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FQPPF9N50C

Description
11 A, 600 V, 0.38 ohm, N-CHANNEL, Si, POWER, MOSFET, TO-220AB
Categorysemiconductor    Discrete semiconductor   
File Size628KB,18 Pages
ManufacturerFairchild
Websitehttp://www.fairchildsemi.com/
Download Datasheet Parametric View All

FQPPF9N50C Overview

11 A, 600 V, 0.38 ohm, N-CHANNEL, Si, POWER, MOSFET, TO-220AB

FQPPF9N50C Parametric

Parameter NameAttribute value
Number of terminals3
Minimum breakdown voltage600 V
Processing package descriptionROHS COMPLIANT PACKAGE-3
Lead-freeYes
stateACTIVE
packaging shapeRectangle
Package SizeFlange mounting
Terminal formTHROUGH-hole
terminal coatingMATTE Tin
Terminal locationsingle
Packaging MaterialsPlastic/Epoxy
structureSingle WITH BUILT-IN diode
Number of components1
transistor applicationsswitch
Transistor component materialssilicon
Channel typeN channel
field effect transistor technologyMetal-OXIDE SEMICONDUCTOR
operating modeENHANCEMENT
Transistor typeuniversal power supply
Maximum leakage current11 A
Rated avalanche energy340 mJ
Maximum drain on-resistance0.3800 ohm
Maximum leakage current pulse33 A
www.fairchildsemi.com
AN-8027
FAN480X PFC+PWM Combination Controller Application
FAN4800A / FAN4800C / FAN4801 / FAN4802 / FAN4802L
Introduction
This application note describes step-by-step design
considerations for a power supply using the FAN480X
controller. The FAN480X combines a PFC controller and
a PWM controller. The PFC controller employs average
current mode control for Continuous Conduction Mode
(CCM) boost converter in the front end. The PWM
controller can be used in either current mode or voltage
mode for the downstream converter. In voltage mode,
feed-forward from the PFC output bus can be used to
improve the line transient response of PWM stage. In
either mode, the PWM stage uses conventional trailing-
edge duty cycle modulation, while the PFC uses leading-
edge modulation. This proprietary leading/trailing-edge
modulation technique can significantly reduce the ripple
current of the PFC output capacitor.
The synchronization of the PWM with the PFC simplifies
the PWM compensation due to the controlled ripple on the
PFC output capacitor (the PWM input capacitor). In
addition to power factor correction, a number of protection
features have been built in to the FAN480X. These include
programmable soft-start, PFC over-voltage protection,
pulse-by-pulse current limiting, brownout protection, and
under-voltage lockout.
FAN4801/2/2L feature programmable two-level PFC
output to improve efficiency at light-load and low-line
conditions.
FAN480X is pin-to-pin compatible with FAN4800 and
ML4800, only requiring adjustment of some peripheral
components. The FAN480X series comparison is
summarized in the Appendix A.
F
1
AC
Input
L
BOOST
D
BOOST
C
BOOST
Q
1
V
BOUT
R
FB1
Drv
L
1
1
Q
2
D
R1
D
R1
D
F1
L
1
2
C
IF1
Vo1
Drv
R
CS1
R
RAMP
D1
D2
D
R2
Drv
C
O11
C
O12
L
22
L
2
D
F2
1
Vo2
Q
3
D
R2
C
O21
C
O22
C
IC2
R
LF1
R
T
R
RMS2
C
LF1
C
SS
R
B
R
LF2
R
CS2
R
IAC
R
IC
IEA
IAC
ISENSE
VRMS
SS
FBPWM
R
RMS1
C
RMS1
C
IC1
VEA
FBPFC
VREF
VD
D
OPFC
OPWM
GND
ILIMIT
R
D
Vo
1
R
BIAS
V
D
D
R
VC
C
VC2
C
VC1
C
F
R
F
R
OS1
Vo2
C
RMS2
R
RMS3
C
T
RT/CT
RAMP
R
OS2
R
OS3
FAN480X
C
RAMP
C
B
R
FB2
C
FB
C
LF2
C
DD
C
REF
Figure 1. Typical Application Circuit of FAN480X
© 2009 Fairchild Semiconductor Corporation
Rev. 1.0.0 • 8/26/09
www.fairchildsemi.com
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