Nonlinear Microwave Circuit Design phần 1 ppsx
Nonlinear Microwave Circuit Design phần 1 ppsx
... ·jω
1
· H
1
(ω
1
) ·e
jω
1
t
+ g
1
· H
1
(ω
1
) ·e
jω
1
t
+ i
s
· e
jω
1
t
= 0 (1. 60a)
C ·j2ω
1
· H
2
(ω
1
,ω
1
) ·e
j3ω
1
t
+ g
1
· H
2
(ω, ω
1
1
) ·e
j2ω
1
t
+ g
2
· H
2
1
(ω
1
) ·e
j2ω
1
t
= ... 7
−0.2
−0 .15
−0 .1
−0.05
0
0
0.05
0 .1
0 .15
0.2 0.4 0.6 0.8 1 1.2 1. 4 1. 6 1. 8 2
10
−9
t
(s)
t
(s) 10
−9
−0.2
−0 .15
−0 .1
−0.05
0
0
0.05
0...
Nonlinear Microwave Circuit Design phần 7 ppsx
... (5 .1) , (5.2), (5.9),
(5 .10 ) and (5 .11 ) become
b =
↔
·a =a (5 .14 )
det(
↔
−
↔
1) = 0 (5 .15 )
source
=
S
11
+
S
12
S
21
1 − S
22
load
1
=
1
in
(5 .16 )
load
=
S
22
+
S
12
S
21
1 ... Y
tot
(nω) = 0 n = 1, N (5 .11 7)
where the admittance of the nonlinear subcircuit at the nth harmonic, that is at frequency
nω,isdefinedas
Y
NL
(nω) =
I
n
V
n
(5 .11 8...
Nonlinear Microwave Circuit Design phần 2 docx
... 200 13 1 2 3900 24 3 3 6300 35 0 5 10 000
3 3 0 300 14 0 2 4000 25 −3 4 7700 36 1 5 10 100
4 −3 1 1700 15 1 2 410 0 26 −2 4 7800 37 2 5 10 200
5 −2 1 1800 16 2 2 4200 27 1 4 7900 38 3 5 10 300
6 1 ... 7900 38 3 5 10 300
6 1 1 19 00 17 3 2 4300 28 0 4 8000
7 0 1 2000 18 −3 3 5700 29 1 4 810 0
8 1 1 210 0 19 −2 3 5800 30 2 4 8200
9 2 1 2200 20 1 3 5900 31 3 4...
Nonlinear Microwave Circuit Design phần 3 potx
... DC
40
30
20
10
0
0.0 0.5 1. 0 1. 5 2.0 2.5 3.0
I
ds
(mA)
V
ds
(V)
(a)
V
ds
3 V
Time
T
T
= 0 .1 s
40
30
20
10
0
0.0 0.5 1. 0 1. 5 2.0 2.5 3.0
I
ds
(mA)
V
ds
(V)
(b)
T
= 1 ms
40
30
20
10
0
0.0 0.5 1. 0 1. 5 ... rise
EQUIVALENT -CIRCUIT MODELS 97
I
1
(w)
I
2
(w)
V
1
(w)
V
2
(w)
Y
11
(w)
.
V
1
(w)
Y
12
(w)
.
V
2
(w)
Y
22
(w)
.
V
2
(w)
Y
21
(w)
.
V
1
(w)
Figure 3....
Nonlinear Microwave Circuit Design phần 4 pdf
... the
package
EQUIVALENT -CIRCUIT MODELS 11 5
I
c1
(V
1
,V
2
) = I
c1
(V
10
,V
20
) +
dI
c1
dV
1
V
1
= V
10
V
2
= V
20
(V
1
− V
10
) +
dI
c1
dV
2
V
1
= V
10
V
2
= V
20
(V
2
− V
20
)
+···=I
c10
+ g
11
· ... relations:
C
11
(V
1
,V
2
) =
∂Q
1
(V
1
,V
2
)
∂V
1
=
∂
2
E(V
1
,V
2
)
∂V
2
1
C
12
(V
1
,V
2
) =
∂Q
1
(V
1
,V
2
)
∂V
2
=
∂
2
E(V
1...
Nonlinear Microwave Circuit Design phần 5 pps
... V
CMP1
MOSFOT
L =1 uH
CMP12
C
CMP18
C
CMP149
C
CMP193 L
V
out
C =10 0 pF
C =1. 2 pF
C=0.55 pF
C=0.69 nH
L =1. 3 nH
CMP1 41
PORT_SPAR
CMP 11
C
+
+
PORTNUM=2
R=50.0 OH
TX=0.0 OH
−
+
−
+
−
+
D
S
G
CMP1 31
PLS
Figure ... Theory Tech., MTT-44(2), 18 2 19 2, 19 96.
[11 9] L.O. Chua, ‘Device modelling via basic nonlinear circuit elements’, IEEE Trans. Circuit
Syst., CAS-27 (11 ), 10 14...
Nonlinear Microwave Circuit Design phần 6 pps
... GHz, 1 stage amplifier, 2nd harmonic termination
short vs manipulation
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
5 6 7 8 9 10 111 213 1 415 1 617 18
P
in
(dB)
P
out
(dBm)
0
10
20
30
40
50
60
70
80
90
10 0
PAE ... Dig., 19 96, pp. 17 71 17 77.
MULTI-HARMONIC DESIGN FOR HIGH POWER AND EFFICIENCY 225
20 Ghz ,1 stage amp. with 2nd harmonic termination
sh...
Nonlinear Microwave Circuit Design phần 8 ppt
... (mA)
0.004
−0.004
−2
0
2 × 10
10
4 × 10
10
6 × 10
10
8 × 10
10
1 × 10
−9
1. 5
1
V
gs
(mA)
t
(s)
0
0.005
0. 01
I
d
(mA)
0. 015
−0.005
2
1
0
2 × 10
10
4 × 10
10
6 × 10
10
8 × 10
10
1 × 10
−9
3
4
5
V
ds
... current
circulation angles
NOISE 273
1e 13
1e 14
1e 15
1e 16
1e 17
1e 18
1e 19
1e−20
10
10 0 10 00
Frequency (Hz)
Input voltage noise...
Nonlinear Microwave Circuit Design phần 9 docx
... analysis
of nonlinear microwave circuits under multitone excitation’, IEEE Trans. Microwave Theory
Tech., MTT-36 (12 ), 16 50– 16 60, 19 88.
[29] V. Rizzoli, ‘General noise analysis of nonlinear microwave circuits ... Microwave Theory Tech.,
MTT-32, 14 02 14 06, 19 84.
[8] B. Sch
¨
uppert, ‘A fast and reliable method for computer analysis of microwave mixers’, IEEE
Trans....
Nonlinear Microwave Circuit Design phần 10 potx
... 311
Symmetry, 13 7, 293–294, 316 , 318 , 322–323,
325, 327
Switch, 64, 66–67, 71, 77, 16 9, 18 8, 19 4,
315 – 316 , 319 –3 21, 3 31, 358
Switching-mode operation, 18 4, 18 6, 19 5,
227
Taylor series, 10 3, 11 5, ... Analyser, 49, 67, 72–73, 10 8
Voltage
Gain Function, 19 8–2 01, 203–204
Overshoot Function, 2 01 202
Volterra series, 13 18 , 21 22, 33, 49, 56–57,
13 8, 14 2 14 3...