|
AN-3008
|
|
|
RC Snubber Networks for Thyristor Power Control and Transient Suppression
|
|
AN-3004
|
|
|
Applications of Zero Voltage Crossing Optically Isolated Triac Drivers
|
|
AN-3006
|
|
|
Optically Isolated Phase Controlling Circuit Solution
|
|
AN-3003
|
|
1N4002,
2N3904,
2N3906,
HMHAA280,
MOC3011M,
MOC3012M,
MOC3021M,
MOC3022M,
MOC3023M,
MOC3052M,
NC7SZ04,
NC7WZ38
|
Applications of Non Zero Crossing Triac Drivers Featuring the MOC3011
|
|
AN-6028
|
|
|
FMS6406 Evaluation Board Application Note
|
|
AN-6208
|
|
1N4004,
1N4148,
1N4148WS,
1N4148WT,
FAN6208,
FAN6982,
FAN7621,
FAN7621B,
FAN7621S,
FCPF11N60,
FDP025N06,
FSFR2100,
FSFR2100US,
FSFR2100XS
|
Secondary-Side Synchronous Rectifier (SR) for LLC Resonant Converter Using FAN6208
|
|
AN-9741
|
|
|
Design Guideline for LED Lamp Control Using Primary-Side Regulated Flyback Converter, FL103M
|
|
AN-6067
|
|
|
Design and Application of Primary-Side Regulation (PSR) PWM Controller
|
|
AN-6067SC
|
|
|
Design and Application of Primary-Side Regulation (PSR) PWM Controller (Chinese Translation)
|
|
AN-4138
|
|
1N4007,
1N4148,
FSFM260,
FSFM300,
FSFR2000,
FSFR2100US,
FSL106HR,
FSL106MR,
FSL116HR,
FSL116LR,
FSL126HR,
FSL126MR,
FSL136HR,
FSL136MR,
FSL137H,
FSL206MR,
FSLV16211,
FSQ500L,
FSQ500N,
FSQ510,
KA431,
KA7805AE,
KA7805E,
KSP2222A,
LM358,
SB340,
SB350,
SB360,
UF4003,
UF4007
|
Design Considerations for Battery Charger Using Green Mode Fairchild Power Switch (FPS™)
|
|
AN-6026
|
|
|
Design of Power Factor Correction Circuit Using FAN7529
|
|
AN-6027
|
|
|
Design of Power Factor Correction Circuit Using FAN7530
|
|
AN-6059SC
|
|
|
Application Guide for FSHDMI08 Target Applications and Switch Overview (Simplified Chinese)
|
|
AN-4149
|
|
1N4148,
1N4148WS,
1N4148WT,
1N4937,
EGP10A,
EGP10B,
EGP10C,
EGP10D,
EGP10F,
EGP10G,
EGP10J,
EGP10K,
EGP20A,
EGP20B,
EGP20C,
EGP20D,
EGP20F,
EGP20G,
EGP20J,
EGP20K,
EGP30A,
EGP30B,
EGP30C,
EGP30D,
EGP30F,
EGP30G,
EGP30J,
EGP30K,
KA431,
KA431A,
KA431L,
KA431S,
KSC945,
UF4001,
UF4002,
UF4003,
UF4004,
UF4005,
UF4006,
UF4007
|
Design Guidelines for Quasi-Resonant Converters Using KA5Q-series Fairchild Power Switch (FPS™)
|
|
AN-8025SC
|
|
1N4148,
1N4148WS,
1N4148WT,
FAN7527B,
FAN7529,
FAN7530,
FQPF8N80C,
GBU8J,
GF1J,
KA358,
KA358A,
KA431,
KA431A,
KA431L,
KA431S,
RGF1J,
UF4005
|
Design Guideline of Single-Stage Flyback AC-DC Converter Using FAN7530 for LED Lighting (Chinese Translation)
|
|
AN-6203
|
|
|
Applying SG6203 to Control a Synchronous Rectifier of a Flyback Power Supply
|
|
AN-4150
|
|
1N4148,
1N4746A,
FOD817,
FOD817A,
FSQ0165RN,
FSQ0170RNA,
FSQ0265RN,
FSQ0270RNA,
FSQ0365RN,
FSQ0370RNA,
FSQ0465RS,
FSQ0565RQ,
FSQ0565RS,
FSQ0765RQ,
FSQ0765RS,
FSQ100,
FSQ110,
FSQ211,
FSQ321,
FSQ500L,
FSQ500N,
FSQ510,
KA431,
SB360,
UF4003
|
Design Guidelines for Flyback Converters Using FSQ-Series Fairchild Power Switch (FPS™)
|
|
AN-6961
|
|
|
Critical Conduction Mode PFC Controller
|
|
AN-42034
|
|
|
Synchronizing the ML4824 to Wide Frequency Ranges
|
|
AN-4121
|
|
|
Design of Power Factor Correction Circuit Using FAN7527B
|
|
AN-9730
|
|
|
LED Application Design Guide Using Half-Bridge LLC Resonant Converter for 160W Street Lighting
|
|
AN-6206
|
|
1N4148,
1N4148WS,
1N4148WT,
FAN4801,
FAN4801S,
FAN6206,
FAN6210,
FAN6751MR,
FCP20N60,
FCPF20N60,
FDP5800,
FYP2006DN
|
Primary-Side Synchronous Rectifier (SR) Trigger Solution for Dual-Forward Converter
|
|
AN-6059
|
|
|
Application Guide for FSHDMI08 Target Applications and Switch Overview
|
|
AN-4146
|
|
1N4148,
1N4148WS,
1N4148WT,
1N4937,
EGP10A,
EGP10B,
EGP10C,
EGP10D,
EGP10F,
EGP10G,
EGP10J,
EGP10K,
EGP20A,
EGP20B,
EGP20C,
EGP20D,
EGP20F,
EGP20G,
EGP20J,
EGP20K,
EGP30A,
EGP30B,
EGP30C,
EGP30D,
EGP30F,
EGP30G,
EGP30J,
EGP30K,
FSCQ0565RT,
FSCQ0765RT,
FSCQ0965RT,
FSCQ1265RT,
FSCQ1565RT,
FSQ0165RN,
FSQ0170RNA,
FSQ0265RN,
FSQ0270RNA,
FSQ0365RN,
FSQ0370RNA,
FSQ0465RS,
FSQ0565RQ,
FSQ0565RS,
FSQ0765RQ,
FSQ0765RS,
FSQ100,
FSQ110,
FSQ211,
FSQ321,
FSQ500L,
FSQ500N,
FSQ510,
KA431,
KA431L,
KSC945,
UF4001,
UF4002,
UF4003,
UF4004,
UF4005,
UF4006,
UF4007
|
Design Guidelines for Quasi-Resonant Converters Using FSCQ-Series Fairchild Power Switch (FPS™)
|
|
AN-8025
|
|
1N4148,
1N4148WS,
1N4148WT,
FAN7527B,
FAN7529,
FAN7530,
FQPF8N80C,
GBU8J,
GF1J,
KA358,
KA358A,
KA431,
KA431A,
KA431L,
KA431S,
RGF1J,
UF4005
|
Design Guideline of Single-Stage Flyback AC-DC Converter Using FAN7530 for LED Lighting
|
|
AN-6075
|
|
|
Compact Green-Mode Adapter Using FSQ500L for Low Cost
|
|
AN-9008
|
|
|
The Use of QFET® in Flyback Converter
|
|
AN-8035
|
|
1N4148,
1N4148WS,
1N4148WT,
FAN7530,
FAN7930,
FAN7930B,
FAN7930C,
FAN9611,
FAN9612,
FCPF20N60,
FFPF08H60S,
MMBT2222,
MMBT2222A,
MMBT2222AT,
PN2222,
PN2222A,
PZT2222A
|
Design Consideration for Boundary Conduction Mode Power Factor Correction (PFC) Using FAN7930
|
|
AN-4129
|
|
|
Green Current Mode PWM Controller FAN7601
|
|
AN-6073
|
|
|
FAN6751 Highly Integrated Green-Mode PWM Controller
|
|
AN-6300
|
|
|
FAN6300/A/H Highly Integrated Quasi-Resonant PWM Controller
|
|
AN-6012
|
|
|
Design of Power Factor Correction Circuit Using FAN7528
|
|
AN-4107
|
|
|
Design of Power Factor Correction Using FAN7527
|
|
AN-9015
|
|
1N4148,
1N4148WS,
1N4148WT,
1N4937,
FQP6N40C,
FQP6N40CF,
FQP6N70,
FQP6N80C,
FQP6N90C,
FQP7N80C,
FYPF1010DN,
KA3842A,
KA3842B,
KA431,
KA431A,
KA431L,
KA431S,
KA7912,
KA7912A
|
A180W, 100KHz Forward Converter Using QFET®
|
|
AN-9013
|
|
|
Reducing Switching Losses with QFET® in a Step-up Converter
|
|
AN-9041
|
|
1N4734A,
BSS138,
BSS138W,
DF08S,
EGP10A,
EGP10B,
EGP10C,
EGP10D,
EGP10F,
EGP10G,
EGP10J,
EGP10K,
EGP20A,
EGP20B,
EGP20C,
EGP20D,
EGP20F,
EGP20G,
EGP20J,
EGP20K,
EGP30A,
EGP30B,
EGP30C,
EGP30D,
EGP30F,
EGP30G,
EGP30J,
EGP30K,
FBA42060,
FPAB20BH60B,
FPAB30BH60,
FPAB30BH60B,
FPAM30LH60,
FPAM50LH60,
FPDB30PH60,
FPDB40PH60B,
FPDB50PH60,
FPDB60PH60B,
KA431,
KA431A,
SS13
|
PFCM Design Guide with Analog PFC IC
|
|
AN-6004
|
|
1N4747A,
1N5401,
1N5406,
2N3904,
2N3906,
FAN4810,
FDH44N50,
FGH50N6S2D,
FQA13N50CF,
FQA19N60,
FQL40N50,
GBPC2506,
GF1A,
HGTG12N60A4D,
HGTG20N60A4,
HGTG20N60A4D,
HGTG20N60B3,
HGTG20N60B3D,
HGTG30N60A4,
HGTG30N60A4D,
ISL9R1560P2,
ISL9R3060P2,
ISL9R860P2,
RGF1A
|
500W Power-Factor-Corrected (PFC) Converter Design with FAN4810
|
|
AN-9017
|
|
|
Manufacturing Technology of a Small Capacity Inverter Using a Fairchild IGBT
|
|
AN-9043
|
|
1N4937,
FSAM10SH60A,
FSAM15SH60A,
FSAM15SM60A,
FSAM20SH60A,
FSAM20SM60A,
FSAM30SH60A,
FSAM30SM60A,
FSAM50SM60A,
FSAM75SM60A,
FSBB15CH60
|
Smart Power Module DIP SPM® Users Guide
|
|
AN-9035
|
|
|
Smart Power Module Motion SPM® in SPM3 Users Guide
|
|
AN-9042
|
|
|
Smart Power Module Tiny-DIP SPM® Users Guide
|
|
AN-9006
|
|
|
IGBT Application Note for Camera Strobe
|
|
AN-6032
|
|
1N5401,
1N5406,
FAN4800A,
FAN4800AS,
FAN4800AU,
FAN4800CU,
FAN4801S,
FAN4802S,
FQPF9N50CF,
GF1J,
MBR2545CT,
MMBT3904,
MMBZ5245B,
RGF1J,
UF4001
|
FAN4800 Combo Controller Applications
|
|
AN-8026
|
|
1N5406,
2N7002,
2N7002DW,
2N7002K,
2N7002KW,
2N7002MTF,
2N7002T,
2N7002V,
2N7002VA,
2N7002W,
ES1J,
FAN4810,
FAN9611,
FAN9612,
FCA20N60,
FCP16N60,
FCP20N60,
FCPF11N60,
FCPF16N60,
FCPF20N60,
FDA18N50,
FDP18N50,
FDPF18N50,
FDPF20N50,
FFPF08S60S,
FQP13N50,
FYPF2006DN,
KA431,
KA431A,
KA431L,
KA431S,
LL4148,
MBR0530,
ML4800,
MMBT3904,
MMBT3904T,
MMBT3906,
MMBT3906T
|
FAN9611 / FAN9612 400W 1-Layer Evaluation Board User Guide (FEB301)
|
|
AN-6014
|
|
|
Green Current Mode PWM Controller FAN7602
|
|
AN-7511
|
|
|
Insulated-Gate Transistors Simplify AC-Motor Speed Control
|
|
AN-1025
|
|
|
Maximum Power Enhancement Techniques for SuperSOT™-3 Power MOSFETs
|
|
AN-9065
|
|
|
FRFET® in Synchronous Rectification
|
|
AN-7510
|
|
|
A New PSPICE Subcircuit for the Power MOSFET Featuring Global Temperature Options
|
|
AN-558
|
|
|
Introduction to Power MOSFETs and their Applications
|
|
AN-7533
|
|
|
A Revised MOSFET Model With Dynamic Temperature Compensation
|
|
AN-9010
|
|
|
MOSFET Basics
|
|
AN-6099
|
|
FDMS015N04B,
FDMS030N06B,
FDP020N06B,
FDP023N08B,
FDP025N06,
FDP027N08B,
FDP030N06,
FDP030N06B_F102,
FDP032N08,
FDP032N08B,
FDP036N10A,
FDP038AN06A0,
FDP039N08B,
FDP045N10A,
FDP047N08,
FDP047N10,
FDP050AN06A0,
FDP053N08B,
FDP054N10,
FDP060AN08A0,
FDP075N15A,
FDP083N15A,
FDP085N10A,
FDP090N10
|
New PowerTrench® MOSFET with Shielded Gate Technology Increases System Efficiency and Power Density in Synchronous Rectification Applications
|
|
AN-9005
|
|
|
Driving and Layout Design for Fast Switching Super-Junction MOSFETs
|
|
AN-8021SC
|
|
2N7002,
2N7002DW,
2N7002K,
2N7002KW,
2N7002MTF,
2N7002T,
2N7002V,
2N7002VA,
2N7002W,
FAN9611,
FAN9612
|
Building Variable Output Voltage Boost PFC Converters with the FAN9612 Interleaved BCM PFC Controller (Chinese Translation)
|
|
AN-8018
|
|
2N7002,
2N7002DW,
2N7002K,
2N7002KW,
2N7002MTF,
2N7002T,
2N7002V,
2N7002VA,
2N7002W,
ES1J,
FAN9611,
FAN9612,
FDPF18N50,
MBR0530,
RURP860
|
FAN9612 400W 4-Layer Evaluation Board User Guide (FEB279) OBSOLETE! FEB279 Replaced by FEB388
|
|
AN-8021
|
|
2N7002,
2N7002DW,
2N7002K,
2N7002KW,
2N7002MTF,
2N7002T,
2N7002V,
2N7002VA,
2N7002W,
FAN9611,
FAN9612
|
Building Variable Output Voltage Boost PFC Converters with the FAN9612 Interleaved BCM PFC Controller
|
|
AN-3012
|
|
|
High Speed Logic Compatible, Half-Pitch Mini-Flat Optocoupler, FODM8061
|
|
AN-3012SC
|
|
|
High-Speed Logic Compatible, Half-Pitch Mini-Flat Optocoupler, FODM8061 (Chinese)
|
|
AN-8039
|
|
|
Using the FDDS100H06_F085 in Automotive Systems
|
|
AN-6016
|
|
|
LCD Backlight Inverter Drive IC (FAN7311)
|
|
AN-9052
|
|
BD140,
FAN7080_GF085,
FAN7081_GF085,
FAN7083_GF085,
FAN7085_GF085,
FAN7171_F085,
FAN7190_F085,
FAN7361,
FAN73611,
FAN7371,
FAN73711,
FAN7385,
FAN7388,
FAN7389,
FAN73892,
FAN7390A,
FAN7888,
FDB8442,
MMBD1405
|
Design Guide for Selection of Bootstrap Components
|
|
AN-7012
|
|
BZX84C10,
FDC645N,
FPF2100,
FPF2101,
FPF2102,
FPF2103,
FPF2104,
FPF2105,
FPF2107,
NC7WZ32,
NC7WZ86
|
FPF2100/7 Evaluation Board Users Guide
|
|
AN-7008
|
|
|
FPF200X Evaluation Module
|
|
AN-4137SC
|
|
EGP10A,
EGP10B,
EGP10C,
EGP10D,
EGP10F,
EGP10G,
EGP10J,
EGP10K,
EGP20A,
EGP20B,
EGP20C,
EGP20D,
EGP20F,
EGP20G,
EGP20J,
EGP20K,
EGP30A,
EGP30B,
EGP30C,
EGP30D,
EGP30F,
EGP30G,
EGP30J,
EGP30K,
FSDM0565RB,
FSFM260,
FSFM300,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS,
FSQ500L,
FSQ500N,
FSQ510,
KA431,
KA431A,
KA431L,
KA431S,
MBR1060,
MBR1660,
SB320,
SB330,
SB340,
SB350,
SB360,
SB380,
SB520,
SB530,
SB540,
SB550,
SB560,
SB580,
UF4001,
UF4002,
UF4003,
UF4004,
UF4005,
UF4006,
UF4007
|
Design Guidelines for Offline Flyback Converters Using FPS™ (Chinese Translation)
|
|
AN-4137
|
|
EGP10B,
EGP10C,
EGP10D,
EGP10F,
EGP10G,
EGP20B,
EGP20C,
EGP20D,
EGP20F,
EGP20G,
EGP30B,
EGP30C,
EGP30D,
EGP30F,
EGP30G,
EGP30J,
FSFM260,
FSFM300,
FSFR2000,
FSFR2100US,
FSL106HR,
FSL106MR,
FSL116HR,
FSL116LR,
FSL126HR,
FSL126MR,
FSL136HR,
FSL136MR,
FSL137H,
FSL206MR,
FSLV16211,
FSQ500L,
FSQ500N,
FSQ510,
KA431,
MBR1035,
MBR1060,
MBR1660,
SB330,
SB340,
SB350,
SB360,
SB530,
SB540,
SB550,
SB560,
UF4002,
UF4003,
UF4004,
UF4005,
UF4006,
UF4007
|
Design Guidelines for Offline Flyback Converters using FPS™
|
|
AN-6920MR
|
|
ES1H,
ES1J,
ES3J,
FAN6204,
FAN6920MR,
FAN6921ML,
FAN6921MR,
FAN7382,
FCB11N60,
FDB031N08,
KA431,
KA431A,
KA431L,
KA431S,
RS1D
|
Integrated Critical-Mode PFC / Quasi-Resonant Current-Mode PWM Controller FAN6920MR
|
|
AN-9717
|
|
|
FAN9611/12 400W Interleaved Dual BCM PFC Evaluation Board User Guide (FEB388)
|
|
AN-8033
|
|
|
Design Guideline for Primary Side Regulated (PSR) Flyback Converter Using FAN103 and FSEZ13X7
|
|
AN-6093
|
|
|
Design Guideline for Flyback Charger Using FAN104WMX
|
|
AN-FEBFAN104WMX
|
|
|
User Guide for FEBFAN104WMX-T06U005A Evaluation Board
|
|
AN-7019
|
|
|
Limiting Cross-Conduction Current in Synchronous Buck Converter Designs
|
|
AN-42036
|
|
|
PCB Grounding System and FAN2001/FAN2011 High Performance DC-DC Converters
|
|
AN-9049
|
|
|
Assembly Guidelines for Fairchilds TinyBuck™ Packaging
|
|
AN-8022
|
|
|
TinyCalc™ Users Guide
|
|
AN-6033
|
|
|
Component Calculations & Simulation Tools for FAN2106
|
|
AN-600
|
|
|
Understanding Latch-up in Advanced CMOS Logic
|
|
AN-6094
|
|
|
AN-6094 Design Guideline for Flyback Charger Using FAN302HL/UL
|
|
AN-6069
|
|
FAN3100C,
FAN3100T,
FAN3111C,
FAN3111E,
FAN3121C,
FAN3121T,
FAN3122C,
FAN3122T,
FAN3213T,
FAN3214T,
FAN3216T,
FAN3217T,
FAN3223C,
FAN3223T,
FAN3224C,
FAN3224T,
FAN3225C,
FAN3225T,
FAN3226C,
FAN3226T,
FAN3227C,
FAN3227T,
FAN3229C,
FAN3229T,
FAN3268,
FAN3278,
FCP20N60
|
Application Review and Comparative Evaluation of Low-Side Gate Driver
|
|
AN-6069SC
|
|
FAN3100C,
FAN3100T,
FAN3111C,
FAN3111E,
FAN3121C,
FAN3121T,
FAN3122C,
FAN3122T,
FAN3213T,
FAN3214T,
FAN3216T,
FAN3217T,
FAN3223C,
FAN3223T,
FAN3224C,
FAN3224T,
FAN3225C,
FAN3225T,
FAN3226C,
FAN3226T,
FAN3227C,
FAN3227T,
FAN3229C,
FAN3229T,
FCP20N60
|
AN-6069-Application Review and Comparative Evaluation of Low-Side Gate Driver
|
|
AN-400A
|
|
|
Low-Power Green-Mode PWM Flyback Power Controller without Secondary Feedback
|
|
AN-8027
|
|
FAN4800A,
FAN4800AS,
FAN4800AU,
FAN4800C,
FAN4800CS,
FAN4800CU,
FAN4801,
FAN4801S,
FAN4802,
FAN4802L,
FAN4802S,
FAN4803,
FAN4810,
FCA16N60N,
FCA20N60,
FCA20N60F,
FCA20N60_F109,
FCP11N60,
FCP11N60F,
FCP11N60N,
FCP16N60,
FCP16N60N,
FCP20N60,
FCPF11N60,
FCPF11N60NT,
FCPF11N60T,
FCPF16N60,
FCPF16N60NT,
FCPF20N60,
FDA18N50,
FDP18N50,
FDP20N50,
FDP20N50F,
FDPF18N50,
FDPF18N50T,
FDPF20N50,
FDPF20N50FT,
FDPF20N50T,
FFP08H60S,
FFP08S60S,
FFP08S60SN,
FQA13N50CF,
FQP13N50,
FQPF13N50CF,
FQPF9N50CF,
FYPF2006DN,
KA431,
KA431A,
KA431L,
KA431S,
ML4800
|
FAN480X PFC+PWM Combination Controller Application
|
|
AN-6982
|
|
FAN4810,
FAN6982,
FCA20N60,
FCP11N60,
FCP16N60,
FCP20N60,
FCPF11N60,
FCPF16N60,
FCPF20N60,
FDA18N50,
FDP18N50,
FDP20N50,
FDPF18N50,
FDPF20N50,
FFP08H60S,
FFP08S60S,
FQP13N50,
FQPF13N50CF,
FSBH0F70A_F116
|
Power Factor Correction Converter Design with FAN6982
|
|
AN-6008
|
|
|
FAN4810 Design Tools
|
|
AN-42047
|
|
|
Power Factor Correction (PFC) Basics
|
|
AN-6010
|
|
|
FAN5069 Component Calculation and Simulation Tools
|
|
AN-6002
|
|
|
Component Calculations and Simulation Tools for FAN5234 or FAN5236
|
|
AN-9721
|
|
|
Li-Ion Battery Charging Basics, Featuring the FAN5400 / FAN5420 Family of PWM Battery Chargers
|
|
AN-9720
|
|
|
Power Path Implementation Tradeoffs, Featuring the FAN5400 Family of PWM Battery Chargers
|
|
AN-6088
|
|
|
FAN5902 Power Management Solution for Improving the Power Efficiency of 3G W-CDMA RF Power Amplifiers
|
|
AN-6204
|
|
|
FAN6204 - Synchronous Rectification Controller for Flyback and Forward Freewheeling Rectification
|
|
AN-6208SC
|
|
|
Secondary-Side Synchronous Rectifier (SR) for LLC Resonant Converter Using FAN6208 (Chinese)
|
|
AN-FEB_FAN6224
|
|
|
User Guide for FEBFAN6224M_CP01 Evaluation Board
|
|
AN-6224
|
|
|
Applying FAN6224 for Flyback and Forward Freewheeling Rectification
|
|
AN-6747
|
|
|
Applying FAN6747 to Control a Flyback Power Supply with Peak Current Output
|
|
AN-6754A
|
|
|
Design Guideline to Replace SG6742 with FAN6754A
|
|
AN-6755
|
|
|
Design Guideline to Replace FAN6753 with FAN6755W
|
|
AN-6756
|
|
|
Applying FAN6756 to Control a Flyback Power Supply with Ultra-Low Standby Power
|
|
AN-6756JA
|
|
|
Applying FAN6756 to Control a Flyback Power Supply with Ultra-Low Standby Power (Japanese)
|
|
AN-6083
|
|
|
Highly Integrated, Dual-PWM Combination Controller
|
|
AN-FEBFAN6863W_CP452v1
|
|
|
Highly Integrated Green-Mode PWM Controller FAN6863W
|
|
AN-6920MRSC
|
|
|
Integrated Critical-Mode PFC / Quasi-Resonant Current-Mode PWM Controller FAN6920MR
|
|
AN-6921JA
|
|
|
Integrated Critical Mode PFC / Quasi-Resonant (Japanese)
|
|
AN-6921
|
|
|
Integrated Critical Mode PFC / Quasi-Resonant
|
|
AN-1029
|
|
FAN7080_GF085,
FAN7081_GF085,
FAN7083_GF085,
FAN7085_GF085,
FAN7190_F085,
FDS2672_F085,
FDS4141_F085,
FDS4435BZ_F085,
FDS4465_F085,
FDS4559_F085,
FDS4675_F085,
FDS6673BZ_F085,
FDS6898AZ_F085,
FDS8449_F085,
FDS8949_F085,
FDS8958A_F085,
FDS8984_F085,
FDS9431A_F085,
FDS9958_F085
|
Maximum Power Enhancement Techniques for SO-8 Power MOSFETs
|
|
AN-1032
|
|
|
Performance Restrictions Associated with 3.5 Watts SO-8 Power MOSFETs
|
|
AN-9765
|
|
|
LED Backlight Driving Boost Switch
|
|
AN-9729
|
|
|
LED Application Design Guide Using Half-Bridge LLC Resonant Converter for 100W Street Lighting
|
|
AN-6076
|
|
FAN7361,
FAN73611,
FAN7371,
FAN73711,
FAN7382,
FAN7385,
FAN7388,
FAN7389,
FAN73892,
FAN7390A,
FAN7888,
FCP20N60,
UF4007
|
Design and Application Guide of Bootstrap Circuit for High-Voltage Gate-Drive IC
|
|
AN-6076SC
|
|
FAN7361,
FAN73611,
FAN7371,
FAN73711,
FAN7382,
FAN7383,
FAN7385,
FAN7388,
FAN7389,
FAN73892,
FAN7390A,
FAN7888,
FCP20N60,
UF4007
|
Design and Application Guide of Bootstrap Circuit for High-Voltage Gate-Drive IC (Chinese Translation)
|
|
AN-6086
|
|
|
Design Consideration for Interleaved Boundary Conduction Mode PFC Using FAN9611 / FAN9612
|
|
AN-4151
|
|
FAN7621,
FAN7621B,
FAN7621S,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS,
KA431,
KA431A,
KA431L,
KA431S
|
Half-Bridge LLC Resonant Converter Design Using FSFR-Series Fairchild Power Switch (FPS™)
|
|
AN-9738
|
|
FAN7621,
FAN7621B,
FAN7621S,
FAN7930,
FAN7930B,
FAN7930C,
FAN9611,
FAN9612,
FDPF17N60NT,
FDPF7N60NZ,
FFPF08H60S,
FFPF20UA60DN,
FL7930B,
KA431,
KA431A,
KA431L,
KA431S,
LL4148,
LM358,
LM358A,
MMBT2222,
MMBT2222A,
MMBT2222AT,
MMBT2907,
MMBT2907A,
RS1M
|
Design Guideline on 150W Power Supply for LED Street Lighting Design Using FL7930B and FAN7621S
|
|
AN-4151SC
|
|
FAN7621,
FAN7621B,
FAN7621S,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS
|
Half-Bridge LLC Resonant Converter Design Using FSFR-Series Fairchild Power Switch (FPS™) (Chinese Translation)
|
|
AN-8035SC
|
|
|
Design Consideration for Boundary Conduction Mode Power Factor Correction (PFC) Using FAN7930 (Chinese Translation)
|
|
AN-8019
|
|
FAN8060,
FPF1005,
FPF1006,
FPF1009,
FPF1017,
FPF2000,
FPF2002,
FPF2003,
FPF2004,
FPF2005,
FPF2006,
FPF2007,
FPF2024,
FPF2025,
FPF2026,
FPF2027,
FPF2100,
FPF2101,
FPF2102,
FPF2103,
FPF2105,
FPF2106,
FPF2107,
FPF2108,
FPF2109,
FPF2116,
FPF2123,
FPF2124,
FPF2125,
FPF2142,
FPF2143,
FPF2146,
FPF2147,
FPF2163,
FPF2164,
FPF2165,
FPF2165R,
FPF2172,
FPF2174,
FPF2193,
FPF2194,
FPF2195,
FPF2200,
FPF2201,
FPF2202,
FPF2213,
FPF2214,
FPF2215,
FPF2223,
FPF2224,
FPF2225,
FPF2300,
FPF2302,
FPF2303,
FPF2310,
FPF2312,
FPF2313,
FPF2313L,
FPF2700,
FPF2701,
FPF2702
|
Reliable USB Modem Design Using the Combination of an Integrated Load Switch and a Buck Converter
|
|
AN-8019SC
|
|
FAN8060,
FPF1003A,
FPF1004,
FPF1005,
FPF1006,
FPF1007,
FPF1008,
FPF1009,
FPF1013,
FPF1014,
FPF1015,
FPF1016,
FPF1017,
FPF1018,
FPF1038,
FPF1039,
FPF1103,
FPF1104,
FPF1107,
FPF1108,
FPF1203,
FPF1204,
FPF1205,
FPF1206,
FPF1207,
FPF1208,
FPF2000,
FPF2001,
FPF2002,
FPF2003,
FPF2004,
FPF2005,
FPF2006,
FPF2007,
FPF2024,
FPF2025,
FPF2026,
FPF2027,
FPF2100,
FPF2101,
FPF2102,
FPF2103,
FPF2104,
FPF2105,
FPF2106,
FPF2107,
FPF2108,
FPF2109,
FPF2110,
FPF2116,
FPF2123,
FPF2124,
FPF2125,
FPF2142,
FPF2143,
FPF2146,
FPF2147,
FPF2163,
FPF2164,
FPF2165,
FPF2165R,
FPF2172,
FPF2174,
FPF2193,
FPF2194,
FPF2195,
FPF2200,
FPF2201,
FPF2202,
FPF2213,
FPF2214,
FPF2215,
FPF2223,
FPF2224,
FPF2225,
FPF2300,
FPF2302,
FPF2303,
FPF2310,
FPF2312,
FPF2313,
FPF2313L,
FPF2700,
FPF2701,
FPF2702
|
Reliable USB Modem Design Using the Combination of an Integrated Load Switch and a Buck Converter (Chinese Translation)
|
|
AN-8023SC
|
|
|
Negative Voltage Management Using a FAN8303 Buck Regulator (Chinese Translation)
|
|
AN-8023
|
|
|
Negative Voltage Management Using a FAN8303 Buck Regulator
|
|
AN-9754
|
|
|
FAN9611, 300W (FEBFAN9611_S01U300A), Low-Profile , PFC Evaluation Board User Guide
|
|
AN-9732
|
|
|
LED Application Design Guide Using BCM Power Factor Correction (PFC) Controller for 200W Lighting System
|
|
AN-9731
|
|
FAN9612,
FDLL4148,
FDLL4448,
FDLL914,
FDLL914A,
FDP12N60NZ,
FFPF08H60S,
FL7930B,
FL7930C,
MMBT2222A,
PN2222A,
PZT2222A
|
LED Application Design Guide Using BCM Power Factor Correction (PFC) Controller for 100W Lighting System
|
|
AN-9091
|
|
|
Boost PFC Inductor Design Guide for PFC SPMв Series
|
|
AN-9067
|
|
FCA20N60,
FCA20N60F,
FCA20N60_F109,
FCA47N60,
FCA47N60F,
FCA47N60_F109,
FCB20N60,
FCB20N60F,
FCH47N60,
FCH47N60F,
FCP11N60,
FCP11N60F,
FCP11N60N,
FDA20N50F,
FDA20N50_F109,
FDB12N50F,
FDD5N50,
FDD5N50U,
FDD6N50,
FDD6N50F,
FDH45N50F,
FDP20N50,
FDP20N50F,
FDPF10N50FT,
FDPF12N50FT,
FDPF12N50T,
FDPF13N50FT,
FDPF20N50,
FDPF20N50FT,
FDPF20N50T,
FDPF5N50FT,
FQA13N50CF,
FQL40N50,
FQL40N50F,
FQPF10N50CF,
FQPF11N50CF,
FQPF13N50CF,
FQPF8N60C,
FQPF8N60CF,
FQPF9N50CF
|
Analysis of MOSFET Failure Modes in LLC Resonant Converter
|
|
AN-8201
|
|
|
FCM8201 Three-Phase Sine-Wave BLDC Motor Controller
|
|
AN-FEBFCM8531_B01H300A
|
|
|
User Guide for FEBFCM8531_B01H300A Evaluation Board
|
|
AN-8202
|
|
|
FCM8531 User Manual Hardware Description
|
|
AN-8207
|
|
|
MCDS IDE (Integrated Development Environment)
|
|
AN-8203
|
|
|
FCM8531 User Manual Instruction Set
|
|
AN-8206
|
|
|
AMC Library: Sliding Mode
|
|
AN-8205
|
|
|
AMC Library Hall Interface
|
|
AN-8204
|
|
|
AMC Library: Speed Integral
|
|
AN-9068
|
|
FCP11N60,
FCP11N60F,
FCP11N60N,
FCP13N60N,
FCP16N60,
FCP16N60N,
FCP190N60,
FCP20N60,
FCP22N60N,
FCP36N60N,
FCP4N60,
FCP7N60,
FCP9N60N,
FCPF11N60,
FCPF11N60NT,
FCPF11N60T,
FCPF13N60NT,
FCPF16N60,
FCPF16N60NT,
FCPF20N60,
FCPF22N60NT,
FCPF7N60,
FCPF7N60NT,
FCPF9N60NT
|
Gate Resistor Design Guidelines for SupreMOS®
|
|
AN-9068SC
|
|
FCP11N60,
FCP11N60F,
FCP11N60N,
FCP13N60N,
FCP16N60,
FCP16N60N,
FCP190N60,
FCP20N60,
FCP22N60N,
FCP36N60N,
FCP4N60,
FCP7N60,
FCP9N60N,
FCPF11N60,
FCPF11N60NT,
FCPF11N60T,
FCPF13N60NT,
FCPF16N60,
FCPF16N60NT,
FCPF20N60,
FCPF22N60NT,
FCPF7N60,
FCPF7N60NT,
FCPF9N60NT
|
Gate Resistor Design Guidelines for SupreMOS® (Chinese Translation)
|
|
AN-7010
|
|
|
Choosing Power Switching Devices for SMPS Designs
|
|
AN-9066
|
|
FDA16N50_F109,
FDA18N50,
FDA20N50F,
FDA20N50_F109,
FDA24N40F,
FDA24N50,
FDA24N50F,
FDA28N50,
FDA28N50F,
FDA50N50,
FDB12N50F,
FDB12N50U,
FDB15N50,
FDD5N50,
FDD5N50U,
FDD6N50,
FDD6N50F,
FDH44N50,
FDH45N50F,
FDP12N50,
FDP18N50,
FDP20N50,
FDP20N50F,
FDP5N50NZ,
FDP7N50,
FDPF10N50FT,
FDPF10N50UT,
FDPF12N50FT,
FDPF12N50NZ,
FDPF12N50T,
FDPF12N50UT,
FDPF13N50FT,
FDPF16N50,
FDPF16N50T,
FDPF16N50UT,
FDPF18N50,
FDPF18N50T,
FDPF20N50,
FDPF20N50FT,
FDPF20N50T,
FDPF5N50FT,
FDPF5N50T,
RURP860
|
UniFET™ Optimized Switch for Discontinuous Current Mode Power Factor Correction
|
|
AN-7515
|
|
|
A Combined Single-Pulse and Repetitive UIS Rating System
|
|
AN-7514
|
|
|
Single-Pulse Unclamped Inductive Switching: A Rating System
|
|
AN-9763
|
|
FDB86135,
FDD86102,
FDD86102LZ,
FDD86113LZ,
FDD86252,
FDMC86102,
FDMC86102L,
FDMC86102LZ,
FDMC86116LZ,
FDMC86160,
FDMC8622,
FDMC86240,
FDMC86244,
FDMC86248,
FDMS86101,
FDMS86101A,
FDMS86101DC,
FDMS86103L,
FDMS86104,
FDMS86105,
FDMS86200,
FDMS86200DC,
FDMS8622,
FDMS86250,
FDT86113LZ,
FDT86244,
FDT86246,
FDT86256
|
Mid-Voltage Shielded PowerTrench® MOSFET in High Step-Up DC-DC for Edge-Lit LED TV Backlighting
|
|
AN-9757
|
|
|
Determination of Maximum Current Rating for Low RDSON DPAK and D2PAK MOSFETs
|
|
AN-1030
|
|
|
Design with MOSFET Load Switch
|
|
AN-FEBFDMQ8203-13W
|
|
|
User Guide for FEBFDMQ8203_13 W GreenBridge™ Evaluation Kit for Power Over Ethernet 13 W Flyback DC-DC
|
|
AN-FEBD850N10LD
|
|
|
User Guide for FEBFDD850N10LD_CS001 35 W Boost Converter for LED Drive using BoostPak
|
|
AN-9725
|
|
FDD3N50NZ,
FDD5N50,
FDD5N50NZ,
FDD5N50NZF,
FDD5N50U,
FDD6N50,
FDD6N50F,
FDD8N50NZ,
FDP10N60NZ,
FDP12N50,
FDP12N50NZ,
FDP12N60NZ,
FDP18N50,
FDP20N50,
FDP22N50N,
FDP5N50NZ,
FDP7N50,
FDP7N60NZ,
FDP8N50NZ,
FDPF10N60NZ,
FDPF12N50NZ,
FDPF12N60NZ,
FDPF16N50,
FDPF18N50,
FDPF20N50,
FDPF3N50NZ,
FDPF5N50NZ,
FDPF5N50NZF,
FDPF5N50NZU,
FDPF5N60NZ,
FDPF7N60NZ,
FDPF8N50NZ,
FDPF8N50NZF,
FDPF8N50NZU
|
Robust Body Diode Characteristics of the Latest Power MOSFETs, UniFET™ II for Resonant Converters
|
|
AN-9747
|
|
|
Assembly Guidelines for MicroFET™ 1.6x1.6mm Dual Packaging
|
|
AN-7536
|
|
|
FCS Fast Body Diode MOSFET for Phase-Shifted ZVS PWM Full Bridge DC/DC Converter
|
|
AN-9040
|
|
|
Assembly Guidelines for Power33 Packaging
|
|
AN-9055
|
|
FDMA1023PZ,
FDMA1024NZ,
FDMA1025P,
FDMA1027P,
FDMA1027PT,
FDMA1028NZ,
FDMA1029PZ,
FDMA1032CZ,
FDMA2002NZ,
FDMA291P,
FDMA3023PZ,
FDMA3028N,
FDMA410NZ,
FDMA420NZ,
FDMA430NZ,
FDMA507PZ,
FDMA510PZ,
FDMA520PZ,
FDMA530PZ,
FDMA6023PZT,
FDMA7630,
FDMA7632,
FDMA7670,
FDMA7672,
FDMA8878,
FDMA8884,
FDMA905P,
FDMA910PZ
|
Assembly Guidelines for MicroFET™ 2x2 Dual Packaging
|
|
AN-9053
|
|
FDMA1023PZ,
FDMA1024NZ,
FDMA1025P,
FDMA1027P,
FDMA1028NZ,
FDMA1029PZ,
FDMA1032CZ,
FDMA2002NZ,
FDMA291P,
FDMA3023PZ,
FDMA3028N,
FDMA410NZ,
FDMA420NZ,
FDMA430NZ,
FDMA507PZ,
FDMA510PZ,
FDMA520PZ,
FDMA530PZ,
FDMA7630,
FDMA7632,
FDMA7670,
FDMA7672,
FDMA8878,
FDMA8884,
FDMA905P,
FDMA910PZ
|
Assembly Guidelines for MicroFET 2X2 Packaging
|
|
AN-7526
|
|
|
Single Channel MicroFET™ 3x2 Power MOSFET Recommended Land Pattern and Thermal Performance
|
|
AN-9056
|
|
FDMC2512SDC,
FDMC2514SDC,
FDMC3020DC,
FDMC7660,
FDMC7660DC,
FDMC7660S,
FDMS2504SDC,
FDMS2506SDC,
FDMS2508SDC,
FDMS2510SDC,
FDMS7650,
FDMS7650DC,
FDMS7660
|
Using Fairchild Semiconductor Dual Cool™ MOSFETs
|
|
AN-9762
|
|
FDMC7660,
FDMC7660DC,
FDMC7660S,
FDMC7664,
FDMC7672,
FDMC7672S,
FDMC7678,
FDMC7680,
FDMC7692,
FDMC7692S,
FDMC7696
|
Fairchild Semiconductor Power33 Package Power MOSFET Solution in Multi-Cell Battery Protection Applications
|
|
AN-9057
|
|
|
Assembly Guidelines for Asymmetric Dual Power33 Packaging
|
|
AN-4154
|
|
|
MOSFETs for 60 W High-Power PoE Applications
|
|
AN-9746
|
|
|
Assembly Guidelines for MicroFET™ 1.6x1.6mm Packaging
|
|
AN-9050
|
|
|
FDMF6704 Power Loss Calculation
|
|
AN-9048
|
|
|
Assembly Guidelines for Fairchilds 6x6 DriverMOS Packaging
|
|
AN-9037
|
|
|
Assembly Guidelines for 8x8 MLP DriverMOS Packaging
|
|
AN-FEBFDMQ8203-25W
|
|
|
User Guide for FEBFDMQ8203_25 W GreenBridge™ Evaluation Kit for Power Over Ethernet 25 W Flyback DC-DC
|
|
AN-FEBFDMQ8203-30W
|
|
|
User Guide for GreenBridge™ Evaluation Kit for Power Over Ethernet 30W Active Clamp Forward DC-DC
|
|
AN-9759
|
|
|
GreenBridge™ to Replace Conventional Diode Bridge in Power Over Ethernet Applications
|
|
AN-9036
|
|
|
Guidelines for Using Fairchilds Power56
|
|
AN-4158
|
|
|
Symmetric Dual N-Channel Shielded Gate PowerTrench® MOSFETs for Half-Bridge DC-DC Converter in Telecommunication Brick Module Application
|
|
AN-9046
|
|
|
Assembly Guidelines for Dual Power56 Packaging
|
|
AN-7534
|
|
|
A New PSPICE Electro-Thermal Subcircuit For Power MOSFETs
|
|
AN-7532
|
|
|
A New PSPICE Electro-Thermal Subcircuit For Power MOSFETs
|
|
AN-9034
|
|
|
Power MOSFET Avalanche Guideline
|
|
AN-7004
|
|
|
Power Converter Topology and MOSFET Selection for 48-V Telecom Applications
|
|
AN-1028
|
|
FDT3612,
FDT3N40,
FDT434P,
FDT439N,
FDT457N,
FDT458P,
FDT459N,
FDT86102LZ,
FDT86106LZ,
FDT86113LZ,
FDT86244,
FDT86246,
FDT86256,
FQT13N06L,
FQT1N60C,
FQT1N80,
FQT3P20,
FQT4N20L,
FQT4N25,
FQT5P10,
FQT7N10,
FQT7N10L,
FSQ500L,
IRFM120A,
NDT014,
NDT014L,
NDT2955,
NDT3055,
NDT3055L,
NDT451AN,
NDT452AP,
NDT454P,
NDT456P
|
Maximum Power Enhancement Techniques for SOT-223 Power MOSFETs
|
|
AN-9045
|
|
|
WLCSP Assembly Guidelines
|
|
AN-4155
|
|
|
Fairchilds Second-Generation, Field-Stop, Shorted-Anode, Trench IGBTs for Induction Heating Applications
|
|
AN-9745
|
|
|
Design Guide for TRIAC Dimmable LED Driver Using FL7730
|
|
AN-1026
|
|
|
Maximum Power Enhancement Techniques for SuperSOT™-6 Power MOSFETs
|
|
AN-6024
|
|
|
FMS6xxx Product Series Understanding Analog Video Signal Clamps,Bias,DC-Restore, and AC or DC Coupling Methods
|
|
AN-9072
|
|
|
Smart Power Module Motion SPM&174; in SPM45H Mounting Guidance
|
|
AN-9071JA
|
|
|
Smart Power Module Motion-SPM™ in µMini-DIP SPM® Thermal Performance Guidance (Japanese)
|
|
AN-9070
|
|
|
Smart Power Module Motion SPM® in SPM45H
|
|
AN-9082
|
|
FSB50250,
FSB50250A,
FSB50250AS,
FSB50250AT,
FSB50250UD,
FSB50250US,
FSB50250UTD,
FSB50325A,
FSB50325AT,
FSB50325T,
FSB50450,
FSB50450A,
FSB50450AS,
FSB50450S,
FSB50450UD,
FSB50450US,
FSB50550A,
FSB50550AS,
FSB50550AT,
FSB50550T,
FSB50550US,
FSB50550UTD,
FSB50660SF,
FSB50660SFT,
FSB50760SF,
FSB50760SFT,
FSB50825AS,
FSB50825US
|
|
|
AN-9072JA
|
|
|
Smart Power Module Motion SPMв in SPM45H Mounting Guidance (Japanese)
|
|
AN-9071SC
|
|
|
Smart Power Module Motion-SPM™ in µMini DIP SPM® Thermal Performance Information (Chinese)
|
|
AN-9021
|
|
|
A Novel IGBT Inverter Module for Low-Power Drive Applications
|
|
AN-9071
|
|
|
Smart Power Module Motion SPM® in SPM45H Thermal Performance Information
|
|
AN-9044
|
|
FSBB15CH60,
FSBB15CH60C,
FSBB20CH60,
FSBB20CH60C,
FSBB20CH60CT,
FSBB30CH60,
FSBB30CH60C,
FSBF10CH60B,
FSBF10CH60BT,
FSBF10CH60BTL,
FSBF15CH60BT,
FSBF5CH60B
|
Smart Power Module Motion SPM® in Mini DIP SPM®
|
|
AN-9070JA
|
|
|
Smart Power Module Motion-SPM™ in µMini DIP SPM® (Japanese)
|
|
AN-9760
|
|
|
PCB Design Guidance for SPM®
|
|
AN-9090
|
|
|
PFC SPM® 3 Series Ver. 2 for Boost PFC Topology
|
|
AN-8020
|
|
FPF1005,
FPF1006,
FPF1009,
FPF1015,
FPF1017,
FPF1018,
FPF2000,
FPF2002,
FPF2003,
FPF2004,
FPF2005,
FPF2006,
FPF2007,
FPF2024,
FPF2025,
FPF2026,
FPF2027,
FPF2100,
FPF2101,
FPF2102,
FPF2103,
FPF2105,
FPF2106,
FPF2107,
FPF2108,
FPF2109,
FPF2116,
FPF2123,
FPF2124,
FPF2125,
FPF2142,
FPF2143,
FPF2146,
FPF2147,
FPF2163,
FPF2164,
FPF2165,
FPF2165R,
FPF2172,
FPF2174,
FPF2193,
FPF2194,
FPF2195,
FPF2200,
FPF2201,
FPF2202,
FPF2213,
FPF2214,
FPF2215,
FPF2223,
FPF2224,
FPF2225,
FPF2300,
FPF2302,
FPF2303,
FPF2310,
FPF2312,
FPF2313,
FPF2313L,
FPF2700,
FPF2701,
FPF2702
|
Integrated Slew Rate Controlled Switch Optimizing 1V Core in Mobile Systems
|
|
AN-9047
|
|
FPF1007,
FPF1008,
FPF1009,
FPF2100,
FPF2101,
FPF2102,
FPF2103,
FPF2104,
FPF2105,
FPF2106,
FPF2107,
FPF2108,
FPF2109,
FPF2110,
FPF2116,
FPF2123,
FPF2124,
FPF2125,
FPF2142,
FPF2143,
FPF2146,
FPF2147,
FPF2163,
FPF2164,
FPF2165,
FPF2165R,
FPF2172,
FPF2174,
FPF2193,
FPF2194,
FPF2195,
FPF2200,
FPF2201,
FPF2202,
FPF2213,
FPF2214,
FPF2215,
FPF2223,
FPF2224,
FPF2225
|
Assembly Guidelines for MicroFET-6 Packaging
|
|
AN-9748
|
|
|
The Smallest Integrated Slew Rate Switch for Peripheral Load Management in Smart Phones and Tablet PCs
|
|
AN-7007
|
|
|
Simplifying Portable Power Management and Protection Circuit Design Using the FPF200X Integrated Switch Product Family
|
|
AN-9761
|
|
|
Fully Integrated Input Power Path Management Switch for Dual-Battery Portable System
|
|
AN-4116
|
|
|
A Fairchild Power Switch (FPS) based on Switched Mode Power Supply for LCD Monitor Use
|
|
AN-9752
|
|
|
Design Guidelines for New-Generation FPS™ FSB-Series
|
|
AN-FEBFSB127H_T001
|
|
|
User Guide for FEBFSB127H_T001 Evaluation Board
|
|
AN-9044JA
|
|
FSBB15CH60,
FSBB15CH60C,
FSBB15CH60F,
FSBB30CH60,
FSBB30CH60C,
FSBB30CH60CT,
FSBB30CH60F,
FSBF10CH60B,
FSBF10CH60BT,
FSBF10CH60BTL,
FSBF15CH60BT,
FSBF5CH60B
|
Smart Power Module Motion SPM® in Mini DIP SPM® (Japanese)
|
|
AN-8024
|
|
FSBH0170NY_F116,
FSBH0170W,
FSBH0270,
FSBH0270A,
FSBH0270NY_F116,
FSBH0270W,
FSBH0370,
FSBH0370NY_F116,
FSBH0F70A_F116,
FSBH0F70WA,
KA431,
KA431A,
KA431L,
KA431S,
SB3100,
SB320,
SB330,
SB340,
SB350,
SB360,
SB380
|
Applying Fairchild Power Switch (FPS™) FSBH-series to Standby Auxiliary Power Supply
|
|
AN-4153
|
|
|
Designing Asymmetric PWM Half-Bridge Converters with a Current Doubler and Synchronous Rectifier using FSFA-Series Fairchild Power Switches (FPS™)
|
|
AN-4148
|
|
FSFM260,
FSFM300,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS,
FSL106HR,
FSL106MR,
FSL116HR,
FSL116LR,
FSL126HR,
FSL126MR,
FSL136HR,
FSL136MR,
FSL137H,
FSL206MR,
FSLV16211,
FSQ500L,
FSQ500N,
P6KE160CA
|
Audible Noise Reduction Techniques for FPS™ Applications
|
|
AN-4134SC
|
|
FSFM260,
FSFM300,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS,
FSL106HR,
FSL106MR,
FSL116HR,
FSL116LR,
FSL126HR,
FSL126MR,
FSL136HR,
FSL136MR,
FSL137H,
FSL206MR,
FSLV16211,
FSQ500L,
FSQ500N,
FSQ510,
KA431,
KA431A,
KA431L,
KA431S,
MBR3045PT,
MBR3060PT,
UF4003,
UF4007
|
Design Guidelines for Offline Forward Converters using FPS™ (Chinese Translation)
|
|
AN-4134
|
|
FSFM260,
FSFM300,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS,
FSL106HR,
FSL106MR,
FSL116HR,
FSL116LR,
FSL126HR,
FSL126MR,
FSL136HR,
FSL136MR,
FSL137H,
FSL206MR,
FSLV16211,
FSQ500L,
FSQ500N,
FSQ510,
KA5H0280R,
KA5H0380R,
KA5L0380R,
KA5M0280R,
KA5M0380R
|
Design Guidelines for Offline Forward Converters using FPS™
|
|
AN-4141
|
|
FSFM260,
FSFM300,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS,
FSL106HR,
FSL106MR,
FSL116HR,
FSL116LR,
FSL126HR,
FSL126MR,
FSL136HR,
FSL136MR,
FSL137H,
FSL206MR,
FSLV16211,
FSQ500L,
FSQ500N,
FSQ510,
KA431,
KA7805AE,
KA7805E
|
Troubleshooting and Design Tips for Fairchild Power Switch (FPS™) Flyback Applications
|
|
AN-4140
|
|
FSFM260,
FSFM300,
FSFR1600XS,
FSFR1700,
FSFR1700HS,
FSFR1700US,
FSFR1700XS,
FSFR1800,
FSFR1800HS,
FSFR1800US,
FSFR1800XS,
FSFR2000,
FSFR2100,
FSFR2100US,
FSFR2100XS,
FSL106HR,
FSL106MR,
FSL116HR,
FSL116LR,
FSL126HR,
FSL126MR,
FSL136HR,
FSL136MR,
FSL137H,
FSL206MR,
FSLV16211,
FSQ500L,
FSQ500N,
FSQ510
|
Transformer Design Consideration for Offline Flyback Converters Using Fairchild Power Switch (FPS™)
|
|
AN-9719
|
|
|
Applying Fairchild Power Switch (FPS™) FSL1x7 to Low-Power Supplies
|
|
AN-9719JA
|
|
|
Applying Fairchild Power Switch (FPS™) FSL1x7 to Low-Power Supplies (Japanese)
|
|
AN-7520
|
|
|
Numerical Method for Evaluating IGBT Losses
|
|
AN-9012
|
|
|
Induction Heating System Topology Review
|
|
AN-6861
|
|
|
Applying FAN6861 to Control a Flyback Power Supply with Surge Current Output
|
|
AN-1031
|
|
|
Considerations in Designing the Printed Circuit Boards of Embedded Switching Power Supplies
|
|
AN-42009
|
|
|
ML4824 Combo Controller Applications
|
|
AN-42045
|
|
|
ML4824, A Novel Method for an Off-Line PFC-PWM Combo Controller
|
|
AN-7517
|
|
|
Practical Aspects of Using PowerMOS Transistors to Drive Inductive Loads
|
|
AN-7516
|
|
|
Safe Operating Area Testing Without A Heat Sink
|
|
AN-1577
|
|
|
SG1577A Layout Guidelines
|
|
AN-5841
|
|
|
Applying SG5841 to Control a Flyback Power Supply
|
|
AN-6741
|
|
|
Flyback Power Supply Control with the SG6741
|
|
AN-6077
|
|
|
SG6742 - Highly Integrated Green-Mode PWM Controller
|
|
AN-6902
|
|
|
Applying SG6902 to Control a CCM PFC and Flyback/PWM Power Supply
|
|
AN-6846
|
|
|
Applying SG6846 to Control a Flyback Power Supply with Surge Current Output
|
|
AN-6858
|
|
|
Applying SG6858 to Control a Flyback Power Supply
|
|
AN-9020
|
|
|
IGBT Basic II
|
|
AN-4147
|
|
|
Design Guidelines for RCD Snubber of Flyback Converters
|
|
AN-6754
|
|
|
Design Guideline to Replace SG6742 with FAN6754
|
|
AN-7524
|
|
|
How to Determine Thermal Resistance for a Power Semiconductor Heat Sink in an SMPS
|
|
AN-9742
|
|
|
Devices selection guide for Half-Bridge Welding Machine [IGBT & Diode]
|
|
AN-7525
|
|
|
PCB Land Pattern Design and Surface Mount Guidelines for MicroFET™ Packages
|
|
AN-7513
|
|
|
Parallel Operation Of Semiconductor Switches
|
|
AN-7014
|
|
|
Using Integrated Modules to Improve Efficiency, Reliability and Size of Home Appliance Motor Drives
|
|
AN-9009
|
|
|
Analysis of a Resonant Type High Voltage Fly-back Converter in a CRT Horizontal Deflection Circuit and its High Voltage BJT Selection Guide-Line
|
|
AN-7531
|
|
|
Implementing A Primary Side Peak-Current-Mode Half-Bridge Converter
|
|
AN-7017
|
|
|
Reducing Power Losses in MOSFETs by Controlling Gate Parameters
|
|
AN-9067SC
|
|
|
AN-9067 Analysis of MOSFET Failure Modes in LLC Resonant Converter (Chinese Translation)
|
|
AN-7506
|
|
|
Spicing-Up Spice II Software For Power MOSFET Modeling
|
|
AN-42007
|
|
|
Safety, EMI and RFI Considerations
|
|
AN-9039
|
|
|
Using the FDMS2380 Dual Integrated Solenoid Driver
|
|
AN-7512
|
|
|
Parallel Operation Of Insulated Gate Transistors
|
|
AN-9016
|
|
|
IGBT Basics 1
|
|
AN-6003
|
|
|
"Shoot-through" in Synchronous Buck Converters
|
|
AN-7016
|
|
|
The Road to 200 Ampere VRM
|
|
AN-4145
|
|
|
Electromagnetic Compatibility for Power Converters
|
|
AN-7505
|
|
|
Improved IGBTs with Fast Switching Speed And High-Current Capability
|
|
AN-9070SC
|
|
|
Smart Power Module Motion-SPM™ in µMini DIP SPM® Chinese Translation
|
|
AN-9007
|
|
|
High Performance 1200V PT IGBT with Improved Short-Circuit Immunity
|
|
AN-6005
|
|
|
Synchronous Buck MOSFET Loss Calculations with Excel Model
|
|
AN-7018
|
|
|
Segmented Voltage Regulator Modules (VRM) as a Solution for CPU Core Voltage
|
|
AN-7504
|
|
|
The IGBTs - A New High Conductance MOS-Gated Device
|
|
AN-6037
|
|
|
Low Drop Out, Phase Margin, and Stability
|
|
AN-9014
|
|
|
Fairchild QFET® for Synchronous Rectification DC to DC Converters
|
|
AN-7503
|
|
|
The Application Of Conductivity-Modulated Field-Effect Transistors
|
|
AN-7502
|
|
|
Power MOSFET Switching Waveforms: A New Insight
|
|
AN-7500
|
|
|
Understanding Power MOSFETs
|