digital circuit fundamentals 2

Digital Circuit Analysis and Design with an Introduction to

Digital Circuit Analysis and Design with an Introduction to

... 0.79 425 ) 10 = ( 0.110010… ) 0.7890 625 × = 1.578 125 = ( msb of binary number ) + 0.578 125 0.578 125 × = 1.15 625 = ( next binary digit ) + 0.15 625 0.15 625 × = 0.3 125 = + 0.3 125 0.3 125 × = 0. 625 = ... C -21 Timing Control C -22 Delay Control C -22 Event Control C -22 Wait Control C -22 Fork and Join Control C -23 Appendix ... 1011100 ⎭ 100110110 Check with MATLAB: x=base2dec('110010010' ,2) ; y=base2dec('1011100' ,2) ; z=base2dec('100110110' ,2) ; v=x−y; fprintf(' \n'); 2- 20 Digital Circuit Analysis and Design with an Introduction...

Ngày tải lên: 19/02/2014, 17:19

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digital circuit analysis and design with simulink modeling  - steven t. karris

digital circuit analysis and design with simulink modeling - steven t. karris

... .1− 12 Operations in Binary, Octal, and Hexadecimal Systems 2. 1 2. 2 2. 3 2. 4 2. 5 2. 6 2. 7 2. 8 2. 9 1−1 2 1 Binary System Operations 2 1 Octal System Operations 2 2 Hexadecimal System Operations 2 ... 0.79 425 ) 10 = ( 0.110010… ) 0.7890 625 × = 1.578 125 = ( msb of binary number ) + 0.578 125 0.578 125 × = 1.15 625 = ( next binary digit ) + 0.15 625 0.15 625 × = 0.3 125 = + 0.3 125 0.3 125 × = 0. 625 = ... 1100100 – 1010011 ) = ( 10001 ) Check with MATLAB: x=base2dec('1100100' ,2) ; y=base2dec('1010011' ,2) ; z=base2dec('0010001' ,2) ; 2 22 Digital Circuit Analysis and Design with Simulink ® Modeling and...

Ngày tải lên: 08/04/2014, 10:02

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Chapter 3 Digital Transmission Fundamentals

Chapter 3 Digital Transmission Fundamentals

... SNR = σx2 12 x2 = ∆ / 12 4V2/M2 = 3( σx V ) M = 3( 2 σx V )2 22m The ratio V/σx ≈ The SNR is usually stated in decibels: SNR db = 10 log10 σx2/σe2 = 6m + 10 log10 3σx2/V2 SNR db = 6m - 7 .27 dB ... Sample value 7∆ /2 5∆ /2 3∆ /2 ∆ /2 -∆ /2 -3∆ /2 -5∆ /2 -7∆ /2 Approximation 45 Quantizer Performance M = 2m levels, Dynamic range( -V, V) Δ = 2V/M error = y(nT)-x(nT)=e(nT) 2 ∆ ∆ -V − ∆ 2 input 3∆ ... closest approximation Original signal Sample value bits / sample  7∆ /2 5∆ /2 3∆ /2 ∆ /2 Approximation −∆ /2 −3∆ /2 −5∆ /2 −7∆ /2 12 Rs = Bit rate = # bits/sample x # samples/second Bit Rate of Digitized...

Ngày tải lên: 10/05/2014, 00:12

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digital painting fundamentals with corel painter 12 [electronic resource]

digital painting fundamentals with corel painter 12 [electronic resource]

... You See 21 An Apple a Day 22 Clone-and-Trace .23 Tonal Drawing 25 Crosshatch Contours 27 Clone College .29 Another Bite at the Apple 29 Starter Still ... Morning 21 1 Use a Shortcut 21 4 Get Off My Intellectual Property! .21 5 Resources 21 5 Finding Images .21 7 Color Printing .21 7 Fonts 21 8 Index 21 9 x ... 198 What’s Next? 20 3 Pixels versus Vectors 20 6 Nice Save! 20 8 Running the Gamuts 20 9 ix Digital Painting Fundamentals with Corel Painter 12 Take Two Tablets and Call...

Ngày tải lên: 29/05/2014, 15:43

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High Level Synthesis: from Algorithm to Digital Circuit- P10 pptx

High Level Synthesis: from Algorithm to Digital Circuit- P10 pptx

... arrays break and continue statements Template classes and functions Template specialization 5 .2. 2 Non-Synthesizable C++ Constructs One characteristic of the synthesis process is that it uses ... implements such a thread as a circuit synchronous to that clock edge The “reset signal is” statement makes the “1” level of the rst signal reset the thread 5.4 .2 SC METHOD Processes The SC METHOD ... Module Module Modular interface Output socket Modular interface Channel f1() f2() Modular interface Input socket g1() g2() sc_in/out CTHREAD CTHREAD sc_signal 5.5.1 Modular Output Socket In its...

Ngày tải lên: 03/07/2014, 14:20

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High Level Synthesis: from Algorithm to Digital Circuit- P11 potx

High Level Synthesis: from Algorithm to Digital Circuit- P11 potx

... schedule A B in1 in1 C in1 E in1 F in1 G + in1 D + in1 * + + out1 * A B in2 in2 C in2 F in2 G in2 E in2 + in2 D + * + + * out2 Note that the maximum resource utilization occurs beginning in cycle ... // socket-to-channel // bind second module using socket() syntax m sub2.clk(clk); m sub2.rst(rst); m sub2.din(chan); m sub2.dout(dout); }; } This use of SystemC constructs rather than tool constructs ... Fixed Context Unconstrained scheduling Context while (1) { { CYN_PROTOCOL(“name2”); // Write output } } 5.8 .2 Unconstrained Scheduling To begin with, it is assumed that all the code in the...

Ngày tải lên: 03/07/2014, 14:20

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High Level Synthesis: from Algorithm to Digital Circuit- P12 pps

High Level Synthesis: from Algorithm to Digital Circuit- P12 pps

... integer type’s precision (bit width) is any number of bits up to eight million For example, int24 declares an 24 -bit signed integer value Constant values will be zero or sign extended to the indicated ... • Verification drives the acceptance of SystemC: Transaction-level modeling (TLM) with SystemC [2] has become a very popular approach to system-level verification [8] Designers commonly use SystemC ... fine-grain clock gating and power gating The reminder of this paper is organized as follows: Sect 6 .2 presents an overview of the AutoPilot design flow Sections 6.3 and 6.4 briefly discuss the system...

Ngày tải lên: 03/07/2014, 14:20

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