Stem module

965b515b-98ad-4bec-bdf5-ac2839736717 5 15 12 decimal

&[DATE] &[TIME] - &[FILENAME]

Input Filter Design

V.in 40 :

I.out 1 :

V.out 5 :

Lo 66106 -^* :

Co 68106 -^* :

RL 0.088 :

ESR 0.09 :

D 0.458 :

Ro V.out I.out / :

j 12000 range :

3 appVersion 0.98.6179 ≡

j f 100 j 200 - (500 /^vectorize :

j s 2 π * i * j f * vectorize :

f j f :

s j s :

Ro RL + D 2^/ (1 s Lo Ro RL + / ESR Ro RL * Ro RL + / + (Co * + (* + s 2^Lo * Co * Ro ESR + Ro RL + / (* + 1 s Ro ESR + (* Co * + / (* abs

α Ro RL + D 2^/ : β Lo Ro RL + / : γ ESR Ro RL * Ro RL + / + (Co * : δ Lo Co * Ro ESR + Ro RL + / * : ε Ro ESR + (Co * : 51 sys

vectorize the absolute
@ this point 1/1 Mathcad 8
WHAT's next ? Z α 1 s β γ + (* + s 2^δ * + 1 s ε * + / (* abs vectorize :

plot f log10 vectorize Z log10 vectorize augment :

plot 1 row plot plot rows row 21 mat 0.8 - 1.38 12 mat 7.2 4.5 12 mat 21 mat

plot

as demanded per Originator ... ? N s Im log10 vectorize Z log10 vectorize augment :

4.1742

0.2351

N 1 row N N rows row 21 mat 0.002 1.385 12 mat 7.998 4.496 12 mat 21 mat

M s Im vectorize Z log10 vectorize augment :

N 4.1742 0.2351 + 100 red 1 5 mat 2 1 sys M 10 4.1742 ^ 0.2351 + 100 red 1 5 mat 2 1 sys

M 1 row M M rows row 21 mat 1.005 1.385 12 mat 99581776.203 4.496 12 mat 21 mat

Stem module

Stem construction over a data set data Stem stemX 1 data rows range : i 1 stemX rows range stem i el data i 1 el data i 2 el data i 1 el 022 mat : for i 1 stem rows 1 - range stem i el stem i el stem i 1 + (1 el 1 el 012 mat stack : for V stem 1 el : j 2 stem rows 1 - range V V stem j el stack : for V V data data rows row stack : 71 line :

Decades

a b Nbr split a b a b a - (Nbr / + range : X j n Range X j el X j 1 + el n split : X j n Log 1 X j el n split : Nbr Decades j 0 Nbr range X j 2 + el 10 j^: for X 21 line : 41 sys

Exponential threshold  15 X 6 Decades : 0110100100010000100000100000081 mat

LogNegative X 110 Log log10 vectorize reverse :

range1 X 59 Range log10 vectorize : range2 X 69 Range log10 vectorize : range3 X 79 Range log10 vectorize : 31 sys

data1 range1 210 Ones * augment : data2 range2 210 Ones * augment : data3 range3 310 Ones * augment : 31 sys

add lower range(s) ... add upper range(s) @ user discretion ...

N 4.1742 0.2351 + 100 red 1 5 mat data1 Stem data2 Stem data3 Stem 5 1 sys

X 8 Decades : 0110100100010000100000100000010000000100000000101 mat

N 4.1742 0.2351 1 2 mat data1 Stem data2 Stem data3 Stem 5 1 sys

N 4.1742 0.2351 12 mat data1 Stem data2 Stem data3 Stem 51 sys