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goht_iso.drc

Protel Design System Design Rule Check PCB File : PCB\GoHT_ISO.PCB Date : 20-Dec-2006 Time : 17:51:08 Processing Rule : Short-Circuit Constraint (Allowed=Not Allowed) (On the board ),(On

goht_iso.drc

Protel Design System Design Rule Check PCB File : PCB\GoHT_ISO.PCB Date : 20-Dec-2006 Time : 17:51:08 Processing Rule : Short-Circuit Constraint (Allowed=Not Allowed) (On the board ),(On

fig33_18.sp

* Figure 33.18 CMOS: Mixed-Signal Circuit Design * * Using the EKV model * * Comparison between strong, moderate, and weak inversion * * using an R-2R (W-2W) based current mirror (see text.) * *

add_shunt_oc_stub.m

function Add_shunt_oc_stub(theta_deg,freq_0,line_Z0) % this function adds a description of the open-circuit stub connected to the % rest of the network in shunt configuration % % USAGE: % Add_shu

add_shunt_sc_stub.m

function Add_shunt_sc_stub(theta_deg,freq_0,line_Z0) % this function adds a description of the short-circuit stub connected to the % rest of the network in shunt configuration % % USAGE: % Add_sh

add_shunt_oc_stub.m

function Add_shunt_oc_stub(theta_deg,freq_0,line_Z0) % this function adds a description of the open-circuit stub connected to the % rest of the network in shunt configuration % % USAGE: % Add_shu

add_shunt_sc_stub.m

function Add_shunt_sc_stub(theta_deg,freq_0,line_Z0) % this function adds a description of the short-circuit stub connected to the % rest of the network in shunt configuration % % USAGE: % Add_sh

simplechaoticcirc.m

function dy=SimpleChaoticCirc(t,y,flag,rParam) %simple dissipative nonautonomous chaotic circuit %for Fourier analysis fs=0.5;vTimeRange=[0:1/fs:500]; %y0=[0.1 0]; %parameters beta=1; omega=0.

main.c

/* USBasp - USB in-circuit programmer for Atmel AVR controllers Thomas Fischl License........: GNU GPL v2 (see Readme.txt) Target.........: ATMega8 at 12 M

mux4.hcl

#/* $begin sim-mux4-raw-hcl */ ## Simple example of an HCL file. ## This file can be converted to C using hcl2c, and then compiled. ## In this example, we will generate the MUX4 circuit shown in ## S