Formulas
Derya Taray
July 12, 2023
Abstract
1
Formulas
ωCE =
χ2 =
∆φ
T
(1)
ωr = 315.2M Hz
(2)
ωn = ωCE + n · ωr
(3)
f1,i = f0 + κDS · βi + κSOD · Ti + κAC · Pi + κP S · Ai
(4)
X (f1,i − f0 − κDS · βi − κSOD · Ti − κAC · Pi − κP S · Ai )2
2
2
2
2
2
2 + κ2 σ 2 + κ2
σ1,i
DS β,i
SOD σT,i + κAC σP,i + κP S σA,i
i
(5)
Enlj = −hcR∞ ·
1
me
CN S 2 −
f
(α,
· rN
,
...)
−
δ
nlj
l,0
n2
mp
n3
(6)
∆ν = κSOD · T
(7)
P ≥ 2W
(8)
λ = 820nm
(9)
τ = 1.3ps
(10)
∆λ ≈ 0.5nm
(11)
frep = 157.6M Hz
(12)
1
Ipeak =
w02
Pavg
· τ · frep
d2
dω 2
κSOD
(13)
(14)
(
-403 Hz/K
=
-268 Hz/K
v << 1200 m
s
v >> 1200 m
s
κDS · (f2 − f3 )
κP S · A
κAC · P
κSOD = -315 Hz/KκDS = -0.043
Rin = 0.9
Tin = 0.064
Lin = 0.036
Rout = 0.97
Tout = 0.00054
Lout = 0.02964
t2in
(1 − rin rout )2
Pc (Pin ) = Pin · M ·
Pc (Pout ) =
Pc (Pin ) = Pin · M ·
Pc (Pout ) =
Pout
Tout
l · t2in
(1 − l · rin rout )2
Pout
l · Tout
(
396µm H
251µm D
p
+κP D · Pi · Ti
ω(zm ) =
R(x, y) = R0 · (1 − α
I(x, y)
)
I0
R(x, y) = R0 · (1 − α(1 −
2
I(x, y)
))
I0
(15)
(16)