is an excellent tutorial for anyone in computer architecture, digital systems engineering, or CAD. The book is organized so that it can be either read cover-to-cover for a comprehensive tutorial or kept deskside as a reference to the language. Each chapter introduces a number of related concepts or language facilities and illustrates each one with examples. Scattered throughout the book are four case studies, which bring together preceding material in the form of extended worked examples. All of the examples and case studies, complete with test drivers for running the VHDL code, are available via the World Wide Web. In addition, each chapter is followed by a set of related exercises. |
No grāmatas satura
1.3. rezultāts no 85.
143. lappuse
... specifying a de- fault value for a port . When the entity is instantiated , we can specify that a port is to be left open by using the keyword open in the port association list , as shown in the syntax rule on page 137 . EXAMPLE The ...
... specifying a de- fault value for a port . When the entity is instantiated , we can specify that a port is to be left open by using the keyword open in the port association list , as shown in the syntax rule on page 137 . EXAMPLE The ...
205. lappuse
... specifying and using parameters for procedures . The syntax rule on page 196 shows that we can specify five aspects of each formal parameter . First , we may specify the class of object , which determines how the formal parameter ...
... specifying and using parameters for procedures . The syntax rule on page 196 shows that we can specify five aspects of each formal parameter . First , we may specify the class of object , which determines how the formal parameter ...
635. lappuse
... specifies the signal voltage and current characteristics for each electrical connection of the component . The physical ... specify common modeling interfaces , conventions and simulation modes for models supplied by hardware component ...
... specifies the signal voltage and current characteristics for each electrical connection of the component . The physical ... specify common modeling interfaces , conventions and simulation modes for models supplied by hardware component ...
Saturs
Fundamental Concepts | 1 |
Scalar Data Types and Operations | 27 |
Exercises | 51 |
Autortiesības | |
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Bieži izmantoti vārdi un frāzes
adder alias architecture body array type attribute begin behavioral model binary bit_vector boolean called Chapter clause clock clock signal component instance configuration declaration constant cycle defined delay delay_length described digit downto driver EBNF element end entity end loop end procedure end process end record entity and architecture entity declaration enumeration type example executed expression FIFO flipflop floating-point formal parameter identifier ieee.std_logic_1164.all implementation index range inout instantiation instruction integer interface keyword label library ieee logic memory module null opcode operand operation output ports overflow package body package declaration parameter port map predefined represent reset result shown in Figure sign bit signal assignment statement simulation specify standard-logic std_logic std_logic_vector std_ulogic string subprogram subtype syntax rule test bench tion token Tpd_clk_ctrl transaction type conversions type declaration variable vector VHDL wait statement write zero
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