3.1. n(M) U1.
U1 n(M).
U1 n(M)
(U1/ = U1∙q1)
n = n0∙(1-s),
n0 = 60∙f1/p,
M = 2∙Mmax/ / (s/s + s/s),
MMAX/ = MMAX∙(q1)2.
, s n A U1, A U1.
. 3.1.
3.1. ( U1) ( U1/) n(M). (=0) n0.
M , , , (.. = ), n(M) U1/ n , U1 .
n/(M).
s/ 1 0. s/
n/ = n0∙(1-s/)
M/ = MMAX/ / (s//s/ + s/ /s/),
MMAX/ = MMAX ∙(q1)2.
3.1.. (. 2.2.) (. 3.1.) (. . 3.1.).
3.1.
s/ | - | s/ | s/ | |||||
n/ | / | n0 | ||||||
M/ | ∙ |
D MD.
D n U1/ = q1∙U1 MD = t∙M:
D = nD/ / nD.
nD , MD, n(M). nD (. . 11).
nD/ - , MD, n/(M)
MD U1/ = q1∙U1.
, nD/.
λD = MMAX/ / MD.
MMAX/ = MMAX∙(q1)2.
MD = t∙M
(.3.1.) n/ s/
s/ = s n/ = n.
nD/ , MD
,
nD/ = n0∙(1- sD/).
D
D = nD/ / nD.
n .
3.2. n(M) R2 .
|
|
R2 n(M).
.3.2..
. 3.2.
R2 = q2 ∙ R2. R2 n(M).
n/(M) .
s/ n/ n/(M):
s/ = s∙(R2 + R2 ) / R2,
n/ = n0∙(1 s/).
, s/ n/ R2 ,
MMAX = 3∙U12 / (2∙Ω0∙X)
- (R2 +R2 ), , R2 (MMAX = const).
. 3.3, n/(M) ,
(n/ < n ).
. 3.3.
n/(M)
.
s/ 0 1. s/
n/ = n0∙(1-s/)
M/ = 2∙Mmax / (s//s/ + s//s/).
3.2..
3.2.
s/ | - | s/ | s/ | |||||
n/ | / | n0 | ||||||
M/ | ∙ |
,
λK = MMAX / MH.
D MD.
A nD R2 MD = t∙.
nD, A MD = t∙M , (. . 11).
nD/ A -
R2 = q2∙R2.
, MD = t∙M . MMAX .
λD/ = MMAX / MD - .
sD/ nD/ A MD
,
nD/ = n0∙(1- sD/)
MD
D = nD/ / nD.
n .
3.3. n(M) f1 U1 / f1 =const.
f1 n(M).
f1 n(M) :
n0 = 60∙f1 / p,
,
Ω0 = 2∙π∙n0 / 60 = (2∙π/60)∙f1,
XK = X1 + X2/ = ω∙L = 2∙π∙f1∙L.
n0 ,
f1 ,
p - AD,
Ω0 .
n0 f1 f1 n0.
|
|
, f1 MAX.
U1 = const MMAX ~ .
n , MAX . f1 U1 , U1 / f1 = const.
MAX , λ = MAX / M, (. 3.4.).
. 3.4.
n/(M).
n/(M) q1 , .. f1/ = f1∙q1. q1 .
n0/ = .
n/ n/.
Δn = n0 n0/,
n/ = n Δn,
s/ = (n0/ - n/) / n0/,
n/ = n Δn.
. 3.4. n/(M) , n0/ = n0∙q1. (, ) .
. s/ s/ = 0 s/ = 1 s/ n/
n/ = n0/ (1 s/)
M/ = 2∙Mmax / (s//s/ + s//s/).
3.3.
(. 2.2.) (. 3.3.) n(M) n/(M).
3.3.
s/ | - | s/ | s/ | |||||
n/ | / | n0 | ||||||
M/ | ∙ |
D MD.
D n MD = t∙M . nD MD (. . 11). nD/
nD/ = nD Δn.
n
D = nD/ / nD ( D ≠ q1).
.
() n.