P O W E R - DigiKey Electronics Export/Supplier Content/Fairchild_261... · sg6961 bcM PFc 4. 10 diP-8, soP-8 Fan4810 ccM PFc . 00 diP-16, soic-16 sg6980 ccM PFc 4 10 diP-16, soic-16

S O L U T I O N SP O W E R

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www.fairchi ldsemi.com

Fairchild’s Power solutions

Fairchild Semiconductor is a global leader in delivering energy-efficient power analog, power discrete, and optoelectronic solutions. These products maximize energy savings in power-sensitive applications such as power adapters, power supplies, lighting applications, computers, industrial controls, and home appliances. Fairchild’s solutions drive efficiency while simplifying system design, reducing board space, improving system reliability, and speeding time-to-market. In addition, our Global Power ResourceSM –comprised of online tools, FAEs, and regional centers staffed by experienced power engineers– is the industry standard for customer design support.

Complete Power Solutions

Note: Fairchild provides products for those blocks highlighted in red.



table of contents

Power ManageMent ics ............................................................ 4Power Factor correctioN .............................................................................................................................................. 4 • PFC COnTROllERS ................................................................................................................................................... 4-5 isolated dc-dc ................................................................................................................................................................... 6 • PWM COnTROllERS ...................................................................................................................................................6 • FAIRChIld POWER SWITCh (FPS™)............................................................................................................................. 7-8 • FPS–hAlF-bRIdGE RESOnAnT COnvERTER .....................................................................................................................9 NoN-isolated dc-dc ........................................................................................................................................................ 10 • COnTROllERS And REGulATORS .......................................................................................................................... 10-12 Power drivers ................................................................................................................................................................. 13 • hIGh vOlTAGE GATE dRIvERS (hvICs) .........................................................................................................................13 • lOW-SIdE GATE dRIvERS ...........................................................................................................................................14 • SynChROnOuS RECTIFIER COnTROllER And dRIvER ..................................................................................................15 • SynChROnOuS-buCk/MulTI-PhASE dRIvERS .............................................................................................................16 suPervisory ics ................................................................................................................................................................ 17 • SuPERvISORS ............................................................................................................................................................17 voltage regulators ....................................................................................................................................................... 18 • ldOs And ShunT REGulATORS ............................................................................................................................ 18-19

Power seMiconductors ......................................................... 0diodes aNd rectiFiers ..................................................................................................................................................... 20 iNtegrated Power solutioNs ........................................................................................................................................ 21 • FET PluS dRIvER MulTI-ChIP MOdulES, drMOS, ..........................................................................................................21 • Full FunCTIOn lOAd SWITChES (IntelliMAx™) ............................................................................................................22 • InTEGRATEd MOSFET MOdulES .................................................................................................................................23 • SynChROnOuS RECTIFIER MOdulES (POWER-SPM™) ..................................................................................................24 traNsistors ..................................................................................................................................................................... 25 • IGbTs And POWER MOSFETs > 200v ..................................................................................................................... 25-31 • POWER MOSFETs < 200v ..................................................................................................................................... 32-35

oPtoelectronics ......................................................................6 • OPTOCOuPlERS ................................................................................................................................................... 36-38

global Power resourcesM ........................................................9desigN examPles.............................................................................................................................................................. 40 • 1.5W SInGlE OuTPuT buCk uSInG FSq510 FPS™ .....................................................................................................40 • 2.4W SInGlE OuTPuT buCk uSInG FSq311 FPS™ .....................................................................................................41 • 7W duAl OuTPuT SEPIC uSInG FSq0265 FPS™ .........................................................................................................42 • 25W SInGlE OuTPuT FlybACk uSInG FSq0365 FPS™ ................................................................................................43 • 70W OuTPuT llC RESOnAnT COnvERTER POWER SuPPly uSInG FSFR2100 .................................................................44 • 120W CCM PFC FlybACk POWER SuPPly uSInG SG6902 ..........................................................................................45 • ddR3 MEMORy POWER SuPPly ..................................................................................................................................46 • MulTI-OuTPuT dC-dC POWER SuPPly APPlICATIOn ......................................................................................................47 • MulTI-PhASE, hIGh-CuRREnT dC-dC POWER SuPPly ....................................................................................................48 • MulTIPlE vOlTAGE SOluTIOn FOR FPGAs uSInG Tinybuck™ (FAn2106) .........................................................................49 aPPlicatioN Notes & evaluatioN board highlights ............................................................................................... 50-51


www.fairchi ldsemi.com4

before Power Factor correction after Power Factor correction

simplified application circuits

standalone PFc controllers PFc/Pwm combo contollers

Power Factor Correction (PFC) Standalone and PFC/PWM Combo ControllersFairchild’s full line of both standalone PFC controllers and PFC/PWM combo controllers offer crucial cost and energy saving solutions that address the demanding requirements of a diverse range of medium and high power Switch Mode Power Supply (SMPS) designs.

Offerings include both boundary Conduction Mode (bCM) and Continuous Conduction Mode (CCM)

Synchronized clock output to reduce system noise and to synchronize to downstream converter

Patented one-pin voltage error amplifier with advanced input

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Power Factor correction

Power Factor correction pfc controllers



Power Factor correction pfc controllers

Power Factor Correction Stand Alone Controllers

Product Number Type Operating Current

(mA)Startup Current

(µA)Package

Fan77b bcM PFc 60 diP-8, soP-8

Fan78 bcM PFc . 40 diP-8, soP-8

Fan79 bcM PFc 1. 40 diP-8, soP-8

Fan70 bcM PFc 1. 40 diP-8, soP-8

sg6961 bcM PFc 4. 10 diP-8, soP-8

Fan4810 ccM PFc . 00 diP-16, soic-16

sg6980 ccM PFc 4 10 diP-16, soic-16

Power Factor Correction Combo Controllers

Product Number PFC ControlOperating Current

(mA) Startup Current

(µA)

PWM Duty Cycle Max. (%)

Package

Fan480-1 input current shaping Mode . 00 0 diP-8, soic-8

Fan480- input current shaping Mode . 00 0 diP-8, soic-8

Fan4800 average current Mode . 00 49 diP-16, soic-16

Ml4800 average current Mode . 00 49 diP-16, soic-16

sg6901a average current Mode 6 10 98 soic-0

sg690 average current Mode 6 10 8 soic-0



sg691 average current Mode 6 10 Programmable diP-0, soic-0

sg69 average current Mode 6 10 Programmable diP-16, soic-16

Ml484-1 average current Mode 16 700 0 diP-16, soic-16

Ml484- average current Mode 16 700 4 diP-16, soic-16

Ml4841 average current Mode 17 700 0 diP-16, soic-16

Ml486 average current Mode 700 0 diP-0

Note: bcm = boundary conduction mode; ccm = continuous conduction mode



isolated dc-dc pwm controllers

Pulse Width Modulator (PWM) Controllers Fairchild’s Green-mode PWM controllers have a function to minimize the standby power consumption enabling power supplies to meet international energy regulation requirements. The Green-mode function provides off-time modulation, which gradually decreases the switching frequency as the load drops under light load conditions. under zero-load conditions, the power supply enters burst mode.

burst mode operation diagram

VO

VFH

Ids

Vds

Time

VBURH VBURL

Frequency

Fosc

Fosc-GREEN

PWM Frequency

VFB-G VFB-NVFB

Frequency decreasing

PWM ControllersProduct Number

Number of Outputs

Control Mode

Switching Frequency

(kHz)

Supply Voltage Max. (V)

Ouput Current Max. (A)

Duty Cycle (%)

Startup Current (µA)

Package

Fan7601 1 current 00 0 0. 98 internal switch diP-8, so-8, ssoP-10Fan760 1 current 6 0 0. 7 internal switch diP-8, so-8, ssoP-10sg841 1 current Programmble 0 - 70 14 diP-8, so-8sg841J* 1 current Programmble 0 - 70 14 diP-8, so-8sg84Ja* 1 current Programmble 0 - 70 14 diP-8, so-8sg6741* 1 current Programmble 0 - 70 0 so-8sg674* 1 current 68 0 - 70 0 diP-8, so-8sg6846a* 1 current 68 - 90 0 diP-8, so-8sg6846c* 1 current 10 - 90 8 diP-8, so-8sg688 1 current Programmble 0 - 80 10 diP-8, sot-6sg689* 1 current 7 0 - 80 9 diP-8, sot-6Fan74 1 current 00 0 1 98 00 so-8Ka4 - Voltage 0 40 0.1 - 8000 diP-16Kaa Voltage - 40 0. - 8000 diP-16Ka84a 1 current 00 0 1 100 00 diP-8, so-14Ka84b 1 current 00 0 1 100 40 diP-8, so-14Ka84a 1 current 00 0 1 100 00 diP-8, so-14Ka84b 1 current 00 0 1 100 40 diP-8, so-14Ka844b 1 current 00 0 1 0 40 diP-8, so-14Ka84b 1 current 00 0 1 0 40 diP-16Ka846 current 00 40 0. 100 00 diP-16Ka88e 1 current 00 0 1 100 00 so-8Ka700c Voltage 00 4 0. - 1000 diP-16, so-16Ka7a 1 Voltage 600 0 1. 74 10 diP-8Ka7a 1 Voltage 600 0 1. 49 10 diP-8

Note: green-mode products are highlighted in green. * these parts include a “Frequency hopping” function that provides minimum line filters which supports reduced emi emission in power supply designs.

Primary-side Only CV/CC PWM ControllersProduct Number

Number of Outputs

Control Mode

Switching Frequency

(kHz)

Supply Voltage Max. (V)

Ouput Current Max. (A)

Duty Cycle (%)

Startup Current (µA)

Package

sgP400 1 current 68 0 - 80 8 diP-8, sot-6sgP100 1 current 4 0 - 80 10 so-8


www.fairchi ldsemi.com 7

isolated dc-dc fairchild power switch (fps™)

Fairchild’s FPS products cover a wide range of power supply applications—from small battery chargers to large televisions, up to 250W. These highly integrated FPS devices combine the functionality of a fully avalanche-rugged SenseFET, a current mode pulse width modulation (PWM) IC and various protection functions, to simplify design and improve system reliability. Fairchild’s FPS products provide the highest levels of efficiency to meet the standards as specified by International Regulatory Agencies.

lds (0.5A/div) time [5µs/div]

time [5µs/div]lds (0.5A/div)

Vds (200V/div)

Vds (200V/div)

lds (0.5A/div) time [5µs/div]

time [5µs/div]lds (0.5A/div)

Vds (200V/div)

Vds (200V/div)

vIn = 120vdC,

PO = 18W

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Green FPS™ e-Series™

Fairchild’s Green FPS™ e-Series™ provides high energy efficiency and system reliability in dvd players, set-top boxes, lCd monitors, and other power supply designs below 25W. based on Fairchild’s proprietary valley switching technique, these Green FPS products increase power conversion efficiency by 1% and reduce EMI up to 5db, when compared to conventional hard-switching topologies. utilizing an advanced burst mode operation, the Green FPS e-Series devices meet stand-by power regulations by reducing standby power consumption to below 0.2W at no load conditions (below 1W at 0.5W load).

vIn = 375vdC,

PO = 18W

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Features & BenefitsOptimized for valley switching operation

- Frequency clamp in the valley switching mode allows the efficiency levels to remain high at lighter load levels

high efficiency through minimum voltage switching

1% improvement over hard-switching topologies

low EMI through valley switching and inherent frequency modulation

up to 5db over hard-switching topologies

Advanced burst-mode operation for low standby power consumption and minimized audible noise

narrow frequency variation range over wide load and input voltage variation

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Pulse-by-pulse current limit

various protection functions: over load protection (OlP), over voltage protection (OvP), abnormal over current protection (AOCP), internal thermal shutdown (TSd)

under voltage lock out (uvlO) with hysteresis

Internal startup circuit

built-in soft-start (15ms)

Minimum component counts on primary side

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FsQ06rn FsQ06rn

ccm operation (fixed frequency, 55khz) dcm operation (quasi-resonant switching, 55khz < fs < 66khz)



isolated dc-dc fairchild power switch (fps™)

Fairchild Power Switch

Products

Drain Voltage Max. (V)

Static Drain-Source On-Resistance

Max. (V)

Peak Current

Limit (A)

Output Power Max. (W)Switching Frequency

(kHz)

Protections

Package@

85-265Vac@ 230Vac

Over Current

Over Load

Over Voltage

Thermal Shutdown

FsQ100 60 0. 8 1 67 no auto restart no auto

restart diP

FsQ11* 60 19 0.6 8 10 .6 auto restart

auto restart

auto restart

auto restart diP, lsoP

FsQ1* 60 19 0.6 10 1 89. auto restart

auto restart

auto restart


FsQ016rn* 60 10 0.9 1 1 .6 auto restart

auto restart

auto restart


FsQ06rn* 60 6 1. 16 0 .6 auto restart

auto restart

auto restart


FsQ06rn* 60 4. 1. 19 .6 auto restart

auto restart

auto restart


FsQ10* 700 0. 7 89. no auto restart no auto

restart diP, lsoP

FsQ0170rna 700 11 0.8 1 0 100 no auto restart

auto restart

auto restart diP

FsQ070rna 700 7. 0.9 16 4 100 no auto restart

auto restart

auto restart diP

FsQ070rna 700 4.7 1.1 19 7 100 no auto restart

auto restart

auto restart diP

FsdM046re 60 .6 1.8 48 6 67 auto restart

auto restart

auto restart

auto restart to-0F

FsdM06re 60 . . 60 70 67 auto restart

auto restart

auto restart

auto restart

i-PaK-6l, to-0F

FsdM076re 60 1.6 . 70 80 67 auto restart

auto restart

auto restart

auto restart to-0F

FsdM16rb 60 0.9 . 90 110 67 auto restart

auto restart

auto restart

auto restart to-0F

Kah080r 800 7 1. 0 4 100 auto restart

auto restart

auto restart

auto restart to-0F

Kah080r 800 . 40 100 auto restart

auto restart

auto restart

auto restart to-0F

Kal080r 800 . 40 0 auto restart

auto restart

auto restart

auto restart to-0F

KaM080r 800 7 1. 0 4 67 auto restart

auto restart

auto restart

auto restart to-0F

KaM080r 800 . 40 67 auto restart

auto restart

auto restart

auto restart to-0F

Fs7M0680 800 4 64 80 67 latch latch latch latch to-PFs7M0880 800 1. 88 104 67 latch latch latch latch to-P

FscQ06rt 60 . . 6 64 Qrc latch auto restart

auto restart latch to-0F

FscQ076rt 60 1.6 8 100 Qrc latch auto restart


FscQ096rt 60 1. 6 110 10 Qrc latch auto restart


FscQ16rt 60 0.9 7 140 170 Qrc latch auto restart






FscQ16rP 60 0.7 11. 10 0 Qrc latch auto restart

auto restart latch to-P

Fs6s16re 60 0.9 8 18 1 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-P

Fs6s16rb 60 0.6 9.7 160 19 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-P

Fs8s076rcb 60 1.6 4 70 90 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-0

Fs8s096rcb 60 1. 6 96 116 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-0

Fs6X040rJ 00 1. 1.4 14 (6~7Vdc) 00 no auto restart

auto restart

auto restart d-PaK-6l

Fs6X070rJ 00 0.1 .7 6 (6~7Vdc) 00 no auto restart

auto restart


Fs6X10rJ 00 0. . 6 (6~7Vdc) 00 no auto restart

auto restart


FsQ06r* 60 . 60 80 66.7 auto restart

auto restart

auto restart

auto restart to-0F

FsQ076r* 60 1.6 . 70 90 66.7 auto restart

auto restart

auto restart

auto restart to-0F

Note: green FPs products highlighted in green.* green FPs eseries with Fairchild’s proprietary valley switching technique.



Fairchild Power Switch

Products

Drain Voltage Max. (V)

Static Drain-Source On-Resistance

Max. (V)

Peak Current

Limit (A)

Output Power Max. (W)Switching Frequency

(kHz)

Protections

Package@

85-265Vac@ 230Vac

Over Current

Over Load

Over Voltage

Thermal Shutdown

FsQ100 60 0. 8 1 67 no auto restart no auto

restart diP

FsQ11* 60 19 0.6 8 10 .6 auto restart

auto restart

auto restart


FsQ1* 60 19 0.6 10 1 89. auto restart

auto restart

auto restart


FsQ016rn* 60 10 0.9 1 1 .6 auto restart

auto restart

auto restart


FsQ06rn* 60 6 1. 16 0 .6 auto restart

auto restart

auto restart


FsQ06rn* 60 4. 1. 19 .6 auto restart

auto restart

auto restart


FsQ10* 700 0. 7 89. no auto restart no auto

restart diP, lsoP

FsQ0170rna 700 11 0.8 1 0 100 no auto restart

auto restart

auto restart diP

FsQ070rna 700 7. 0.9 16 4 100 no auto restart

auto restart

auto restart diP

FsQ070rna 700 4.7 1.1 19 7 100 no auto restart

auto restart

auto restart diP

FsdM046re 60 .6 1.8 48 6 67 auto restart

auto restart

auto restart

auto restart to-0F

FsdM06re 60 . . 60 70 67 auto restart

auto restart

auto restart

auto restart

i-PaK-6l, to-0F

FsdM076re 60 1.6 . 70 80 67 auto restart

auto restart

auto restart

auto restart to-0F

FsdM16rb 60 0.9 . 90 110 67 auto restart

auto restart

auto restart

auto restart to-0F

Kah080r 800 7 1. 0 4 100 auto restart

auto restart

auto restart

auto restart to-0F

Kah080r 800 . 40 100 auto restart

auto restart

auto restart

auto restart to-0F

Kal080r 800 . 40 0 auto restart

auto restart

auto restart

auto restart to-0F

KaM080r 800 7 1. 0 4 67 auto restart

auto restart

auto restart

auto restart to-0F

KaM080r 800 . 40 67 auto restart

auto restart

auto restart

auto restart to-0F

Fs7M0680 800 4 64 80 67 latch latch latch latch to-PFs7M0880 800 1. 88 104 67 latch latch latch latch to-P

FscQ06rt 60 . . 6 64 Qrc latch auto restart


FscQ076rt 60 1.6 8 100 Qrc latch auto restart


FscQ096rt 60 1. 6 110 10 Qrc latch auto restart








FscQ16rP 60 0.7 11. 10 0 Qrc latch auto restart

auto restart latch to-P

Fs6s16re 60 0.9 8 18 1 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-P

Fs6s16rb 60 0.6 9.7 160 19 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-P

Fs8s076rcb 60 1.6 4 70 90 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-0

Fs8s096rcb 60 1. 6 96 116 synchroni-zation

auto restart

auto restart

auto restart

auto restart to-0

Fs6X040rJ 00 1. 1.4 14 (6~7Vdc) 00 no auto restart

auto restart


Fs6X070rJ 00 0.1 .7 6 (6~7Vdc) 00 no auto restart

auto restart


Fs6X10rJ 00 0. . 6 (6~7Vdc) 00 no auto restart

auto restart


FsQ06r* 60 . 60 80 66.7 auto restart

auto restart

auto restart

auto restart to-0F

FsQ076r* 60 1.6 . 70 90 66.7 auto restart

auto restart

auto restart

auto restart to-0F

isolated dc-dc fps–half-bridge resonant converter The FSFR2100 is a highly integrated Green FPS™ product that increases power efficiency and system reliability, and reduces valuable design time in resonant converter designs. Offering a “system-in-a-package” approach that integrates everything necessary to build reliable and efficient resonant converters, this power switch includes a pulse-frequency-modulation (PFM) controller with a high voltage gate driver circuit and two fast recovery MOSFETs (FRFET®) along with soft-start, burst-mode operation, and important protection features into a thermally-efficient 9-SIP package.

Features & Benefitsease of design • highly integrated 450W half-bridge resonant power switch

• Integrates PFM controller, high voltage gate driver circuit, two fast recovery MOSFETs (FRFET)

• no heatsink needed for normal power supplies up to 200W

• Minimum component count on primary-side

system efficiency • ZvS technique improves power efficiency and decreases EMI

• Advanced burst mode operation reduces power consumption to below 1W

system reliability • Excellent noise immunity due to built-in high-side drive circuit with common mode noise canceling technique

• Minimizes the effect of reverse recovery against abnormal operation conditions due to the MOSFET’s fast recovery body diodes

• built-in protection features: OvP, OlP, OCP, AOCP, TSd

VCC

Vin =400Vdc

C101220µF/450V

C10522µF/50V

R1047.2K

R1057.2K

C10812nF

C1076.8µF

R1073.9k

CON ControlIC

FSFR2100

R10211k?

R1010.2?

C102100pF

LVC C VD L

HVC C

VC T R

RT

CS

SG PG

Np

C106150nF

C10222nF/630V

JP110

R106270

D101IN4137

Ns

Ns

D211FYP2010DN

C2022200µF/

35V

Vo

C2012200µF/

35V

R2011k

R2021k

R20462k

C20412nF

R2062k

C20347nF

R20333k

R2057k

U3KA431

D212FYP2010DN

llc resonant half-bridge converter

Half-Bridge Resonant Converter

Product Number

Drain Voltage Max.(V)

RDS(ON)

Max. (V)

trr(ns)

Dt

(ns)

Output Power without Heatsink Max.

(VIN=350~400V)(W)

Output Power with Heatsink Max.

(VIN=350~400V)(W)

Package

FsFr100 600 0.8 10 0 00 40 9-siP



60

65

70

75

80

85

90

95

100

0.001 0.010 0.100 1.000

Pow

er E

ffici

ency

(%)

VIN=3.6V

VIN=4.2V

Load Current (A)

Features & Benefits (FAN5350)3Mhz/600mA dC-dC synchronous converter

16µA quiescent current

20mv transient response

Small footprint packaging – Wl-CSP: 5 bump 1 x 1.4mm – MlP: 6-lead, 3 x 3mm

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non-isolated dc-dc controllers and regulators

Fairchild’s highly integrated non-isolated dC-dC controllers and regulators provide solutions for today’s market demands that require lower power consumption, highly efficient integrated functions, and smaller packages.

VIN

CHF

PowerGood

Enable

CIN

COUT

CBOOT

RBIAS

L

RRAMP

RILM

RT

+5V

C4

C2

R2

C1

VCC BOOTQ1

Q2

Boot Diode

FAN2106

PWM+

DriverPower

MOSFETs

SW

PGND

PWM#

PB R1

R3

C3

RAMP

PGOOD

EN

ILIM

R(T)

COMP

AGND

VOUT

controller with drivers and mosFets in ultra-compact Package

Power efficiency vs. load current

Features & Benefits (FAN2106)6A, 24v input synchronous buck regulator

Wide input range 3v to 24v

Integrated module replaces one buck controller, two gate drivers, and two MOSFETs

Tinybuck™ (available) in MlP packaging saves 50% board space

Integrated boot diode minimizes board space

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transient response

load transient0ma to 00ma

Vout <0mV

CIN

4.7µF

L 1

COUT

VOUT

VIN

B2

A3

C1 C3

VIN

SWEN

GND

FB

A1

1µH

4.7µF

FaN5350

Fast load transient dcm-ccm-dcm




load transient0ma to 00ma

Vout <0mV

Controllers with Integrated Drivers and MOSFETs

Product Number

Type

Power InputOutput Current

PWM VOUTPWM

Voltage Outputs

(V)

Frequency Range(kHz)

Efficiency(%)

PackageMin.(V)

Max.(V)

(A)Min.(V)

Max.(V)

Fan001 sync. buck . . 1 0.8 Vin adj 100 9 MlP

Fan00 sync. buck . . 1 0.8 Vin adj 100 9 MlP

Fan011 sync. buck 4. . 1. 0.8 Vin adj 100 9 MlP

Fan01 sync. buck 4. . 1. 0.8 Vin adj 100 9 MlP

Fan01 sync. buck 4. . 0.8 Vin adj 100 9 MlP

Fan0lV0* sync. buck 4. . 0.8 Vin adj 100 9 MlP4x4

Fan10 sync. buck 4 0.8 Vin -1 adj 00 - 70 90 MlP

Fan106 sync. buck 4 6 0.8 90% of Vin adj 00 - 600 9 MlP

Fan07 sync. buck . . 0. 0.7 Vin Fixed/adj 800-100 9 MlPsot-

Fan08 sync. buck . . 0.8 0.8 Vin adj 100 9 MlP

Fan0 sync. buck .7 . 0.6 1.8 1.8 Fixed 000 94 MlPwl-csP

Fan sync. buck .7 . 1 0.7 1.97 adj 000 94 wl-csP

Controllers with Integrated Drivers

Product Number

Power InputNumber of

PWM Outputs Phases

PWM VOUT PWM Voltage Outputs

(V)PackageMin.

(V)Max.(V)

Min.(V)

Max.(V)

Fan06 16 1 0.9 1 adj, adj tssoP-8

Fan069 4 1 1 0.8 adj tssoP-16

Fan078 4. . 1 1 0.9 . adj MlP-4

Fan099 4 1 1 0.8 1 adj soic-16tssoP-16

Fan .6 4 1 1 80% Vin adj tssoP-14

Fan4 4 1 1 0.9 1 adj QsoP-16, tssoP-16

Fan6 4 1 0.9 1 adj, adj QsoP-8tssoP-8

Fan60a 4. . 1 1 0.8 adj soic-8

Fan60b 1. . 1 1 0.8 adj soic-8

* in development




Multi-Phase Controllers for CPU Vcore Applications

Product Number

Power InputNumber of

PWM Outputs Phases


(V)PackageMin.

(V)Max.(V)

Min.(V)

Max.(V)

Fan0Fc 9.6 14.4 1 0.8 1.6 adj MlP-

Fan09 9.6 14.4 1 0.8 1.6 adj MlP-40

Fan01 9.6 14.4 1 4 0.8 1.6 adj MlP-40

Fan0 9.6 14.4 1 4 0.8 1.6 adj MlP-40

Fan0 9.6 14.4 1 0.8 1.6 adj MlP-

Fan18 10.8 1. 1 to 0.16 .0 adj QsoP-0

Fan40 4 1 0.9 adj QsoP-8 tssoP-8

Controllers for DDR Applications

Product Number

Power InputNumber of PWM

Outputs


(V)PackageMin.

(V)Max. (V)

Min.(V)

Max. (V)

Fan06 16 0.9 1 adj, adj tssoP-8

Fan6 4 0.9 1 adj, adj QsoP-8tssoP-8

Controllers for ACPI Applications

Product Number


Outputs


(V)PackageMin.

(V)Max.(V)

Min.(V)

Max.(V)

Fan068 4. . 1 0.7 4 adj MlP-4

Fan078 4. . 1 0.9 . adj MlP-4

Controllers for Notebook Applications

Product Number


Outputs


(V)PackageMin.

(V)Max.(V)

Min.(V)

Max.(V)

Fan4 4 1 0.9 1 adj QsoP-16tssoP-16

Fan6 4 0.9 1 adj, adj QsoP-8tssoP-8

Synchronous and Asynchronous Boost Regulators

Part Number TypeVIN (V)

VOUT (V)

Load (mA)

Operating Frequency

(MHz)

Max. Efficiency

(%)

Shutdown Current

(µA)Package

Fan0 async 1.8 - . <0, adj 1.6 80 sot-

Fan1 async .7 - . <0, adj 0 1.6 88 sot-

Fana async .7 - . <0, adj 7 1.6 88 sot-

Fanb async 1.8 - . <0, adj 7 1.6 80 sot-

Fan6 async .7 - . <V, adj 1 1. 80 MlP x 6l

Fan48 sync 1.6 - 4. -, adj 00 PFM 9 1 MsoP-8



Power driVers high voltage gate drivers (hvics)

Fairchild’s high voltage gate drivers (hvICs) improve system reliability by utilizing an innovative common-mode dv/dt noise canceling circuit that provides excellent noise immunity. With a voltage capability up to 600v and a very fast switching speed (dv/dt=50v/ns (Max.)), these drivers are optimal for driving MOSFETs and IGbTs in a wide array of applications.

Features & Benefitsbetter noise immunity (due to noise canceling circuit

over high dv/dt common-mode noise)

IqbS and IqCC are lower than in competitive devices

Extended allowable negative vS swing to –9.8v for signal propagation at vCC=vbS=15v

•

•

•

Matched propagation delay below 50ns

uvlO functions for both channels

TTl-compatible input logic threshold levels

•

•

•

half-bridge-smPs

VCC Out400V (from PFC out)

Integrated Circuit Solution

FAN7361FAN7362FAN7382FAN7383

FAN73832

PWMController

FAN7380

BridgeRectifier

AC Source110/220V

BallastController

LampPFC

ballast

High Voltage Gate Drivers (HVICs)

Product Number

CircuitOffset

VoltageOutput Current

(mA)Delay Time

(nS) Shut-down

Dead Time

Control

QuiescentCurrent (µA) dv/dt

(V/ns)VB (V)

Package

Type Input to Output (V) Source Sink tON tOFF IQBS IQCC

Fan780 half-bridge to 600 90 180 1 10 no Fixed 4 70 0 -9.8 8-soP

Fan761 high side 1 to 1 600 0 00 10 90 no no 0 0 0 -9.8 8-soP

Fan76 high side 1 to 1 600 0 00 10 90 no no 0 0 0 -9.8 8-soP

Fan784 half-bridge to 600 0 00 180 170 Yes Fixed 0 600 0 -9.8 14-soP

Fan78 high & low side to 600 0 60 170 00 no no 4 70 0 -9.8 8-soP/diP

Fan78 half-bridge 1 to 600 0 60 00 170 Yes Vari-able 60 0 -9.8 14-soP

Fan78 half-bridge 1 to 600 0 60 80 180 Yes Vari-able 00 0 -9.8 8-soP/diP

Fan78 ch. high side to 600 0 60 110 110 no no 0 8 0 -9.8 14-soP

Fan788* Phase 6 to 6 600 0 60 10 10 no Fixed 0 160 0 -9.8 0-soP

Fan787* self oscillation 1 to 600 0 60 170 00 Yes Vari-able 0 0 0 -9.8 8-soP/diP

Fan771 high side 1 to 1 600 4000 4000 10 10 no no 60 0 -9.8 8-soP

Fan790* high & low side to 600 400 400 140 140 no no 4 6 0 -9.8 8-soP/diP

* in development



Power driVers low-side gate drivers

Fairchild’s low-side gate drivers (FAn31xx and FAn32xx) offer an unequaled combination of higher performance, smaller size and more input options for driving n-Channel power MOSFETs and IGbTs. Forty different devices provide choices of 2A, 4A, or 9A current ratings in single- or dual-channel versions. These drivers deliver fast switching and accurate timing to maximize efficiency in high frequency power converter designs.

Features & BenefitsPackage options: industry’s smallest packages (2 x 2 & 3 x 3mm MlP)

in addition to standard packages (SOIC, SOT)

Ease of design: CMOS or TTl input thresholds for all products

design flexibility: 2 inputs for each channel (dual-input or input + enable)

Maximize efficiency: short and well-controlled time delays for 1Mhz switching, paralleling drivers, and optimizing drive timing

Rugged: 20v (vdd to Gnd) abs max; >4kv ESd; >500mA reverse current; -40 to 125°C ambient temperature range

•

•

•

•

•

Low-Side Gate Drivers

Product Number TypeGate Drive(1) (Sink/Source)

(A)Input Thresholds Logic Package

Fan100 single a +. / -1.8 cMos, ttl single channel of two-input/one-output sot-, MlP-6

Fan6 dual a +.4 / -1.6 cMos, ttl dual inverting channels + dual enable soic-8, MlP-8

Fan7 dual a +.4 / -1.6 cMos, ttl dual non-inverting channels + dual enable soic-8, MlP-8

Fan8 dual a +.4 / -1.6 cMos, ttl dual channels of two-input/one-output, Pin config.1 soic-8, MlP-8

Fan9 dual a +.4 / -1.6 cMos, ttl dual channels of two-input/one-output, Pin config. soic-8, MlP-8

Fan dual 4a +4. / -.8 cMos, ttl dual inverting channels + dual enable soic-8, MlP-8

Fan4 dual 4a +4. / -.8 cMos, ttl dual non-inverting channels + dual enable soic-8, MlP-8

Fan dual 4a +4. / -.8 cMos, ttl dual channels of two-input/one-output soic-8, MlP-8

Fan11() single 9a +9 / -6 cMos, ttl single inverting channel + enable soic-8, MlP-8

Fan1() single 9a +9 / -6 cMos, ttl single non-inverting channel + enable soic-8, MlP-8

PWMIN

VDD

VDD

IN

Vin

AGND GND

OUT

IN IN

AGND GND

OUTBIAS

FAN3100

FAN3100

Forward converter with hybrid synchronous rectifier

TTL Input Thresholds12

10

8

6

4

2

04 6 8 10 12 14 16 18 20

VDD (V)

Inpu

t Thr

esho

lds

(V)

CMOS Input Thresholds12

10

8

6

4

2

04 6 8 10 12 14 16 18 20

VDD (V)

Inpu

t Thr

esho

lds

(V)

(1) typical currents with vdd = 12v and out at 6v. (2) in development



Power driVers synchronous rectifier controller & driver

The SG6203 is designed to control and drive the synchronous rectifier for a flyback converter. The synchronous signal of the primary switch is obtained by a single diode connected between the secondary transformer winding and the SG6203 so that no additional transformer winding is required, minimizing the circuit complexity.

Features & BenefitsAutomatic tracking for optimum dead time

Suitable for both CCM & dCM operation

Wide supply voltage range from 6v to 20v

no reverse energy flow at light load

built-in 18v Zener diode

•

•

•

•

•

One resistor for timing setting

Optional current sensing circuit

Current shunt

RC network

•

•

•

•

VAC

D2

D1

R1

Q1

D3 R2

R3

R4

R5 R6

C2C1

+

–

DET

RT

OP

GND

IN– IN+

VZ

VCC

C3 C4Q2

RB

Optional for VO higher than 18V

+

–

SG6203

synchronous rectifier diagram

Synchronous Rectifier Controller and Driver

Product NumberSupply Voltage

(V)

Max. DC Supply Voltage VCC (V)

Operating Current (mA)

Operation Mode Package

sg60 6 - 0 1.7 ccM & dcM soP-8, diP-8

Note: ccm = continuous conduction mode; dcm= discontinuous conduction mode



Power driVers synchronous buck/multi-phase drivers

Fairchild provides dual, high frequency MOSFET drivers, specifically designed to drive n-Channel power MOSFETs in a synchronous-rectified buck converter. These drivers, when combined with a Fairchild multi-phase pulse-width-modulated (PWM) controller and Fairchild power MOSFETs, form a complete core voltage regulator solution for advanced microprocessors.

Features & Benefits12v high-side and 12v low-side drive

Internal adaptive shoot-through protection

Fast rise and fall times

Switching frequency above 500khz

Available in single- and dual-phase

•

•

•

•

•

PWM

FAN5109B

VCC

PGND

LDRV

SW

HDRV

BOOT

VCC

2

3

12V

L1 VOUT

COUT

CBOOT

CVCC

Q1

Q2OD

OVERLAPPROTECTION

CIRCUIT

typical application

Synchronous Buck/Multi-Phase Drivers

Product Number # of PhaseVIN (V)

Operating Current (mA)

Switching Frequency (kHz)

Operating Temperature

(°C)Package

Fan109 1 1 . up to 00 0 to 8 soic-8

Fan109b 1 1 4 above 00 0 to 8 soic-8

Fan110* 1 .1 above 00 0 to 8 soic-16

** in development



suPerVisorY ics supervisors Fairchild’s family of supervisors is designed to provide the voltage and current supervisor function, remote on/off function (PSOn), power good (PGO) indicator function, and fault protection (FPO) function for switching power systems. These products also provide the over-voltage protection (OvP), over-current protection (OCP), and under- voltage protection (uvP) for 3.3v, 5v, and two 12v.

Features & Benefits (SG6520)Two 12v sense input pins: vS12 and vS12b

Over-voltage protection (OvP) for 3.3v, 5v, and two 12v

Over-current protection (OCP) for 3.3v, 5v, and two 12v

under-voltage protection (uvP) for 3.3v, 5v, and two 12v

Open drain output for PGO and FPO pins

300ms power good delay

300ms turn on delay for 3.3v, 5v and two 12v

2.8ms PSOn control to FPO turn-off delay

48ms PSOn control delay

no lockup during the fast AC power on/off

Wide supply voltage range from 4.2v to 15v

Programmable over temperature protection (OTP)

•

•

•

•

•

•

•

•

•

•

•

•

sg6520: typical application circuit with minimal external components

12V

12V

5V

3.3V

lo

5Vsb

PGI

PSON

VS12B

IS12B

RI

IS12

PSON

FPO

GND

PGI PGO

VDD

VS5

VS33

VS12

IS33

IS5

OTP

5Vsb

5Vsb

Output side12V

12V

5V

3.3V

NTC

RT

SG6520

* includes Pwm controller

Supervisor

Product Number

Operating Voltage Min.

(V)

Operating Voltage

(V Max.) PG Inputs Remote

Over Voltage Protection

Over Current Protection

Under Voltage Protection

Package

sg610 4 1 1 Yes Yes no Yes diP-8, soP-8

Fan7680 4 1 1 no Yes no Yes soP-8, diP-8

Fan7687 4 1 1 no Yes no Yes soP-14, diP-14

sg616 4 16 1 Yes Yes no Yes diP-14, soP-14

sg60 4 16 1 Yes Yes Yes Yes diP-16, soP-16

sg61 4. 16 1 Yes Yes Yes Yes diP-16, soP-16

sg6108* 4. . 1 Yes Yes Yes Yes diP-0

sg610a* 4. 16 1 Yes Yes no Yes diP-0

Fan78* 1 0 1 Yes Yes Yes Yes diP-4



Voltage regulators ldos and shunt regulators

Fairchild’s suite of voltage regulators offers flexible output voltages, space-saving packages, and multiple voltage tolerances to meet the challenges of power supply designs.

Features & Benefits Programmable output voltages

Temperature compensated

low output noise

Fast turn-on time

•

•

•

•

Linear Regulators (LDOs)

Product Number

Output Type

Preset Output Voltage Typ.

(V)

Adj. Output Voltage Output Current

(A)

Dropout Voltage

(V)

Input Voltage Max.

(V)PackageMin.

(V)Max. (V)

Fan1084 single adj/1./. 1. .7 4. 1. 7 to-0ab/to-(dPaK)/ to-6(dPaK)

Fan1086 single adj/./.8 ./.0 1. . 1. 1. 7.

sot-/to-(dPaK)/ to-6(dPaK)/to-(dPaK)/

to-6(dPaK)

Fan111 single 1. - - 1 1. 18 sot-/to-(dPaK)

Fan1117a single adj/1.8/. .8/./.0 1. 18 1 1.1 17 sot-/to-0ab/to-(dPaK)

Fan19b single . - - 1 1. 7 MlP

Fan140b single . - - 1 1. 7 MlP

Fan181 single adj/1./. 1. .7 0.6 7 to-6(dPaK)

Fan18 single adj/1./. 1. .7 0.6 7 to-6(dPaK)

Fan18a single adj/1. 1. 7 .4 1. 7 to-0ab/to-6(dPaK)

Fan187a single adj/1./. 1. .6 1. 1 to-0ab/to-(dPaK)/ to-6(dPaK)

Fan189 single 1. - - .7 1. 7 to-(dPaK)/to-6(dPaK)

Fan1616a single adj/1.8/. ./.0 1. 18 0. 1.1 18 sot-/to-(dPaK)

Fan16 single ddr Vtt 1.1 1.8 1.1 .6 MlP/soic/etssoP

Fan190 single 1.8/. - - 1. 0. 14 to-(dPaK)

Fan00 singleadj/./.6

.7/.8 .8/.0/.

1. 7 0.1 0.1 7 sot-

Fan01 single ./.6/.7/.8/.8/.0/. - - 0.1 0.1 7 sot-

Fan0 single adj/./.6/.7/.8.8/.0/. 1. 7 0.1 0.1 7 sot-

Fan0 single ./.6/.7/.8/.8/.0/. - - 0.1 0.1 7 sot-

Fan04 single adj/./.6/.7/.8.8/.0/. 1. 7 0. 0. 7 sot-

Fan0 single ./.6/.7/.8/.8/.0/. - - 0. 0. 7 sot-

Fan08 single adj/./.6/.7/.8.8/.0/. 1.8 7 0.0 0.0 7 sot-

Fan09 single ./.6/.7/.8/.8/.0/. - - 0.0 0.0 7 sot-



Voltage regulators ldos and shunt regulators

Linear Regulators (LDOs) - Continued

Product Number

Output Type

Preset Output Voltage Typ.

(V)

Adj Output Voltage Output

Current (A)

Dropout Voltage

(V)

Input Voltage Max. (V)

PackageMin. (V)

Max. (V)

Fan10 single adj/./.6/.7/.8/.8/.0/. 1. 7 0.1 0.1 7 sot-

Fan11 single ././.6/.7/.8/.8/.0 - - 0.1 0.1 7 sot-

Fan1 single adj/./.6/.7/.8/.8/.0/. 1. 7 0.1 0.1 6. sot-

Fan1 single ./.6/.7/.8/.8/.0/. - - 0.1 0.1 6. sot-

Fan14 single adj/./.6/.7/.8/.8/.0/. 1. 7 0. 0. 7 sot-

Fan1 single ./.6/.7/.8/.8/.0/. - - 0. 0. 7 sot-

Fan18 single adj/./.6/.7/.8/.8/.0/. 1. 7 0.0 0.0 7 sot-

Fan19 single ./.6/.7/.8/.8/.0/. - - 0.0 0.0 7 sot-

Fan8 single adj/1.0/1./1./1./1.8/./././.6/.8 1 . 0.18 0. . MlP/sot-

Fan9 single adj/1.0/1./1./1./1.8 1 . 0.18 0. . MlP/sot-

Fan60 single 1./1. - - 0. 0.07 . wl-csP

VI VO

VREF

R1

R2LM431A/B/C

V0 VrefR1R2

+1( )=

shunt regulator

Shunt Regulators

Product Number

DescriptionPreset Output Voltage

(V)

Adj Output Voltage

Min. (V)

Adj Output Voltage Max.

(V)

Tolerance (%)

Max Current

(mA)Package

lM41a adjustable . . 7 100 soic, to-9r

lM41b adjustable . . 7 1 100 soic, to-9r

lM41c adjustable . . 7 0.0 100 soic, to-9r



diodes and rectiFiers rectifiers Fairchild’s latest family of rectifiers (Stealth™ II and hyperfast II) features fast reverse recovery and soft recovery characteristics that enable reduced MOSFET switching losses and EMI in continuous-current mode (CCM) power factor correction (PFC) designs.

Features and BenefitsEnergy efficiency through high speed switching and low forward

voltage drop

System reliability attained by softer recovery characteristics

Space savings resulting from elimination of the snubber circuit and reduced EMI filter size

Applications include PFC in server/telecom, PdP Tv, computing, and adapters

•

•

•

•

Stealth II

Stealth™

Hyperfast™

10

8

6

4

2

0

-2

-4

-6-75 -50 -25 0 25 50 75 100 125

time (ns)

Ano

be c

urre

nt, I

AK

(A)

Diode Recovery in high temperature

125°CVCC = 390Vdi/dt=200A/us

Rectifiers

Product NumberVRRM

(V)IF(AV)

(A)IFSM

(A)

VF Max.(V)

tRR

Max.(ns)

Package

FFP04s60s 600 4 40 .6 to-0

FFPF04s60s 600 4 40 .6 to-0F

FFP04h60s 600 4 40 .1 40 to-0

FFPF04h60s 600 4 40 .1 40 to-0F

FFP08h60s 600 8 60 . 4 to-0

FFPF08h60s 600 8 60 . 4 to-0F

FFP08s60s 600 8 80 .6 0 to-0

FFPF08s60s 600 8 80 .6 0 to-0

FFPF10h60s 600 10 100 . 4 to-0F

FFP1s60s 600 1 10 .6 to-0

FFPF1s60s 600 1 10 .6 to-0F

FFh1s60s 600 1 10 .6 to-47

FFP0s60s 600 0 00 .6 40 to-0

FFh0s60s 600 0 00 .6 40 to-47

PFC/PWMCombo

DC VOUTAC VIN

Optically Isolated

Error Amplifier

BridgeRectifier

typical ac-dc application



The FDMFxxxx Series The FdMFxxxx series is Fairchild’s family of fully-optimized integrated driver plus MOSFET power stage solutions for applications requiring a high current synchronous buck converter.

Features & Benefits higher system efficiency

• higher efficiency than conventional discrete solutions under high, medium, and light load conditions

• Average power losses across the full operating range are reduced by 14% when compared to discrete solutions

critical space savings • Replaces three MOSFETs, one diode (Schottky or bootstrap) and one driver IC • Reduces 33% of component count compared to conventional discrete solutions

• Saves 72% to 85% of valuable board space

easier and Faster design

• designers no longer need to spend valuable time and resources in optimizing and matching FETs with respective drivers. Fairchild has already achieved this optimization within drMOS.

FET Plus Driver Multi-Chip Modules (DrMOS)

Product Number

DescriptionVIN Range

Typ. (V)

VOUT Range Typ. (V)

IOUT Max.(A)

Frequency Package

FdMF8704high efficiency/frequency

drMos module7 - 0 0.8 - . 1Mhz MlP 8 x 8

FdMF8704Vhigh efficiency/frequency drMos

module with Vr7 - 0 0.8 - . 1Mhz MlP 8 x 8

FdMF8700 standard drMos module 6.4 - 14 0.8 - . 0 00khz MlP 8 x 8

FdMF870 low current drMos module 6.4 - 14 0.8 - . 18 00khz MlP 8 x 8

FdMF6700 ultra-compact drMos module 6.4 - 14 0.8 - . 00khz MlP 6 x 6

integrated Power solutions fet plus driver mulit-chip module, drmos

Efficiency Comparison - DrMOS vs. Discrete Solution

60

70

80

90

100

0 10 20 30 40 50 60 70 80 90 100 110 120

Output Current (A)

FDMF8704 - Higher Efficiency DrMOS Solution

Conventional Discrete Solution

Effi

cien

cy (

%)

Test conditions:• Input voltage = 12v• Output voltage = 1.3v• Frequency = 300khz• Soak time = 10 sec• Inductor = 0.47µh• no heatsink• Airflow provided by vTT tool• 4 phase vR11 - compliant demo boards• Efficiency measured at the output of the buck converter

typical buck converter application circuit

VIN

VOUT

HS FET

LS FET

SchottkyDiode

Fairchild’sDrMOS

C

Controller Driver µP Load

standard 8mm x 8mm, 56-pin & ultra-compact 6mm x 6mm, 40-pin mlP packages



Fairchild’s IntelliMAx™ family of advanced full function load switches reduces board space, component count, and complexity in power management designs for the latest generation of battery-powered devices. This unique combination of protection, control, and fault monitoring features allows for a simple, space-saving solution in critical time-to-market product applications without sacrificing design performance.

Features & Benefits

IntelliMAX Load Switches

Product Number FamilyVIN Range

(V)RON (mΩ) Typ.

Current Limit Minimum (mA)

Package

FPF100x slew rate control 1. - . 0/0 slew rate control csP, MlP x

FPF00x Value current limiting 1.8 - . 700 0, 100 sc70-6

FPF14x /FPF18x reverse current protection 1.8 - . 110, 10 00, 400 MlP x/csP

FPF10x Value reverse current protection 1.8 - . 1 00, 400 sot-

FPF16x/FPF19x reverse current protection (0.1 – 1.a) 1.8 - . 110 10 - 100 adj MlP x/csP

FPF1x Value 0.1 – 1.a reverse current 1.8 - . 1 10 - 100 adj sot-

FPF17x output over-voltage protection (w/schottky) 1.8 - . 1 00 Power

FPF0x up to 0 Vin current limiting 4. - 0 80 400/800/

00 – 000 adj sot-

VOUT

FLAGB

GND

CONTROLLOGIC

UVLO

THERMALSHUTDOWN

CURRENT LIMIT

VIN

ON

error status flag for all fault current conditions (i limit, uVlo, thermal)

integrated current limit protection with fast response timeauto restart/shutdown modes reduce parasitic power consumption

input signal uVlo protection @ 1.6V with Vin rising

thermal shutdown @ 140°c with hysteresis

integrated Power solutions full function load switches, intellimax™

Product families address a wide operating voltage range (1.2v–20.0v)

Soft-start control reduces in-rush current

Integrated fixed and adjustable current-limit value

under-voltage lockout for system protection

Thermal shutdown to reduce excessive heating or system damage

•

•

•

•

•

Fast current limit response time

Optional flag for fault conditions, fault blanking and auto re-start to optimize fault condition management

low shutdown current to conserve critical battery life

Options for reverse current blocking capability

•

•

•

•



Vout

C

L

Vin

SchotkyDiode

HSFET

LSFET

ControllerPlus

DriverLoad

integrated Power solutions integrated mosfet modules The FdMS9600S and FdMS9620S are two integrated MOSFET modules that enable higher conversion efficiency while significantly reducing board space in synchronous buck designs. Each module in the FdMS96xx series combines a carefully selected high side and low side n-Channel MOSFET and one monolithically integrated Schottky diode into a single, space-efficient, 5mm x 6mm MlP package. The pin-out design of the FdMS96xx series is optimized for direct and easy connection in PCb layouts to standard driver ICs. This innovative package concept shortens design time and reduces parasitic inductances in board layout traces, improving overall system efficiency.

FDMS96xx Series

Product NumberVDS

(V)

VGS

(V)

Current

(A)

Max. RDS(ON) @ 10V Max. RDS(ON) @ 4.5V Typ. QgTOT @ 4.5V

HS (mV) LS (mV) HS (mV) LS (mV) HS (nC) LS (nC)

FdMs9600s 0 0 1 – 14 8. 1 6. 10 0

FdMs960s 0 0 7. – 10 1 1 9. 17 9

0 2 4 6 8 10 12 14 1660

65

70

75

80

85

90

95

Iout (A)

Effic

ienc

y (%

)

FDMS9600S

Discrete MLP 5 x 6 Combination

At higher current levels, the FDMS9600S outperforms

the discrete component solution.

Integrated MOSFET Module-Efficiency vs. Discrete Solutiontest conditions

• Vin = 1V, single phase board, Vout =1.V

• VdriVe =1V, Freq = 00khz

• ta = 0c, no heatsink

• one high side and one low side MosFet for the discrete MlP x 6 combination

• discrete MosFet ratings: – high side: 6.6m @ 10V Vgs, 1nc @ V Vgs – low side: .8m @ 10V Vgs, 4nc @ V Vgs

buck converter block diagram

Fairchild’s integrated mosFet module

Features & Benefitshigher efficiency compared to conventional discrete solutions • Optimized matching and sizing of high and low side MOSFETs for better efficiency in buck converters

• Integrated Schottky diode for improved low side MOSFETs performance

ultra-compact size • Space savings up to 50% vs. discrete options

Faster and easier design. Faster time to market • high side and low side MOSFETs internally connected

• Optimized pin-out for easier layout with standard driver ICs



integrated Power solutions synchronous rectification module (power-spm™)

Synchronous Rectification Module (Power-SPM)The Power-SPM product family is an application-optimized solution for more compact and more efficient synchronous rectification applications such as Internet server power supplies and telecom system power supplies. For higher efficiency, it includes built-in very low RdS(On) MOSFETs. In addition, it includes a superior gate driver that supports higher driving capability to be more suitable for these low RdS(On) MOSFETs. This Power-SPM device can be used in the secondary side of the PWM transformer of forward/bridge converters to provide high current rectification at output voltages ranging from 12 volts down to 5 volts.

Synchronous Rectification Modules

Product NumberBVDSS (V)

RDS(ON) Max. (mΩ)

Output Configuration

FPP06r001 7 4. <1V/0a Fets + driver

Fd6M016n0* 0 1.6 <V/48a dual Fets

Fd6M0n06* 60 . <1V/0a dual Fets

Fd6M04n08* 7 4. <1V/0a dual Fets

*in development

Buffer

D2

S2

D1 S1

IN1

VCC

IN2

VCC

14

1 2 3 4 5

7

6

8

9

10

15

11

12

13

OPTOFeedback

PWMController

V IN

IN2

VccOUT2

COM

IN1 OUT1

VOUT

AGND

Features and BenefitsReduces MOSFET stress and enhances system reliability by minimizing stray inductance

Integrated solution with few external components saves board space and provides higher power density and reliability

Robust package (SPM6) provides lower wired inductance and resistance

•

•

•



transistors igbts and power mosfets >200v

Fairchild Switching Technologies - High VoltageHigh Voltage MOSFET Technologies Voltage Range Applications

QFet® c-series 00V to 1000V

lighting ballast, Power supply, Flat Panel tV, PFc

QFet® V-series 00V to 00V

uniFet™ 10V to 60V

superFet™ 600V and 60V

superFet™ FrFet 00V and 600V

supreMos™ 600V and 60V

High Voltage IGBT Technologies Voltage Range Applications

Planar 00V to 100V

drives, uPs, Photovoltaic, inductive heating

nPt trench igbt 1000V and 100V

sMPs igbt 600V and 100V

Field stop (Fs) igbt 600V, 100V

standard igbt Modules 600V

Fairchild offers an array of switching solutions for each application.

Package Type Package Image Package Type Package Image

to-P to-PF

dPaK 1-PaK

d-PaK i-PaK

to-16 8-diP

to-47 to-64

to-9 to-9l

to-0 to-0F

8-soP sot-



transistors igbts

IGBTs Fairchild’s IGbTs are optimized for switch mode power supply designs offering better vSAT and EOFF. Additionally, this control smoothes the switching waveforms for less EMI. IGbTs are manufactured using stepper-based technology which offers better control and repeatability of the top side structure, thereby providing tighter specifications.

IGBTs vs. MOSFETs Reduce conduction losses due to low saturation voltage

Reduce current tail, reduce switching losses

Improve transistor and system reliability

IGbTs superior in current density facilitates higher output power

•

•

•

•

Reduce System Cost Smaller die size for higher voltages reduces overall costs

May eliminate components

Increase operating frequency and reduce transformer/filter costs

Fastest switching IGbTs in the market today

•

•

•

•

VCE(SAT) (V)

Eoff

(µJ/

A)

TC=25°C

1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4

35

30

25

20

15

10

Field-Stop

NPT

PT V2

VCE(SAT) (V)

Eoff

(µJ/

A)

TC=125°C

PT V2

NPT

Field-Stop

1.2 1.4 1.6 1.8 2.0 2.2 2.4

80

70

60

50

40

30

20

10

600v igbt trade-off curve(eoFF vs vce(sat))VCE(SAT) (V)

Eoff

(µJ/

A)

TC=25°C

1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4

35

30

25

20

15

10

Field-Stop

NPT

PT V2

VCE(SAT) (V)

Eoff

(µJ/

A)

TC=125°C

PT V2

NPT

Field-Stop

1.2 1.4 1.6 1.8 2.0 2.2 2.4

80

70

60

50

40

30

20

10



transistors igbts

IGBTs

Product Number BVCES Min.

(V)IC

(A)

VCE(sat) Typ. (V)

tf Typ. (ns)

Built in Diode Package

FgPF0n0 00 0 1.8 180 no to-0FFgPF70n0t 00 70 1.8 170 no to-0FFgh0n 00 7 1. 1 no to-47Fga90n0 00 90 1.9 140 no to-PFga90n0d 00 90 1.9 140 Yes to-PFgP90n0 00 90 1.9 140 no to-0 FgPF90n0 00 90 1.9 10 no to-0FFgPF90n0d 00 90 1.9 10 Yes to-0FFga10n0d 00 10 1.9 10 Yes to-PFgPF10n0 00 10 1.9 140 no to-0FFga180n0d 00 180 1.9 140 Yes to-PFgPF7n60lsd 600 7 1.4 0 Yes to-0Fhgt1s7n60cds 600 7 1.6 140 Yes to-6(dPaK)hgtP7n60cd 600 7 1.6 140 Yes to-0 hgtPn60a4 600 8 47 no to-0 hgtPn60a4d 600 8 47 Yes to-0 hgtP1n60cd 600 1 1.6 10 Yes to-0hgt1s7n60cd 600 14 1.6 140 Yes to-0hgtd7n60cs 600 14 1.6 140 no to-(dPaK)hgtg7n60a4 600 14 1.9 140 no to-Phgtg7n60a4d 600 14 1.9 4 Yes to-47hgtP7n60a4 600 14 1.9 4 no to-0 hgtP7n60a4d 600 14 1.9 4 Yes to-0 hgtg0n60bd 600 0 1.8 10 Yes to-47hgtg1n60a4 600 18 no to-47hgtg1n60a4d 600 18 Yes to-47hgtP1n60a4 600 18 no to-0 hgtP1n60a4d 600 18 Yes to-0 FgaF40n60uF 600 40 . no to-PFFgaF40n60uFd 600 40 . no to-PFFgh80n60Fd* 600 40 1.8 0 no to-47hgt1s0n60a4s9a 600 40 1.8 no to-6(dPaK)hgtg0n60a4 600 40 no to-47hgtg0n60a4d 600 40 7 Yes to-47hgtP0n60a4 600 40 1.8 no to-0 hgtg0n60a4 600 60 1.8 8 no to-47hgtg0n60a4d 600 60 1.8 8 Yes to-47Fga0n100bntd 1000 0 1. 10 Yes to-PFga0n100bntd 1000 0 1. 10 Yes to-PFgl60n100bntd 1000 60 . 10 Yes to-64hgtd1n10bns 100 . . 6 no to-(dPaK)Fga1n10and 100 1 .4 60 Yes to-PFga0n10Ftd* 100 0 1.6 17 no to-PnFgan10antd 100 100 Yes to-PFgl40n10and 100 40 .6 40 Yes to-64

*New Field stop igbts



transistors power mosfets >200v

High Voltage MOSFETsFairchild’s MOSFET portfolio is one of the industry’s broadest with outstanding low on-resistance and low gate charge performance. This is the result of proprietary technologies such as the SuperFET™, qFET™, uniFET™, and FRFET® MOSFETs. Fairchild’s extensive packaging solutions have advantages such as superior size, low package height, and excellent thermal and electrical performance.

Features & Benefitsultra-low RdS(On) resulting in low conduction

losses and improved efficiency

best-in-class di/dt rating that allows the devices to operate at higher frequencies to ensure ruggedness and reliability

lower switching losses due to lower effective output capacitance (COSS.eff) that allows high frequency switching.

•

•

•

electronic ballast

C

C

L

C

D

PFC

DC IN

AC IN

BridgeRectifier

L

Lamp

40

35

30

25

20

15

10

5

0

Figu

re o

f Mer

it (

-nC

)

Planar MOSFET SuperFET

Planar MOSFET SuperFET

50

40

30

20

10

0

A*R

DS(

ON

) (m

cm

2 )

Planar MOSFET SuperFET Planar MOSFET SuperFET

Die Shrink,35% at samedrain current

1"

1"

0.65"

0.65"

Metal

Source

N Epi Layer(Pplanar)

Repi

RifetRchannel

RsubstrateN+ Substrate

Drain

InsulatorPoly

N+ P+

P

N EpiLayer

(PSuperFET)

P pillar

Metal

Source

Repi

RifetRchannel

RsubstrateN+ Substrate

Drain

InsulatorPoly

N+ P+

P

trr characteristic

SuperFET FRFET

SuperFET

SuperFET™ technology utilizes a stripe-based horizontal layout with vertical deep P-stripes, which significantly reduces on-resistance and enhances avalanche energy in commutation mode. It implements a compensation region using multi-epi layers, which lower resistance in the vertical drift region of a MOSFET in order to improve the on-resistance.

FRFET offers over 50% improvement in diode reverse recovery characteristics (qrr, Trr) which is ideal for phase-shifted full bridge topologies (ZvS) and half-bridge/full-bridge topologies (hard switching).




UniFET

Product NumberBVDSS

Min. (V)

RDS(ON) Max. (Ω) @ VGS =10V

Qg Typ. (nC)@VGS=10V

ID (A)

Package

Fdd6n0tF 00 0.8 4.7 4. to-(dPaK)

Fdd6n0tM 00 0.8 4.7 4. to-(dPaK)

Fdd6n 0 1.1 4. 4.4 to-(dPaK)

Fdb8n0tM 00 0.1 9 8 to-6(dPaK)

Fdb14n0 00 0.9 18 14 to-6(dPaK)

FdPF14n0 00 0.9 18 14 to-0F

FdP4n40 400 0.18 46 4 to-0

Fddn40 400 .4 4. to-(dPaK)

Fdun40 400 .4 4. to-1(iPaK)

FdP0n0 00 0. 4.6 0 to-0

FdPF0n0 00 0. 4.6 0 to-0F

FdPF0n0t 00 0. 4.6 0 to-0F

Fda0n0 00 0. 4.6 to-P

FdP0n0F 00 0.6 0 0 to-0

FdPF0n0Ft 00 0.6 0 0 to-0F

Fda0n0F 00 0.6 0 to-Pn

FdP18n0 00 0.7 4 8 to-0

FdPF18n0 00 0.7 4 8 to-0F

FdPF18n0t 00 0.7 4 8 to-0F

Fda18n0 00 0.7 4 19 to-Pn

FdPF16n0 00 0.8 16 to-0F

FdPF16n0t 00 0.8 16 to-0F

Fda16n0 00 0.8 16. to-P

FdP16n0 00 0.9 16 to-0

FdPF1n0Ft 00 0.4 0 1 to-0F

Fdb1n0tM 00 0.6 11. to-6(dPaK)

FdP1n0 00 0.6 11. to-0

FdPF1n0t 00 0.6 11. to-0F

Fdd6n0 00 0.9 1.8 6 to-(dPaK)

FdPF7n0 00 0.9 1.8 7 to-0F

Fdd6n0F 00 1.1 1 . to-(dPaK)

FdPF7n0F 00 1.1 1 6 to-0F

FdPFn0t 00 1.4 11 to-0F

FdPFn0Ft 00 1. 11 4. to-0F

FdPF1n6 60 0.44 48. 1 to-0F

FdP1n6 60 0.44 48. 1 to-0

Fda1n6 60 0.44 48. 16 to-Pn




SuperFET

Product NumberBVDSS Min.

(V)RDS(ON) Max. (Ω)

@ VGS =10VQg Typ. (nC)@VGS=10V

ID (A)

Package

Fca47n60 600 0.07 10 47 to-P

Fca47n60_F109 600 0.07 10 47 to-Pn

Fch47n60 600 0.07 10 47 to-47

Fch47n60F 600 0.07 10 47 to-47

Fca0n60_F109 600 0.19 7 0 to-Pn

Fca0n60F 600 0.19 7 0 to-Pn

Fcb0n60 600 0.19 7 0 to-6(dPaK)

Fcb0n60F 600 0.19 7 0 to-6(dPaK)

Fch0n60 600 0.19 7 0 to-47

FcP0n60 600 0.19 7 0 to-0

FcPF0n60 600 0.19 7 0 to-0F

FcPF16n60 600 0.6 0 16 to-0F

Fca16n60_F109 600 0.6 16 to-Pn

Fca16n60 600 0.6 16 to-P

FcP16n60 600 0.6 16 to-0

Fcb11n60 600 0.8 40 11 to-6(dPaK)

Fcb11n60F 600 0.8 40 11 to-6(dPaK)

Fci11n60 600 0.8 40 11 to-6(iPaK)

FcP11n60 600 0.8 40 11 to-0

FcP11n60F 600 0.8 40 11 to-0

FcPF11n60 600 0.8 40 11 to-0F

FcPF11n60F 600 0.8 40 11 to-0F

FcPF11n60t 600 0.8 40 11 to-0F

Fcd7n60 600 0.6 7 to-(dPaK)

Fci7n60 600 0.6 7 to-6(iPaK)

FcP7n60 600 0.6 7 to-0

FcPF7n60 600 0.6 7 to-0F

Fcu7n60 600 0.6 7 to-1(iPaK)

Fcdn60 600 0.9 16 4.6 to-(dPaK)

Fcun60 600 0.9 16 4.6 to-1(iPaK)

Fcd4n60 600 1. 1.8 .9 to-(dPaK)

FcP4n60 600 1. 1.8 .9 to-0




Fast Recovery MOSFETs (FRFET®)

Product NumberBVDSS Min.

(V)RDS(ON) Max. (Ω)

@ VGS = 10VQg Typ. (nC) @

VGS = 10VID

(A)PD

(W)trr Typ.

(ns)Package

Fddn0F 00 1.70 8 4. 40 6 to- (dPaK)

FdPFn0Ft 00 1. 11 .0 8 6 to-0F

FQPFn0cF 00 1. 18 .0 8 6 to-0F

FQbn0cF 00 1. 18 .0 96 8 to-6 (dPaK)

Fdd6n0F 00 1.1 1 . 89 7 to- (dPaK)

FdPF7n0F 00 1.1 1 6.0 8. 8 to-0F

FQPF9n0cF 00 0.8 8 9.0 44 100 to-0F

FQb9n0cF 00 0.8 8 9.0 17 100 to-6 (dPaK)

FQPF10n0cF 00 0.61 4 10.0 48 0 to-0F

FQPF11n0cF 00 0. 4 11.0 48 90 to-0F

FQP11n0cF 00 0. 4 11.0 19 90 to-0

FdPF1n0Ft 00 0.70 1 11. 4 9 to-0F

Fdb1n0F 00 0.68 1.0 16 9 to-6 (dPaK)

FQPF1n0cF 00 0.4 4 1.0 48 100 to-0F

FdPF0n0Ft 00 0.6 0 0.0 8. 14 to-0F

FQPF8n60cF 600 1.0 8 6. 48 8 to-0F

FQb8n60cF 600 1.0 8 6. 147 8 to-6 (dPaK)

FQPF10n60cF 600 0.80 44 9.0 0 10 to-0F

FcPF11n60F 600 0.8 40 11.0 6 10 to-0F

FcP11n60F 600 0.8 40 11.0 1 10 to-0

Fca0n60F 600 0.19 7 0.0 08 160 to-Pn

Fcb0n60F 600 0.19 7 0.0 08 160 to-6 (dPaK)



transistors power mosfets <200v

Fairchild’s <200v power MOSFETs have been specifically designed to improve the efficiency of dC–dC converters. leveraging new techniques in MOSFET construction, the various components of gate charge and capacitance have been optimized to reduce switching losses. low gate resistance and very low Miller charge enable excellent performance with both adaptive and fixed dead time gate drive circuits. very low RDS(ON) has been maintained to provide an extremely versatile device.

Features & Benefits high performance trench technology for extremely

low RdS(On) and gate charge

RohS compliant

State-of-the-art packaging provides low thermal resistance

•

•

•

Overview of Fairchild Packaging TechnologyPackage Type Package Image Dimension (mm) Package Type Package Image Dimension (mm)

bga 1.x1. 1. x 1. soic-14 14 leads

MlP 8lead dual x 1.9 soic-16 16 leads

MlP 8lead single x 1.9 so-8 x 6

MicroPak™ 6, 8, & 10 leads so-8 FMlP x 6

MlP x x ssot-6 x

MlP x x ssot-6 FMlP x

MlP (MicroFet™) x tssoP-8 .1 x 6.6

dQFn 14, 16, 0, 4 leads wl-csP lead 1 x 1.7

sc70-6 x .1 wl-csP 6 lead 1 x 1.

sc7 FMlP 1.7 x .1 wl-csP 8 lead 1.1 x 1.1




Flyback Converter Electronic Ballast

Half-bridge Converter Full-bridge Converter

AC IN

Bridgerectifier

DC INL

D D

+

C

PFC

–

C

+

–

AC IN

Bridgerectifier

DC INL

D

+

CC

PFC

–

LD

D

+

–

AC IN

Bridgerectifier

DC INL

L

D

+

C

PFC

–

C

C

+

–

AC IN

Bridgerectifier

DC INL

D

+

CC

PFC

–

LD

D

+

–

Lamp



AC IN

Bridgerectifier

DC INL

D D

+

C

PFC

–

C

+

–

AC IN

Bridgerectifier

DC INL

D

+

CC

PFC

–

LD

D

+

–

AC IN

Bridgerectifier

DC INL

L

D

+

C

PFC

–

C

C

+

–

AC IN

Bridgerectifier

DC INL

D

+

CC

PFC

–

LD

D

+

–

Lamp



AC IN

Bridgerectifier

DC INL

D D

+

C

PFC

–

C

+

–

AC IN

Bridgerectifier

DC INL

D

+

CC

PFC

–

LD

D

+

–

AC IN

Bridgerectifier

DC INL

L

D

+

C

PFC

–

C

C

+

–

AC IN

Bridgerectifier

DC INL

D

+

CC

PFC

–

LD

D

+

–

Lamp

60V - 220V MOSFET in MLP 3 x 3

Part Number VDS (V)

VGS (V)

RDS(ON) Max. (mΩ) Qg (nC)

Qgd (nC)

ID (A)@ 10V @ 6V

FdMc614 -60 0 100 1 1. .7 .7

FdMcP -10 0 100 - 6. . 1.

FdM6 100 0 60 80 1 .4 4.4

FdMc610 00 0 00 1 1. .6 .

FdMc674 0 0 66 - 1.7 .9 1

60V - 220V MOSFET in MLP 5 x 6

Part Number VDS (V)

VGS (V)

RDS(ON) Max. (mΩ) Qg (nC)

Qgd (nC)

ID (A)@ 10V @ 6V

FdMs67 60 0 11. 16. 8. 10.6

FdMs* 60 0 6.1 8. 0 - 1.

FdMs00* 7 0 11 14 7 14 11

FdMs7 80 0 16. 4 8 8 8.8

FdMs66* 100 0 1 - 0 17 8.9

FdMs67 100 0 9 1 8 7.4

FdMs7 10 0 47 1 7 4.

FdMs67 00 0 77 88 0 9 4

FdMs74 0 0 1 1 0 9 .8* in development

60V - 100V MOSFETs in TO-220 & D2PAK

Part NumberVDS (V)

VGS (V)

RDS(ON) Max. (mΩ) @ 10V

Qg (nC)

Qgd (nC)

Package

Fdb09n06* 60 0 <.9 181 47 dPaK

FdP00n06* 60 0 <.0 181 47 to-0

FdP047n08* 7 0 4.7 110 8 to-0

Fdb06n08* 7 0 <.6 184 0 dPaK

FdP07n08* 7 0 <.7 184 0 to-0

FdP047n10* 100 0 4.7 188 to-0

FdP090n10* 100 0 9 88 to-0

FdP100n10 100 0 10 76 0 to-0

* in development




synchronous buck for dc–dc applications

+

VOUT

– +

VOUT

–

+

VIN

–

VIN

DC – DCController

30V MOSFET in MLP 3x3

Product Number

ConfigurationVDS (V)

VGS (V)

RDS(ON) Max. (mΩ) Qg Typ (nC) Qgd Typ

(nC)ID

(A)@ 10V @ 4.5V @ 10V @ 4.5V

FdMc84 single 0 ±0 6.4 44 4 10 14FdMc884 single 0 ±0 .7 7.6 41 1 6.6 1FdMc8676 single 0 ±0 8 10 0 10 . 1FdM696 single 0 ±0 10. 1 1 11.FdMc8878 single 0 ±0 14 17 18 9 10FdMc8678s syncFet 0 ±0 6 9. 1 1

40V MOSFET in MLP 3x3Product Number


VGS (V)

RDS(ON) Max. (mΩ) Qg Typ (nC) Qgd Typ (nC)

ID (A)@ 10V @ 4.5V @ 10V @ 4.5V

FdMc846 single 40 ±0 7. 9. 1 1



VGS (V)

RDS(ON) Max. (mΩ) Qg Typ (nC) Qgd Typ (nC)

ID (A)@ 10V @ 4.5V @ 10V @ 5V

FdMs866 single 0 ±0 .1 .1 81 4 10 49FdMs8674 single 0 ±0 . 8. 7. 14.1 . 1FdMs8680 single 0 ±0 8 1 18 9. .7 FdMs8690 single 0 ±0 9 1. 18.8 10 .9 7FdMs869 single 0 ±0 11 14 1 7 8FdMs8660as syncFet 0 ±0 . .4 7.6 6.4 49FdMs8660s syncFet 0 ±0 .4 . 81 44 16 FdMs8670as syncFet 0 ±0 4.9 44 .8 . 4FdMs8670s syncFet 0 ±0 . 1 4FdMs867as syncFet 0 ±0 .9 6. . 16 .9 8FdMs867s syncFet 0 ±0 7 16 6



VGS (V)

RDS(ON) Max. (mΩ) Qg Typ. (nC) Qgd Typ (nC)

ID (A)@ 10V @ 4.5V @ 10V @ 5V

FdMs8460 single 40 0 . . 78 6 10

20V MOSFETs in SC75 MicroFETProduct Number


VGS (V)

RDS(ON) Max. mΩ ID (A)@ 4.5V @ 2.5V @ 1.8V @ 1.5V

FdMJP0Zsingle

P-channel w/schottky

0 8 11 160 10 00 -.9

FdMJ10PZ dual P-channel (w/Zener) 0 8 11 160 10 00 -.9




wl-csP

microFet

charger application mosFet used as a

current source

ChargerBattery

+

Battery(Li-Ion/Pol)

PMU(DC-DC/LDO/LED

Charger/BB)

InputVoltage

OutputVoltage

Step-UpSwitchingRegulator

GND

VINVSW

typical boost application

20V MOSFETs in WL-CSP Product Number


VGS (V)

RDS(ON) Max. (mΩ) ID (A)@ 4.5V @ 2.5V @ 1.8V @ 1.7V @ 1.5V

FdZ191P single P-channel 0 8 8 1 - - 00 -

FdZ19 single P-channel 0 1 90 10 - 00 - -

FdZ190P* dual P-channel (w/Zener) 0 8 7 98 00 -

* in development

MOSFETs in MicroFET 2x2Product Number


VGS (V)

RDS(ON) Max. (mΩ) ID (A)@ 4.5V @ 2.5V @ 1.8V @ 1.5V

FdMa10PZ dual P-channel 0 8 7 9 10 19 -.7FdMa10PZ dual P-channel 0 8 7 9 10 19 .7FdMa107P dual P-channel 0 8 10 160 40 - .FdMa108nZ dual P-channel 0 1 68 86 - - .7FdMa109PZ dual P-channel 0 1 9 141 - - .1FdMa10P dual P-channel 0 1 1 0 - - .1FdMa00nZ dual P-channel 0 1 1 16 - - .9FdMa40nZ single n-channel 0 1 0 40 - - .7FdMa40nZ single n-channel 0 1 40 0 - - FdMa10PZ single P-channel 0 8 0 7 0 90 -7.8FdMa91P single P-channel 0 8 4 8 98 - 6.6FdMa0PZ single P-channel 0 1 0 - - 7.

MOSFETs in MicroFET 2x2Integrated P-channel and Schottky Diode

Product NumberVDS (V)

VGS (V)

RDS(ON) Max. (mΩ) Schottky Diode ID (A)@ 4.5V @ 2.5V VF @ 1A (V) IR @ 20V (µA)

FdFMaP8 -0 8 10 160 0. 100 .FdFMaP87 -0 8 10 160 0.4 8 FdFMaP09Z -0 1 9 141 0.4 00 .1

MOSFETs in MicroFET 2x2Integrated N-channel and Schottky Diode

Product Number VDS (V)

VGS (V)

RDS(ON) Max. (mΩ) Schottky DiodeID

(A)4.5V 2.5V VF @ 1A

(V)IR @ 20V (µA)

FdFMan08Z 0 1 68 86 0.7 00 .7

FdFMan109 0 1 1 16 0. 70 .9



oPtoelectronics optocouplers

Fairchild’s family of optocouplers offers a broad range of optocoupler package platforms, various combinations of input and output configurations, low-bandwidth, general switching applications, high performance optocouplers for high-bandwidth, high-gain applications, and high voltage optocouplers for AC load switching applications. These products are lead (Pb) free and RohS compliant. In addition, all are certified by major safety regulations.

To meet the growing demands of today’s designs, Fairchild offers optocouplers capable of withstanding operating temperatures up to +125°C. The MICROCOuPlER™ devices are the only plastic package optocouplers capable of meeting this temperature limit allowing for improved Current Transfer Ratio (CTR) stability at elevated temperatures. Our 4-pin full pitch Mini-Flat Package (MFP) and 4-Pin dIP, phototransistor output optocouplers are all rated with a maximum operation temperature of +110°C.

Optocoupler Solutions

The MICROCOuPlER package platform of optocouplers reduces board space and offers stable CTR up to 125°C,while offering high input to output isolation voltages.

high Current Transfer Ratio, CTR at low IFOperating Temperature Range, Topr: -40°C to +125°C

ultra small packaging: low profile 1.2mm

Applicable to Pb-free IR reflow soldering profile: 260°C peak

•

•

•

•

Optically Isolated Error Amplifiers

Fairchild’s FOd27xx series of optically isolated error amplifiers offers designers a comprehensive selection of reference voltages, tolerances, isolation voltages, and package sizes to optimize their specific power design.

MICROCOUPLER™4-Pin DIP Package

Temperature (°C)

Nor

mal

ized

CTR

@ 2

5°C

0.2

0.4

0.6

0.8

1

1.2

0-40 0 26 40 56 70 90 110 125

+– To primary

VCC

Comp

From Secondary

NOTE: FOD2743 is a reverse pin-out

= +

FOd27xxShunt

ReferenceTransistor

Optocoupler

bga Package



4-Lead BGA, Phototransistor Output, DC Sensing Input (Microcoupler™)

Product Number

CTR @ 1mA IF (%) BVCEO (V) Min.

BVECO (V) Min.

tR/tF (µs) Typ.

VISO ACRMS (V) 1 Minute

TOPR Range (°C)Min. Max.

Fodb100 100 – 7 7 1/ 000 -40 to +1

Fodb101 100 00 7 7 1/ 000 -40 to +1

Fodb10 10 00 7 7 1/ 000 -40 to +1

8-Pin SOIC, Optically Isolated Error Amplifier, DC Sensing Input with Voltage Reference

Product Number

CTR @ 10mA IF (%) VREF (V) Min.BVCEO (V) Min.


TOPR Range (°C)Min. Max. Min. Max.

Fod71 100 00 1.1 1.9 70 00 -40 to +8

Fod74a 100 00 .48 .08 70 00 - to +8

Fod74b 100 00 .470 .0 70 00 - to +8

Fod74c 100 00 .40 .0 70 00 - to +8

8-Pin DIP, Optically Isolated Error Amplifier, DC Sensing Input with Voltage Reference

Product Number

CTR @ ≤10mA IF (%) VREF (V) BVCEO (V) Min.


TOPR Range (°C)Min. Max. Min. Max.

Fod711 100 00 1.1 1.9 70 000 -40 to +8

Fod741a 100 00 .48 .08 70 000 - to +8

Fod741b 100 00 .470 .0 70 000 - to +8

Fod741c 100 00 .40 .0 70 000 - to +8

Fod74a 0 100 .48 .08 70 000 - to +8

Fod74b 0 100 .470 .0 70 000 - to +8

Fod74c 0 100 .40 .0 70 000 - to +8

4-Pin Full Pitch MFP, Phototransistor Output, DC Sensing Input

Product Number


BVECO (V) Min.

tR/tF (µs) Typ.



FodM11 0 600 80 7 / 70 -40 to +110

FodM11a 100 00 80 7 / 70 -40 to +110

FodM11b 0 10 80 7 / 70 -40 to +110

FodM11c 100 00 80 7 / 70 -40 to +110

FodM11d 0 100 80 7 / 70 -40 to +110

FodM11e 10 00 80 7 / 70 -40 to +110

FodM11F 100 600 80 7 / 70 -40 to +110

FodM11g 00 400 80 7 / 70 -40 to +110

FodM14 100 100 80 7 / 70 -40 to +110

FodM701 0 00 40 7 / 70 -40 to +110

FodM701a 10 00 40 7 / 70 -40 to +110

FodM701b 80 160 40 7 / 70 -40 to +110




4-Pin DIP, Phototransistor Output, DC Sensing Input

Part Number

CTR @ ≤10mA IF (%) BVCEO (V) Min.

BVECO (V) Min.

tR/tF (µs) Typ.



Fod617a 40 80 70 7 4 / 000 - to +110

Fod617b 6 1 70 7 4 / 000 - to +110

Fod617c 100 00 70 7 4 / 000 - to +110

Fod617d 160 0 70 7 4 / 000 - to +110

Fod817 0 600 70 6 4 / 000 - to +110

Fod817a 80 160 70 6 4 / 000 - to +110

Fod817b 10 60 70 6 4 / 000 - to +110

Fod817c 00 400 70 6 4 / 000 - to +110

Fod817d 00 600 70 6 4 / 000 - to +110

4-Pin Half Pitch MFP, Phototransistor Output, DC Sensing Input

Part Number


BVECO (V) Min.

tR/tF (µs) Typ.



hMha801 80 600 80 7 / 00 - to +100

hMha801a 80 160 80 7 / 00 - to +100

hMha801b 0 10 80 7 / 00 - to +100

hMha801c 0 100 80 7 / 00 - to +100

hMha81 0 600 80 7 / 00 - to +100




global Power resourcesM

Engineers need a comprehensive portfolio of components and design support services to solve today’s power and energy problems. It is this foundation of practical solutions that has allowed us to deploy the industry standard for customer support. We call it our Global Power Resource (GPR)—and here are some of the ways you can leverage it for your designs.

Online Support—Our power and application engineers in the labs, and in the field, have combined their skills to offer a comprehensive suite of design and knowledge tools. These are available 24/7 in the design Center found on our website. The design Center includes application notes, evaluation boards, on-line design tools, and other resources.

GPR Centers—Each is a fully-equipped applications laboratory, staffed by an experienced team of power engineers. These regional centers can take a design from concept, to full schematics, to a completed board with fully characterized engineering and manufacturing files, or to any stage in between.

Field Application Engineers—Our FAEs are power engineers, with years of design experience. They bring the full range of Fairchild’s power expertise to your facility, to be an extension of your design team.

the Feb167 evaluation board (FaN2106)

design tools – Fetbench™



design eXaMPles 1.5w single output buck

300VDC

GND GND

15V 100mA

8

1

5

3

4

7

2

L101680uH?A

R1031k

R104120

C10410uF50V

+

D1071N4937 C107

100uF25V

8x7mm150380

+

D103BZX84C15

R102

1k

C105220nF50V

FS101

230V/T250mA

IC101FSQ510

Vcc

Sync

FB

PWM

Vstr

D1051N4937

Q101BC847B

1.5W Single Output Buck using FSQ510 Fairchild Power Switch typical applications: small home or factory automation systems, auxiliary power supply in large automation systems

This compact non-isolated buck solution draws less than 170mW standby power and uses a minimal number of components. d103 is used to set the output voltage to 15v. The voltage can be increased by adding an additional Zener diode in series with d105, facing the other direction. here the valley switching is disabled with R102 to minimize component count.

less than 170mW standby power – Ideal for applications permanently connected to the AC supply

Full load efficiency better than 75% – Excellent efficiency for such a low wattage power supply

line and load regulation within 2% for test board – FSq510 is a current mode device

•

•

•

Products Description

FsQ10 green-mode Fairchild power switch (0ma/700V)

bZX84c1 Zener diode (1V/0.w)

1n497 Fast recovery diode (1a/600V)

bc847b general purpose transistor (0V/100ma)



design eXaMPles 2.4w single output buck

GND

12V 200mA

AC Input

195VAC - 265VAC 81

53

4

76

2

R1019k1

L1011mH 0.47A

C101220nF<Safety>

PGND

R1031k

Vsync

D101 S1M

SGND

D103

FDLL4148

IC101FSQ311

Vcc

Sync

FB

PWM

Vstr

R1023k9C103

47pF

C105220nF

C10622pF1000V

C1081uF

D102

BAT54

L102390uH

D106BZX84C12

D107

1N4937

R104120

C1026.8uF

400V

+

D105 1N4937

FS101

230V/T250mA

Q101

BC337

Vfb

C107220uF50V42

1370

+

Vcc

D104 1N4937

Drain

C1044.7uF

50V

+

2.4W Single Output Buck using FSQ311 Fairchild Power Switch typical applications: small home or factory automation systems, auxiliary power supply in large automation systemsThis compact non-isolated buck solution shows how valley switching is enabled in an FSq311 buck solution by adding components R101, R102, and C103. losses in the freewheel diode are thereby reduced leading to higher efficiency.

less than 500mW input active standby power – Measured when the load is 20mA

Full load efficiency better than 75% – Good efficiency for such a low wattage power supply

no problems with compensation in a buck solution – FSq510 is a current mode device

low component count needed to meet Typ.ical EMI requirements – Single lC filter (l101/C101) and coupling capacitor (C106)

•

•

•

•


FsQ11 green-mode Fairchild power switch (600ma/700V)


1n497 Fast recovery diode (1a/600V)

bc7 general purpose transistor (0V/100ma)

s1M general purpose diode (1a/1000V)

bat4 schottky diode (00ma/0V)

Fdll4148 general purpose diode (00ma/100V)



design eXaMPles 7w dual output sepic

AC Input195VAC - 265VACInput rectifier, filterand bulk capacitornot shown

15V 150mA5V 1Aor other 7W combination(5V regulator dimensionedfor 100mA maximum here)

81

53

4

76

23

15

VIN3

GN

D2

VOUT1

C5100nF

D5

FUF1J

R11K

C610uF50V

+IC2FSQ0265RN

Vcc

Sync

FB

PWM

Vstr

R2120R

R761K

D2

FDLL4148

Q3

BC847B

C8220uF16V

+ C2047uF6.3V

+

C74.7uF400V

+

L16.8mH5A

C9100uF25V

+

L2330uH

D4FUF1J

IC12KA78L05

D3BZX84C150.35W 5V_D

15V_A

7W Dual Output SEPIC using FSQ0265 Fairchild Power Switch typical applications: Power supply for motor drive bootstrap and microcontroller circuit

This compact non-isolated SEPIC solution provides the two voltage outputs needed for a motor drive circuit: a 15v output to power the bootstrap circuit for a high voltage driver, and the power for microcontroller/dSP and the auxiliary components.

Ideal solution for motor drive power – dual output possible without the need for large inductors

low EMI generation from the switching power supply – SEPIC EMI is lower than buck EMI due to continuous input current – Simplifies EMI design

•

•


FsQ06rn green mode Fairchild power switch (1.a/600V)

Ka78l0 Voltage regulator (V/100ma)



bc847b general purpose transistor (0V/100ma)



design eXaMPles 25w single output flyback

AC Input

195VAC - 265VAC

12V / 2A Output

81

53

4

76

2

-2

~3

~4

+1

1

3

10

8

4

5

7

9

6

2

12

Drain

R203120R

IC101FSQ0365RL

Vcc

Sync

FB

PWM

VstrD104FDLL4148

D201FFPF06UP20S

C10333pF

R10312k

D102

RGP10K

GND

R1046k2

D101DF10S

C2011000uF16V231820

+

C1023.3nF

FS101230V / 500mA

12V

Vsync

R202470R

HS201Fischer_SK431

C205470nF

T101

EF25 horizontal

C107

2.2nF

Y2

IC102FOD2741BTV

Vcc

R1061R5

C10122uF400V339

+

R10768k2W

C2021000uF16V231820

+

GND2

LF1012x22mH, 0.35A?A

D103

FDLL4148

C10447uF50V

+

R2043k

R1056k2

C10533nF

C108220nFX2

R2011k

CONN101

GMKDS1,5/2

25W Single Output Flyback using FSQ0365 Fairchild Power Switch typical applications: set-top box and home audio power supplies

This compact non-isolated buck solution shows how valley switching is enabled in an FSq311 buck solution by adding components R101, R102, and C103. The losses in the freewheel diode are therby reduced, leading to higher efficiency.

less than 450mW input standby power – Measured with no load

Full load efficiency better than 82% – Good efficiency for such a low wattage power supply

Excellent load and line regulatio – FSq0365 is a current mode device

Short circuit protection on output and for output diode short – Provided by overvoltage, overload and abnormal over current protection

•

•

•

•


FsQ06rl green mode Fairchild power switch (1.a/60V)

Fod741btV optically isolated amplifier (1%)

dF10s bridge rectifier (1.a/1000V)

rgP10K Fast recovery rectifier (1a/800V)

FFPF06uP0s ultrafast rectifier (6a/00V)




AC Input

195VAC - 265VAC

DC Output

23V / 3A

+ Vout

+ Vin

GND_EARTH

Inp. GND

GND

5

3

2

1

9

6

10

7

5

2

1

3

4

6

7

8

9

12

12

C2023.3nFC109

220nFX2

D106

1N4007

L101100uH

D202FYP2010DN

C20347nF

D105

FDLL4148

D201FYP2010DN

TR1TRNSFMR EF25H

C106150nF25V

D10

2BZ

X79C

22

C1101nF

D108

1N4007

R110390k

0.6W

IC1FSFR2100

VDL

CON

RT

CS

LVcc

VCTR

HVcc

PGSG

ControlIC

C10810nF

C101100uF400V

+

C201470uF

+

C102a15nF630V

C10547uF

+R20418K

R1044K7

R20210K

OC1FOD2741BTV

R109390k

0.6W

D101RS1J

D110BAT54S

R2052K2

R1073K9

D107

1N4007

CONN201MKDSN1,5/2

CONN101

GMKDS1,5/2

C1076.8uF

+

R2061K

R1082R7

C1112.2nFY2

R1010R222W

R1021K

0.6WFS101230V/1A

C102330pF25V

R10510K

R106270R

R20347K

C102b10nF630V

R2082K

LF1012x27mH0.9A

D109

1N4007

D111

BAT54

FB

FB

VCC

VCC

70W Output LLC Resonant Converter Power Supply using FSFR2100 typical applications: Power supply for industrial applications (70w - 40w), consumer set-top box applications

The FSFR2100 llC resonant regulator can be used as the building block for resonant power supplies ranging from 70W to 450W. Resonant converters are extremely efficient. The co-packaged MOSFETs and controller make the design easier, simpler, and more cost effective. The example below shows an industrial application requiring 70W output. no heatsink is needed.

no heatsink needed for power levels up to 200W

less than 1.8W input standby power – Excellent for a resonant converter – Achieved using power save mode of operation

Full load efficiency better than 90% – Good efficiency for a 70W power supply – For 200W power supplies this is more

•

•

•


FsFr100 llc resonant regulator

Fod741btV optically isolated amplifier (1%)

FYP010dn dual power schottky diode (0a/100V)

rs1J Fast recovery rectifier (1a/600V)

1n4007 general purpose rectifier (1a/1000V)

bat4s dual schottky diode (00ma/0V)

bat4 single schottky diode (00ma/0V)


bZX79c Zener diode (V/ 0.w)

design eXaMPles 70w output llc resonant converter



design eXaMPles 120W ccm pfc flyback

120W CCM PFC Flyback Power Supply Using SG6902 typical applications: lcd tV, high power adaptors

This high power CCM boost PFC and flyback application requires fewer external components to achieve Green-mode operation and versatile system protection. The SG6902 uses interleaved switching to synchronize the PFC and flyback stages, which reduces switching noise and spreads the EMI emissions.

CCM PFC/Flyback PWM controller – Average-current-mode control for PFC and synchronized slope compensation for flyback PWM – Green-mode PFC and PWM operation – Switching frequency is continuously decreased when output loading is further reduced

less than 0.5W input standby power – no switching of PFC at light loads

•

•


sg690 ccM PFc/flyback PwM controller

1n4007 diode (1a/1000V)

1n4148 genral purpose diode (10ma/100V)

VRMS IAC

RI

OTP

IEA

IPPC

IMP

ISENSE

FBPWM

IPWM

AGND SS

OPWM

GND

OPSC

VDD

RANGE

OVP

VBPFC

VEA

MBR20150

12

ON1

NC

1N4148

HS2

HS1

IPWM

IAC

VBUS

JP2 JP12

JP1 JP9 JP10 JP13

250V/4A

SG6902

1N4148

1N4148

1N4007



design eXaMPles ddr3 memory power supply

DDR3 Memory Power Supplytypical applications: notebooks, servers, set-top boxes, general high performance/low power applications

This small form factor solution provides the three main supplies (vddq, vTT, vref) for ddR1, ddR2 or ddR3 applications. by simple component changes, this solution can support down to 1.5v vddq and 0.75v vTT. The FAn5236 controller with external dual MOSFETs can deliver up to 14A, and by changing the selected MOSFETs, higher currents can be achieved. The three main ICs (controller + 2 dual FETs with integrated Schottky diodes) reduce component count and increase efficiency.

Wide input voltage range: 5v to 24v

Typical ddR3 requirements: 1.5v, 0.5A and 0.75v, 2A output supplies

•

•

very low 1µA shutdown

> 94% overall system efficiency

•

•


Fan6 Fairchild ddr/dual output PwM controller

FdMF9600s Fairchild dual high current MosFets with integrated syncFet™

FdMF960s Fairchild dual MosFets with integrated syncFet™

bat4wt1g dual schottky diode with common cathode

BAT54WT1G

2.2uH

PowerGood

VDDQ1.5V@5A

L1

VTT0.75V

(VDDQ/2)@2A

L2

PWM 1

PWM 2

R51.21K

R61.82K

28+5V

+5V

Vref0.75V@10mA

C70.15uF/20V

D1+5V

R71.5K

R8490

D2+5V

AGND

R3

Q1FDMS9600S

FPWM2

R21.82K

R11.82K

VIN

C50.15uF/20V

C115uF/25V

+5V

R410K

VIN = 5.6 to 24V

VCC

11ILIM1

14

BOOT1

HDRV1

6

5

SW1 4

LDRV1 2

PGND1 3

ISNS1 7

FPWM1 9

VSEN1 10

BOOT2

HDRV2

23

24

SW2 25

LDRV227

PGND226

ISNS222

VSEN219

ILIM2/REF2 18

Q2FDMS9620S

PG2/REF

SS2

EN2

DDR

PG1

SS1

EN18

12

15

13

21

17

16

1

20

C20.01uF/

25V

C30.01uF/

25V

C468uF/20V

2.2uH

BAT54WT1G

C8330uF

C9330uF

Enable 1

IC1 FAN5236

56K

C1a1000uF/25V

C110.1uF/6.3V



design eXaMPles multi-output dc-dc power supply

Multi-Output DC-DC Power Supply Solution typical applications: set-top box, dVd player, consumer devices

This circuit supports a wide range of output power supplies balancing system efficiency with low component count and cost. The example provides a complete dC-dC power solution for high volume consumer applications. The FAn5026 dual controllers with discrete dual MlP 5x6 MOSFETs efficiently deliver both the high current 1.0v supply and an intermediate 3.3v supply in conjunction with low drop Out linear regulators for thee remaining outputs.


Fan06 Fairchild dual output PwM controller

FdMF960s Fairchild dual MosFets with integrated syncFettM

Fan111 Fixed 1.V output 1a ldo

Fan18-. Fixed .V output a ldo

Fan1616a-1.8 Fixed 1.8V output 00ma ldo

bat4 dual schottky diode with common cathode

3

L13.0 uH

R91.82k

1%

10

R72.55k, 1%

+5V

C21000 uF

6.3 V

C10.1 uF

14

C12470 uF6.3 V

C110.15 uF

+5V

R101.62k, 1%

26

22

R114.87k

1%

R121.82k

1%

19R6133k, 1%

C40.01 uF

9

20

13

1

17

R510 k

+5V

15

C30.033 uF

+1.0V

+3.3V

IC1 FAN5026

C102200 uF

6.3 V

+5 V

4

VCNTL

VIN

5

GND2

C1922 uF

VIN

GND

VOUT

C2122 uF

C1510 uF

C1622 uF

VIN

GND

VOUT

2.5 V@ 1.5 A

1.8 V@ 400mA

3

1

2

3

1

2

C80.1 uF

C131 uF

C140.1 uF

C171 uF

D2BAT54WT1G

C90.1 uF

IC2FAN1112S

IC3FAN1582-2.5

IC4FAN1616A-1.8

+2.5V

1.0 V@ 4.5 A

3.3 V@ 3.4 A

1.2V@ 750mA

D1BAT54WT1G

VCCVIN

PWM 1

PWM 2

5

C50.15 uF

4

2C6

470 uF6.3 V

R82051%

7

6

24

27

25

L23.1 uH

18

21

R410 k

16

R310 k

12

R210 k 8

R191.0 k, 1%

11

28

C1810 uF

VSENSE

VOUT 3

1

C2010 uF

23

C71 uf

ILIM1

EN1

SS1

PG1

ILIM2

EN2

SS2

PG2

AGND

DDR

GND

GND

VSEN2

ISEN2

PGND2

LDRV2

SW1

HDRV2

BOOT2

VSEN1

ISEN1

PGND1

PGND1PGND1

LDRV1

SW2

HDRV1

BOOT1

SW2

Q2FDMS9620S

Q1FDMS9620S

5,6,7

8

1

2,3,4,D1

S1/D2

5,6,7

8

1

2,3,4,D1

S1/D2

Wide input voltage range (3v – 16v)

down to 0.9v and up to 14 amps controller output

>90% switching regulator overall efficiency

<10µA standby current

•

•

•

•



design eXaMPles multi-phase, high-current dc-dc power supply

Multi-Phase High-Current DC-DC power supply solutiontypical applications: computing desktop, server, notebook, blade server, graphics card, communication system

This application demonstrates a high-performance, high-current multi-phase supply with minimum number of components to delivery up to 90A supply current. It uses the configurable multiphase FAn5182 controller in conjunction with the integrated drMOS, (FdMF8704) to maximize efficiency and minimize design complexity.

Programmable 1-, 2-, or 3-Phase support with active current balancing.

Wide input voltage range: 7v to 20v

Externally adjustable output voltages down to 0.8v

Output current: up to 32A

Switching frequency: up to 1Mhz

•

•

•

•

•


Fan18 Fairchild multi-phase synchronous controller

FdMF8704 Fairchild Fet plus driver multi-chip module

1.5V

75A

1

CGN

D(x

)H

SEN

VCIN

BOO

T

VIN

(x)

PGN

D(x

)

VSWHxDISB

PWM

A C

GN

D4

B VI

N13

C VSWH14

CGN

D(x

)H

SEN

VCIN

BOO

T

VIN

(x)

PGN

D(x

)

VSWHxDISB

PWM

A C

GN

D4

B VI

N13

C VSWH14

1 2

VIN1

FBRTN2

FB3

COMP4

PWRGD5

EN6

DELAY7

RT8

RAMPADJ9

ILIMIT10

CSREF11

CSSUM12

CSCOMP13

GND14

SW315

SW216

SW117

PWM318

PWM219

PWM120

CGN

D(x

)H

SEN

VCIN

BOO

T

VIN

(x)

PGN

D(x

)

VSWHxDISB

PWM

A C

GN

D4

B VI

N13

C VSWH14

1

R16301k

R4 1.87k

R11301k

C1

1u

12V

C171n

U2

FDMF8704

C214.7ux6

C184.7n

Ra 26.7k

C164.7n R21

10

R231.0(0805)

C321n

Rb1.65k

C3

1u

U4

FDMF8704

Lin

1uH

L30.82u

C20

1500u

+

C301n

R19

100k

C311n

Rlim301k

L20.82u

R2210

D2 MBR0530

R251.0(0805)

CbNI

U1

FAN5182

C244.7ux4

U3

FDMF8704

Cfb 33p

D1 MBR0530

R10

100kR1369.8k

Rt 475k

C4

1u

C2

1u

C150.1u

R241.0(0805)

Cout1800ux10

+

C230.1u

C19

1500u (x3)

+R26 0

R1

10

C220.1u

Ca 3.3n

C1447n

L10.82u

R2010

5V

R14 1k

R18

100k

D3 MBR0530

Rb1NI

PwrGd

Vin_12

Vin_12

EN

Vout



design eXaMPles multiple voltage solution for fpgas

Multiple Voltage Solution for FPGAs Using TinyBuckTM Integrated Regulatorstypical applications: Power supply for Xilinx Virtex or altera stratex iii FPgas

This application supports wide range of demanding FPGA supply needs of high current, low output voltages and power sequencing. Provides 1.0v at 5A for main FPGA core supply with up to 3A continuous current for IO bank support. Each output requires only a 30mm x 30mm package for significant board space savings.

Wide input voltage range (up to 24v)

Multiple output supplies (1.0v 6A, 3.3v 2.5A and 1.8v 1.7A)

Individual output current limit control

> 93% system efficiency

•

•

•

•


Fan106 Fairchild tinybucktM 6a integrated buck regulator

Fan10 Fairchild tinybucktM a integrated buck regulator

Fan1616a- Fairchild fixed output V, 00ma low drop out linear regulator

1n4148 general purpose diode (10ma/100V)

PGOOD2

PGOOD3

C2122 uF

2

IC1FAN1616A-5

VIN

RILIM1

RILIM2

0.1uF

P1

19

P2

COUT

FPGA Core1.0V @ 5.5AL1

1

20

19

13

25

C1 16

R1

25

18RT17

12

TinyBuckTM

Controller

CBOOT1

R3C3RBIAS

RRAMP

C2

VIN

2

Boot

SW

PGND

PWM

FB

Vcc

RAMP

PGOOD

EN

ILIM

RT

COMP

AGND

IC2FAN2106

ENABLE

200K

28.7K

120pF

1.5nF

R22.5K

210

4.7nF10.5K

2.2uH

4x22uF

182K

GND

1

0.1uF

P1

19

P2

COUT1

FPGA IO Bank 1

3.3V @ 2.5AL2

1

20

19

C11 16R11

25

18RT1

17 12

TinyBuckTM

Controller

CBOOT2

R13

C13RBIAS1

RRAMP1

C12

VIN

2

Boot

SW

PGND

PWM

FB

Vcc

RAMP

PGOOD

EN

ILIM

RT

COMP

AGND

IC3FAN2103

28.7K

980

1.5nF2K

6.8uH

4x 22uF

351K

25

169K

27pF

1.8nF

R1251.1K

0.1uF

P1

19

P2

COUT2

FPGA IO Bank 2

1.8V @ 1.7AL3

1

20

1913

C21 16R21

25

18RT2

17 12

TinyBuckTM

Controller

CBOOT3

R23

C23RBIAS2

RRAMP2

C22

VIN

2

Boot

SW

PGND

PWM

FB

Vcc

RAMP

PGOOD

EN

ILIM

RT

COMP

AGND

IC4FAN2103

28.7K

170

8.2nF2K

6.8uH

4x22uF

192K

25

162K

82pF

2.7nF

13

100K

VIN8-16V CIN

1000uF/25VCHF3.3nF

VOUT3

PGOOD1

R2218.7K

2.5K

GND

6.2K

D11N4148

2.5K

RILIM

FPGA IO Bank 35V @ 400mA



aPPlication notes & eValuation board highlights Application NotesApp Notes Description

an-411 design of Power Factor correction circuit using Fan77b

an-4140 transformer design consideration for offline flyback converters using Fairchild Power switch

an-4141 troubleshooting and design tips for Fairchild Power switch flyback applicationsan-4148 audible noise reduction techniques for Fairchild Power switchan-410 design guidelines for flyback converters using FsQ-series Fairchild Power switchan-411 half-bridge llc resonant converter design using FsFr-series Fairchild Power switchan-600 component calculations and simulation tools for Fan4 or Fan6an-6006 Fan068/Fan078 components calculations and simulation toolsan-6009 components calculations and imulation tools for Fan60aan-6010 Fan069 components calculations and simulation toolsan-6011 Fan011 family component calculation and simulation toolsan-600 Fan099 component calculation and simulation toolsan-606 design of Power Factor correction circuit using Fan79an-60 component calculation & simulation tools for Fan106an-906 guidelines for using Fairchild’s Power6 (MlP x6) packagean-9040 guidelines for using Fairchild’s Power (MlP x) package

Evaluation BoardsBoard #/User Guide

Description Featured Products

Feb11-001 led driver with adaptive charge pump dc/dc converter Fan607hMPX

Feb1-001 high efficiency step down dc-dc converter Fan07MPX

Feb1-001 Fan608dhMPX (with internal schottky diode and 1-lead 4x4 MlP) - serial/parallel led driver with current-regulated, step-up dc/dc converter Fan608dhMPX

Feb17-001 Fan001MPX (6-lead x MlP) - 1a high efficiency step-down dc/dc converter Fan001

Feb18-001 Fan00MPX (6-lead x MlP) - 1a high efficiency step-down dc/dc converter Fan00

Feb140-001 Fan08MPX (6-lead x MlP) - 800ma high efficiency step-down dc/dc converter Fan08

Feb141-001 Fan0sX (-lead sot) - high efficiency serial led driver with 0V integrated switch Fan0

Feb14-001 Fan1sX (-lead sot) - high efficiency serial led driver and oled supply with 0V integrated switch Fan1

Feb14-001 FanasX (-lead sot) - high efficiency, high current serial led driver and oled supply with 0V integrated switch Fan

Feb144-001 FanasX (110mV feedback voltage in a -lead sot) - high efficiency, high current serial led driver with 0V integrated switch Fan

Feb14-001 4.w non-isolated sePic power supply Fsdl016rn

Feb167-001 Fan106, 6a, 4V input integrated synchronous buck regulator Fan106

Feb169-001 1.a low voltage current mode synchronous PwM buck regulator Fan01MPX

Feb170-001 a low voltage current mode synchronous PwM buck regulator Fan01MPX

Feb171-001 00ma high efficiency boost regulator with adjustable output, shutdown and low battery detect Fan48Mtcs

Feb17-001 high-efficiency, high-current serial led driver with 0V integrated switch FanbsX

Feb17-001 1.Mhz boost regulator with V integrated Fet switch Fan6MPX

Feb174-001 high efficiency, constant-current led driver with adaptive charge pump Fan616MPX

Feb17-001 high efficiency, constant-current led driver with tinywire™ brightness control Fan617MPX

Feb176-001 regulated step-down charge pump dc/dc converter Fan61MPX

Feb177-001 regulated step-down charge pump dc/dc converter Fan61MPX

Feb178-001 Mhz, 600ma step-down, dc-dc converter in chip-scale packaging Fan0MPX

Feb179-001 Mhz, 600ma step-down, dc-dc converter in chip-scale packaging Fan0ucX

Feb181-001 60w(1V) PwM controller and fix 6Khz frequently evaluation board sg674



For additional information and a complete listing of all Fairchild power management products please visit www.fairchildsemi.com/power.

aPPlication notes & eValuation board highlights

Evaluation BoardsBoard #/User Guide

Description Featured Products

Feb18-001 1w(V) high performance fly-back converter module sg688

Feb18-001 1w(1V) high performance fly-back converter module sg688

Feb184-001 10w(V&41); high performance fly-back converter module sg689Feb18-001 w(V) mobile phone battery charger with Psr (primary-side-regulation) sgP100Feb187-001 w(V) mobile phone battery charger with Psr (primary-side-regulation) sgP400Feb188-001 1w(1V) mobile phone battery charger with Psr (primary-side-regulation) sgP400Feb191-001 60w(1V) high performance with hV startup evaluation board sg6741Feb19-001 60w(1V) ” lcd monitor with PwM evaluation board sg841Feb19-001 4w(V/a+1V/a),17” lcd monitor with PwM evaluation board sg689Feb19-001 00w 80+ atX power supply with ccM PFc+dual-forward evaluation board sg691/sg616/sg688Feb196-001 00w(only 0V) 80+ atX power supply, with ccM PFc+dual-forward evaluation board sg691/sg616/sg688Feb197-001 00w dual output single stage PFc universal input with Vsb module sg6980Feb198-001 60w(1V) high performance with PwM controller and latch function evaluation board sg84Feb00-001 6w(19V) PwM controller and fix 6Khz frequently evaluation board sg674Feb0-001 green-mode Fairchild Power switch (FPstM) for quasi-resonant operation FsQ06r/Ka41a/Fod817aFeb04-001 green-mode Fairchild Power switch (FPstM) for quasi-resonant operation FsQ076

Feb1-001 FsFr100 is an integrated PFM controller and MosFets especially designed for ZVs resonant half-bridge converter topologies FsFr100/Ka41a

7001-001 intelliMaX FPF10X & 110 demo board FPF10x /FPF11070014-001 FPF1/FPF14/FPF1 demo board FPF1/FPF14/FPF170016-001 intelliMaX FPF00X demo board FPF00x 70017-001 intelliMaX FPF100 demo board FPF10070018-001 intelliMaX FPF100 demo board FPF10070019-001 intelliMaX FPF1004 demo board FPF10047001-001 intelliMaX FPF17 demo board FPF17700-001 intelliMaX FPF174 demo board FPF174700-001 intelliMaX FPF00,1, demo board FPF00/FPF01/FPF0

7004-001 intelliMaX FPF0, 4, , 6 demo board FPF0/FPF04/ FPF0/FPF06

700-001 intelliMaX FPF1006 demo board FPF10067008-001 intelliMaX FPF144 demo board FPF144

ADDITIONAL RESOURCES


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DATASHEETS,SAMPLES, BUY TECHNICAL

INFORMATION APPLICATIONS DESIGN CENTER SUPPORT COMPANY INVESTORS

POWER MANAGEMENT ICsAC-DC: Power Factor Correction• continuous conduction Mode (ccM) PFc controllers• critical (crcM) / boundary conduction Mode (bcM) PFc controllers• PFc + PwM combination (combo) controllersIsolated DC-DC• green-Mode PwM controllers • integrated green-Mode PwM regulators (green FPs™) • integrated PwM regulators (FPs™) • Primary-side only cV/cc controllers • standard sMPs PwM controllersNon-Isolated DC-DC• charge-Pump converters • Multi-phase controllers • step-down controllers (external switch) • step-down regulators (integrated switch) • step-up regulators (integrated switch)Power Drivers• high Voltage gate drivers (hVic) • low-side gate drivers • synchronous rectifier controllers/drivers • synchronous-buck/Multi-phase driversSupervisory/Monitor ICs• ground Fault interrupt (gFi) controllers • supervisors + PwM • temperature sensors • Voltage supervisors/detectors/stabilizersVoltage Regulators• ldos • Positive Voltage linear regulators • negative Voltage linear regulators • shunt regulators

POWER SEMICONDUCTORSDiodes & Rectifiers• bridge rectifiers • rectifiers • schottky diodes and rectifiers • small signal diodes • transient Voltage suppressors • Zener diodesIntegrated Power Solutions• drMos Fet Plus driver Multi-chip Module • igbt Module • Full Function load switches (intelliMaX™) • MosFet/schottky combos • solenoid drivers • smart Power Modules (sPM®)

Transistors• bJts • igbt discrete • JFets • load switches • MosFets • MosFet/schottky combos • small signal transistorsTRIACs• triacs

LIGHTING AND DISPLAY• ccFl ballast ic • cFl/lighting ballast control ic • critical (crcM)/boundary conduction Mode (bcM) PFc controllers for lighting • high Voltage gate drivers (hVic) • led drivers • PdP smart Power Module (PdP-sPM™)

SIGNAL PATH ICsAmplifiers & Comparators• comparators • high Performance amplifiers (>1 Mhz) • operational amplifiers

Signal Conversion• triple Video dacs • Video Filter drivers • Video switch Matrix/MultiplexersInterface• lVds • serializer/deserializer (µserdes™) • usb transceiverSwitches• analog/audio switches • bus switches • usb switches • Video switchesLOGIC | TINYLOGIC®

• buffers, drivers, transceivers • Flip flops, latches, registers • gates • Msi Functions • Multiplexer/demultiplexer encoders/decoders • specialty logic • tinylogic® • Voltage level translatorsOPTOELECTRONICS• infrared Products • optocouplers

For datasheets, application notes, samples and more, please visit: www.fairchildsemi.com

Trademarks, service marks, and registered trademarks are the property of Fairchild Semiconductor or their respective owners. For a listing of Fairchild Semiconductor trademarks and related information, please see: www.fairchildsemi.com/legal Lit. No. 600100-001 © 2008 Fairchild Semiconductor, All Rights Reserved.


Documents

P O W E R - DigiKey Electronics Export/Supplier Content/Fairchild_261... · sg6961 bcM PFc 4. 10 diP-8, soP-8 Fan4810 ccM PFc . 00 diP-16, soic-16 sg6980 ccM PFc 4 10 diP-16, soic-16