LED Lighting Solutions

The Right Topology, Components and Support for Your Design Success

Designers of LED lighting applications need to simplify design complexity and increase energy efficiency in limited PCB space. That's why Fairchild Semiconductor offers a total solution portfolio for low-, mid-, and high power designs. Designers can select the best topology for their application – saving time, lowering system cost and eliminating components.

Our solutions provide:

  • Energy-efficiency
  • High power factor correction (PFC)
  • Low total harmonic distortion
 

Benefits to your designs include:

  • An extended system life
  • Reduced lifetime costs
  • Ability to meet the most stringent global energy regulations
Application Note Product/Topic Description
AN-7701 FL7701
FL7701 Design Tool Flow
AN-7730 FL7730
FL7730 Design Tool Flow
AN-7732 FL7732
FL7732 Design Tool Flow (Flyback)
AN-7733 FL7732
FL7732 Design Tool Flow (Buck Boost)
AN-9729 FAN7346
FLS1800XS
S210
LED Application Design Guide Using Half-Bridge LLC Resonant Converter for 100W Street Lighting
AN-9730 1N4148
1N4148WS
1N4148WT
FAN7346
FLS2100XS
KA431
S210
LED Application Design Guide Using Half-Bridge LLC Resonant Converter for 160W Street Lighting
AN-9731 FAN9612
FDLL4148
FDLL4448
FDLL914
FDLL914A
FDP12N60NZ
FFPF08H60S
FL7930B
FL7930C
MMBT2222A
PN2222A
PZT2222A
LED Application Design Guide Using BCM Power Factor Correction (PFC) Controller for 100W Lighting System
AN-9732 FAN9612
FDP22N50N
FFPF08H60S
FL7930B
FL7930C
MMBT2222A
PZT2222A
LED Application Design Guide Using BCM Power Factor Correction (PFC) Controller for 200W Lighting System
AN-9736 FL6300A
FL6961
Design Guideline of AC-DC Converter Using FL6961 & FL6300A for 70W LED Lighting
AN-9737 FL6961
Design Guideline for Single-Stage Flyback AC-DC Converter Using FL6961 for LED Lighting
AN-9738 FAN7621
FAN7621B
FAN7621S
FAN7930
FAN7930B
FAN7930C
FAN9611
FAN9612
FDPF17N60NT
FDPF7N60NZ
FFPF08H60S
FFPF20UA60DN
FL7930B
KA431
KA431A
KA431L
KA431S
LL4148
LM358
LM358A
MMBT2222A
MMBT2222AT
MMBT2907
MMBT2907A
RS1M
Design Guideline on 150W Power Supply for LED Street Lighting Design Using FL7930B and FAN7621S
AN-9741 1N4007
EGP20D
FL103
Design Guideline for LED Lamp Control Using Primary-Side Regulated Flyback Converter, FL103M
AN-9744 FL7701
Smart LED Lamp Driver IC with PFC Function
AN-9745 FL7730
KA431
KA431A
KA431L
KA431S
Design Guide for TRIAC Dimmable LED Driver Using FL7730
AN-9750 FL7732
High-Power Factor Flyback Converter for LED Driver with FL7732 PSR Controller
Document Number Featured Product(s) Output Power (W) Input Voltage Range (VAC) Topology
RD-L012 FAN7346
FL7930B
FLS2100XS
160 90-265VAC CRM PFC + LLC H/B + 4 Channel CC
RD-L011 FAN7346
FL7930B
FLS1800XS
100 90-265VAC CRM PFC + LLC H/B + 4 Channel CC
RD-L013 FAN7621S
FAN7930B
FCPF11N60NT
FDPF7N60NZ
FL7930B
150 85-277VAC CRM PFC + LLC H/B
RD-L015 FL103 8.4 85-265VAC Low BOM PSR Flyback
RD-L008 FL6300A
FL6961
70 90-277VAC CRM PFC + QR Flyback
RD-L010 FL6961 30 90-265VAC Single Stage Flyback
RD-L030 FL7701 2.52 90-264VAC PFC Buck
RD-L033 FL7701 2.7 90-264VAC PFC Buck
RD-L031H FL7701 7.8 187-264VAC PFC Buck
RD-L034 FL7701 18.3 90-264VAC PFC Buck
RD-L031L FL7701 7.8 90-150VAC PFC Buck
RD-L020H FL7730 8.4 180-265VAC PFC PSR Flyback
RD-L021L FL7730 16.8 90-140VAC PFC PSR Flyback
RD-L021H FL7730 16.8 180-265VAC PFC PSR Flyback
RD-L020L FL7730 8.4 90 ~ 140 V/AC PFC PSR Flyback
RD-L025 FL7732 8.4 90-265VAC PFC PSR Flyback
RD-L028 FL7732 8.4 90-265VAC PFC Buck-Boost
RD-L026 FL7732 16.8 90-265VAC PFC PSR Flyback
RD-L032 FLS0116 2.7 90-264VAC PFC Buck with Integrated MOSFET
RD-L041 FLS3217 6.5 90-265VAC PFC PSR Flyback with Integrated MOSFET
RD-L040 FLS3217 3.5 90-265VAC PFC Buck-Boost with Integrated MOSFET
RD-L042 FLS3247 10 90-265VAC PFC PSR Flyback with Integrated MOSFET

Evaluation Boards:

FEBFL7701_L30U003A, 2.4W LED Ballast featuring FL7701

FEBFL7730_L20H008B, 8.4W LED Bulb featuring FL7730

FEBFL7730_L20L008B, 8.4W LED Bulb featuring FL7730

FEBFL7732_L25U008B, 8.4W LED Driver at Universal Line featuring FL7732

FEBFL7732_L29U021A, 21W T8 LED Lamp at Universal Line using Buck-Boost featuring FL7732

 

Check out Fairchild's online system design and simulation tools:

Isolated single-stage discontinuous conduction mode (DCM) PFC flyback LED lighting driver IC

Non-isolated continuous conduction mode (CCM) active PFC Buck LED lighting driver IC

 

Excel-based Design Tools:

These excel-based design tools enable users to design LED drivers using Fairchild's LED Controller products. Downloadable system design and simulation tools for continuous conduction mode (CCM) non-isolated active PFC Buck LED lighting Driver ICs (FL7701, FL7730, FL7732). Click here to download the LED Driver Design Tools.

Buck PSR Flyback CRM PFC CRM PFC + QR Flyback CRM PFC + LLC Resonant