On Wed, May 27, 2020 at 9:14 AM GK19 <address@hidden> wrote:
I have 4 arrays, two combinations of Nwell and Pwell voltages of Transistor 1
and Transistor 2
For transistor 1
vnw_1 =
0.00000 0.90000
vpw_1 =
-1.8000 -1.2000
So we define as ( Vn, Vp) as ( 0.00000, -1.8000) and another ( 0.90000,
-1.2000) these are the combination respectively.
for Transistor 2
vnw_2 =
0.90000 0.00000
vpw_2 =
-1.20000 0.20000
Similarly we have ( Vn, Vp) as ( 0.90000, -1.2000) and another ( 0.00000,
0.20000)
we can see that ( 0.90000, -1.2000) is common in T1 and T2.
I want to get the common voltage as the output
Answer ( 0.90000, -1.2000)
How do i do that? There is nothing linked to the concepts of transistors,
just i need that combination as the output. How do i do that ? Please help
me
--
Sent from: https://octave.1599824.n4.nabble.com/Octave-General-f1599825.html
t1=[0, .9;-1.8,-1.2]
t2=[.9, 0 ; -1.2 ,.2]
q1=(t1(1,1)==t2)
q2=(t1(1,2)==t2)
q3=(t1(2,1)==t2)
q4=(t1(2,2)==t2)
ws=q1+q2+q3+q4
output= t1(ws==1)
t2=[.9, 0 ; -1.2 ,.2]
q1=(t1(1,1)==t2)
q2=(t1(1,2)==t2)
q3=(t1(2,1)==t2)
q4=(t1(2,2)==t2)
ws=q1+q2+q3+q4
output= t1(ws==1)