This document describes the parameters for a power factor correction circuit simulation with the following key details: 1. The circuit includes components like diodes, MOSFETs, resistors, capacitors, and an IC controller. 2. Key parameters include an input AC voltage of 100V at 50Hz, inductors with values of 230uH and a ratio of 1:9.6, and a load current of 0.5A. 3. The circuit aims to provide power factor correction for an AC input voltage using the components and controller.

1. PARAMETERS:
L = 230u
N = {1/9.6}
D3 N=N2/N1, L2=(N^2)*L1
PARAMETERS:
tscale = 10 Diode
L1 K1
{L} D2
PARAMETERS: DB1 Rtf 2 1
K V1 VOUT
f req = 50 Diode K_Linear Diode
1 2 COUPLING = 1
Vin = 100 R11 L2
DB4 360k {N*N*L} L1 = L1
AC_IN1 L2 = L2
V2
0
D4 R8 R2
Vin DB3 DB2 Diode 100k R5 Q1 1.5MEG
FREQ = {f req*tscale} MOSFET
VAMPL = {Vin*1.414} 10
VCC R6 R12 C2 {200u/tscale}
68k
AC_IN2 R9 C7 IC = {2.51*1509.53/9.53}
39k
C1 3MEG 8p
1u
POUT
ZCD
Load
0.5A
U1
VCC
COMP POUT
ZCD
GND
TB6819AFG
FB_IN
MULT
IS
MULT
FB_IN
COMP
C8 C9 R3
R10 D5 10k R4 100
22k 47uF 0.1uF DZ18V IS
C5 IC = 17.9
C3 C4 C6 3300p R1
{10n/tscale} {0.47u/tscale} R7 9.53k
0.11
IC = 3.74 {1u/tscale}
0

2. Rectifiers PFC D2
2 1
L1
PARAMETERS: Diode
1 2
f req = 50Hz L2
Vin = 100Vac 0 Q1
MOSFET
C1 TB6819AFG C2 ILoad
Vac, in
1uF
Controller 200u
0.5A
Circuit
R7
0