#format wiki
##NOTE: add tags in the following line to make this page easily found
#acl +All:read,write,delete,revert,admin
#pagetag simulation doc chagall

<<TableOfContents>>

= Purpose =

## BEGIN_PURPOSE
To estimate coefficients of pelgrom's transistor mismatch equations (Avt, Ab) with
including PVT variations

## END_PURPOSE

= Description =

## BEGIN_DESCRIPTION
Run Monte-Carlo simulations.
Vth and beta are measured by Spectre's op simulation.
Standard deviations of Vth and beta are calculated for each (W,L).
Linear regression : std(Vth) = Avt/sqrt(WL)
                    std(beta)/beta = Ab/sqrt(WL)

## END_DESCRIPTION

= Outputs =

## BEGIN_OUTPUTS
|| '''Result Name''' || '''Result Type''' || '''Description''' || '''Unit''' ||

## END_OUTPUTS

## BEGIN_OUTPUTS_DATA
## END_OUTPUTS_DATA

= Plots =

## BEGIN_PLOTS
|| '''Graph Name''' || '''Filename''' || '''Description''' ||
|| std(Vth) fitting || pelgrom_vth_all.png || std(Vth)-to-1/sqrt(WL) curve fitting ||
|| std(beta)/beta fitting || pelgrom_id_all.png || std(beta)/beta-to-1/sqrt(WL) curve fitting ||
## END_PLOTS

## BEGIN_PLOTS_DATA
== std(Vth) fitting: std(Vth)-to-1/sqrt(WL) curve fitting ==
{{attachment:pelgrom_vth_all.png}}

-- [[seobin]] <<DateTime(2013-06-03T11:00:49Z)>>

== std(beta)/beta fitting: std(beta)/beta-to-1/sqrt(WL) curve fitting ==
{{attachment:pelgrom_id_all.png}}

-- [[seobin]] <<DateTime(2013-06-03T11:00:49Z)>>

## END_PLOTS_DATA

## NOTE: the following macro displays the page tags
<<ShowPageTags>>