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function fm_lines(flag) % FM_LINES define transmission lines (PI circuit model) % % FM_LINES(FLAG) % FLAG 1 -> Algebraic Equations % 2 -> Algebraic Jacobians % %Author: Federico Milano

SCUBA, Version 9.15 ORCA Foundry, Version 9.15 Copyright (c) 1996-1997 Lucent Technologies Inc. All rights reserved. Circuit name : Udualfifo Module type : sdpram Address w

clear all % clear workspace % Set up circuit parameters and mag. curve of transformer Vrated = 120; % rms rated voltage Srated = 1500; % rated VA Frated = 50; % rated frequency in Hz Zb = Vra

function fm_lines(flag) % FM_LINES define transmission lines (PI circuit model) % % FM_LINES(FLAG) % FLAG 1 -> Algebraic Equations % 2 -> Algebraic Jacobians % %Author: Federico Milano

** Profile: "SCHEMATIC1-inverter" [ C:\Documents and Settings\nsnrqiao\Desktop\inverter\inverter-schematic1-inverter.sim ] ** Creating circuit file "inverter-schematic1-inverter.sim.cir" ** WAR

Electronics Workbench Circuit File Version: 5 Charset: ANSI Description: "The ALU is doing the following arithmetic operation:" " F = A + B + 1" "The control pins are set at: S0 = H; S1 = L

Electronics Workbench Circuit File Version: 5 Charset: ANSI Description: "Telephone ON/OFF-HOOK and RING Indicator. " "Start the simulation. Press \"O\" key on your keyboard to go \"off-hook\"

// // Integer Multicycle Divide circuit (divide a 16-bit number by a 16-bit number in 16 cycles). // // a / b = q with remainder r // // Where a is 16-bits, // Where b is 16 bits // // Module

// // Integer Multicycle Divide circuit (divide a 16-bit number by a 16-bit number in 16 cycles). // // a / b = q with remainder r // // Where a is 16-bits, // Where b is 16 bits // // Module

Embedded Speech Developers Kit using Labx86 SBC for Windows CE 5.0 Embedded Windows CE SAPI 5.0 Developers Kit is your complete Embedded Speech Recognition or Speech To Text Circuit Solution for