Product Selector Guide Low Power Adapter/Charger Products · 620 Ω 1/10 w r6 3 kΩ 1% 1/10 w r15 1 Ω 1/8 w r3 470 kΩ r12 300 Ω 1/8 w r16 270 Ω 1/8 w r8 0.91 Ω 1% 1/3 w r7 0.82

Product Selector GuideLow Power Adapter/ChargerProducts

April 2016

2

Product Selector Guide

Low

Pw

r Ad

pt C

hart

040

516

5 W3 W0 W 8 W 9 W 10 W7 W 14 W 16 W 18 W 25 W20 W

SSR

PSR

85-265 VAC

InnoSwitch-CH

InnoSwitch-CE

InnoSwitch™-CP

LinkSwitch-4

LinkSwitch-3

LinkSwitch-CV

LinkSwitch™-HP

PI-6016-061410

P PackagePDIP-8

D Package

PDIP-8CSO-8C

SO-8PI-4890-061410

PI-3149-072406

PI-3149a-040516

E PackageeSIP-7CeSIP-7G

K PackageeSOP-R16B

PI-5029-032108

V PackageeDIP-12

PI-5845-082511

K PackageeSOP™-12

PI-6357-082511

PI-7893-031116

Package Design/Pin Layout – Improves Reliability• Wide package DRAIN – SOURCE creepage reduces probability of arcing• Important for high pollution degree environments and forced air cooling• Optimal pin arrangement allows compliance with safety agency adjacent pin short-circuit test• Packages below are RoHS compliant

3

IC Product Tables

LinkSwitch-CV – Adapters up to 10.5 W

Product2

Continuous Output Power (W)

Continuous Output Power (W)

Adapter1 Adapter1

230 VAC ± 15% 85-265 VAC

LNK623P/D 6.5 5.0

LNK624P/D 7 5.5

LNK625P/D 8 6.5

LNK626P/D 10.5 8.5

Notes: 1. Minimum continuous power in a typical non-ventilated enclosed adapter measured at

+50 °C ambient. 2. Packages: P: DIP-8C, D: SO-8C.

LinkSwitch-3 – Charger/Adapters up to 10 W1,2,3,4

Product5

90-264 VAC

D (SO-8C) Package

Adapter (W)

LNK6404D / LNK6424D 3.5

LNK6405D / LNK6415D / LNK6425D 4.5

LNK6406D / LNK6416D /LNK6426D / LNK6436D / LNK6446D

5.5

LNK6407D / LNK6417D / LNK6427D 7.5

Product5

E (eSIP-7C) and K (eSOP-12B) Packages

Adapter (W)

LNK6407K / LNK6417K / LNK6427K 8.5

LNK6408K / LNK6418K / LNK6428K / LNK6448K 10

LNK6408E / LNK6418E /LNK6428E / LNK6448E 10

Notes: 1. Assumes minimum input DC voltage >90 VDC, KP ≥1 (Recommend KP ≥1.15 for

accurate CC regulation), η >78%, DMAX <55%.2. Output power capability is reduced if a lower input voltage is used.3. Minimum continuous power with adequate heat sink measured at 50 °C ambient with

device junction below 110 °C.4. Assumes bias winding is used to supply BYPASS pin.5. Package: D: SO-8C, E: eSIP-7C, K: eSOP-12B.

Additional Features:• Compensates for transformer inductance

tolerances• Compensates for input line voltage variations• Compensates for cable voltage drop• Compensates for external component tempera-

ture variations• Very accurate IC parameter tolerances using

proprietary trimming technology • Frequency jittering greatly reduces EMI filter cost• Even tolerances achievable with external resistor

selection/trimming• Programmable switching frequency up to 85 kHz

to reduce transformer size• Minimum operation frequency fixed to improve

transient load response

Additional Features:• 700 V internal MOSFET rating• Self-powered• ON/OFF control• Hysteretic over-temperature protection• Power limiting• Frequency jitter reduces EMI• EcoSmart™ low standby/no-load power consumption

4

IC Product Tables

LinkSwitch-HP – Adapters up to 25 W

Product2 Heat Sink85-265 VAC

Adapter (W)

LNK6xx3K/V PCB-W1 9

LNK6xx4K/V PCB-W1 11






Notes: 1. PCB heat sink with wave soldering. 2. Packages: E: eSIP-7C, K: eSOP-12B, V: eDIP-12B.

LinkSwitch-4 – Charger/Adapter BJT Drivers up to 15 W

Product2,385-265 VAC

Adapter1 (W)

LNK40x2S 6.5

LNK40x3S 8

LNK40x3D 10

LNK40x4D 15

Notes: 1. Minimum continuous power in a typical non-ventilated enclosed adapter

measured at +50 °C ambient, device TJ ≤ 100 °C. 2. Cable compensation factor. x = 0 (no cable compensation),

x = 1 (3% cable compensation) x = 2 (6% cable compensation) 3. Package: D: SO-8 , S: SOT-23-6.

Additional Features:• Dynamic base drive technology provides flexibility in choice

of BJT transistor by dynamically optimizing BJT switching characteristics• Extends RBSOA of BJT• Dramatically reduces sensitivity to BJTgain

• Compensates for transformer inductance tolerances• Compensates for input line voltage variations• Compensates for cable voltage drop• Compensates for external component

temperature variations• Very accurate IC parameter tolerances

using proprietary trimming technology • Frequency up to 65 kHz to reduce transformer size• The minimum peak current is fixed to improve transient

load response

Additional Features:• EcoSmart – energy efficient

• Multi-mode control maximizes efficiency• No-load consumption below 30 mW at

230 VAC (LNK67xx)• >75% efficiency with 1 W input at 230 VAC• >50% efficiency with 0.1 W input at 230 VAC

• High design flexibility for low system cost• Dramatically simplifies power supply designs

• Eliminates optocoupler and all secondary control circuitry

• ±5% or better output voltage tolerance• 132 kHz operation reduces transformer and power

supply size• Accurate programmable current limit

• Compensation over line limits overload power• Frequency jittering reduces EMI filter cost

5

IC Product Tables

InnoSwitch-CH – Best in Class Efficiency, No-Load, Fast Transient, Chargers up to 20 W

Product2,385-265 VAC

Adapter1 (W)

INN20x3K 12

INN20x4K 15

INN20x5K 20

Notes: 1. Minimum continuous power in a typical non-ventilated enclosed typical size

adapter measured at 40 °C ambient. Max output power is dependent on the design. With condition that package temperature must be < = 125 °C.

2. x = 0 (No cable compensation), x = 2 (6% cable compensation).3. Package: eSOP-R16B.

InnoSwitch-CE – Best in Class Efficiency, No-Load, Fast Transient, Chargers up to 20 W

Product3,4

85-265 VAC

Adapter1 (W) Peak or Open Frame1,2 (W)

INN21x3K3 12 15

INN21x4K3 15 20

INN21x5K3 20 25



2. Minimum peak power capability.3. x = 0 (no cable compensation), x = 2 (300 mV cable compensation).4. Package: eSOP-R16B.

InnoSwitch-CP – Best in Class Efficiency, No-Load, Fast Transient, Chargers up to 22 W

Product2,3

230 VAC ±15% 85-265 VAC

Adapter1 (W) Peak or Open Frame1,2 (W)

INN2214K 15 20

INN2215K 22 22



2. Minimum peak power capability.3. Package: eSOP-R16B.

Additional Features:• Incorporates flyback controller, 650 V MOSFET, secondary-

side sensing and synchronous rectification driver• Integrated FluxLink™, HIPOT-isolated, feedback link• Exceptional CV/CC accuracy, independent of transformer

design or external components• Instantaneous transient response ±5% CV with 0%-100%-

0% load step



design or external components• Adjustable accurate output current using external output

sense resistor



design or external components• Instantaneous transient response ±5% CV with 0%-100%-

0% load step

6

Design Examples

LinkSwitch-CV – Constant Voltage Adapter (RDR-201)6 W, 5 V, 1.2 A OUTPUT, 90 – 265 VAC INPUT, FLYBACK POWER SUPPLY

PI-5246-102208

91

2 6

5

3

T1EE16

NC

C31 nF1 kV

C26.8 µF400 V

C16.8 µF400 V

C41 µF25 V

C8470 µF

10V

C71000 µF

16 V

L23.3 µH

L11 mH

C51 µF50V

C61 nF50V

D5FR107

D11N4007

D21N4007

D31N4007

D41N4007

D61N4148

D71N5822

90 - 265VAC

5 V, 1.2 A

D

S

FB

BP

R1270 kΩ

R2330 Ω

R328.7 kΩ

1%

R44.42 kΩ

1%

RF110 Ω2 W

R58.2 kΩ1/8 W

R8820 Ω

R718 Ω

R612 Ω

LinkSwitch-CVU1

LNK625PG

LinkSwitch-3 – Constant Voltage, Constant Current DOE v6 Compliant USB Charger5 W, 5 V, 1 A OUTPUT, 90 – 265 VAC INPUT, FLYBACK USB POWER SUPPLY

PI-7536-030315

D

S

FB

BP

R2390 kΩ1/8 W

R810 Ω

1/10 W

R92.2 kΩ1/8 W

R1330 Ω1/8 W

R430 kΩ1%

1/10 W

R53.3 Ω

1/10 W

D2RS1DL

R62 kΩ

1/10 W

C132.2 nF50 V

R38.2 kΩ

1%1/10 W

D1S1ML

D3SCD345PH

T1EE13

4 6

7

3

1

5

C8560 µF6.3 V

C92.2 nF50 V

C7470 µF6.3 V

C14.7 µF400 V

C24.7 µF400 V

C61 µF16 V

C10680 pF100 V

C41 µF16 V

L11 mH

L210 µH

C111 nF250 V

C31 nF250 V

U1LNK6426D

LinkSwitch-3

BR1MBC10M

RF110 Ω1 W

90 - 265VAC

L N

5 V, 1 A

RTN

7

Design Examples

LinkSwitch-3 – Constant Voltage, Constant Current USB Charger10 W, 5 V, 2 A OUTPUT, 90 – 265 VAC INPUT, FLYBACK USB POWER SUPPLY

PI-7209-020515

D

S

FB

BP

R11200 kΩ

R22.55 kΩ

1%

R3150 Ω

R644.2 kΩ

1%

R52.4 Ω

D3RS1ML

R82.37 kΩ

1%

R110 Ω

R104.7 kΩ

R710 kΩ1%

D2S1ML

D1SBR1045SP5-13

T1EPC17

5 FL1

FL2

4

3

6

C4680 µF10 V

C51 nF50 V

C3680 µF10 V

C110 µF400 V

C215 µF400 V

C71 µF50 V

C810 µF25 V

L21 mH

L1Ferrite Bead

(3.5 × 7.6 mm)

L3Ferrite Bead

(3.5 × 7.6 mm)

C6470 pF250 V

U1LNK6448K

LinkSwitch-3

BR1B10S-G1000 V

RT110 Ω

F11 A tO

90 - 265VAC

LTP1

NTP2

5 V, 2 A

J1-1

RTN

J1-4

LinkSwitch-4 – Constant Voltage, Constant Current CoC v5 and DOE v6 Compliant USB Smart Phone Charger (RDR-462)10 W, 5 V, 2 A OUTPUT, 85 – 265 VAC INPUT, FLYBACK USB POWER SUPPLY

PI-7469 -030515

LinkSwitch-4U1

LNK4023D

GND

BD

ED

CS

VCC

SBD

FB

R104.7 Ω

1/10 W

R59.1 kΩ

1%1/10 W

3 7

5 6

2

1

D21N4148

Q1GU13005

R13620 Ω1/10 W

R63 kΩ1%

1/10 W

R151 Ω

1/8 W

R3470 kΩ

R12300 Ω1/8 W

R16270 Ω1/8 W

R80.91 Ω

1%1/3 W

R70.82 Ω

1%1/3 W

RT15 Ω

F12 A

250 V

85 - 265VAC

5 V, 2 A

J3-1

RTN

J3-4

L

J1

N

J2

BR1ABS8600 V

R9270 Ω1/10 W

D11N4007

D310U45

R427 MΩ

R227 MΩR14

N.A.

L2Bead

L1470 µH

C61000 pF100 V

C9100 pF

250 VACC7

560 µF6.3 V

C8560 µF6.3 V

C42.2 µF25 V

C112 µF400 V

C212 µF400 V

C52.2 µF25 V

R115.1 kΩ1/10 W

C3330 pF500 V

T1

8

Design Examples

LinkSwitch-4 – Constant Voltage, Constant Current CoC v5 and DOE v6 Compliant USB Smart Phone Charger12 W, 12 V, 1 A OUTPUT, 85 – 265 VAC INPUT, FLYBACK USB POWER SUPPLY

PI-7488-030515

LinkSwitch-4U1

GND

BD

ED

CS

VCC

SBD

FB

R1315 Ω

R11630 Ω1%

4 FL+

2FL-

6

8

D6BAV21WSQ1

13005T0252

R108.2 kΩ

1%

R122.4 kΩ

1%

R203.3 Ω

R1470 kΩ

R9100 Ω

R2220 Ω

R80.68 Ω

1%

R70.68 Ω

1%

NTC15 Ω

FR12 A

250 V

85 - 265VAC

12 V, 1 A

RTN

L

N

DB1DB106

R6220 Ω

D10

D7VFY10100

R410 MΩ

R310 MΩ

L11 mH

L3

L2

C7470 pF

CY1100 pF250 V

C8220 µF

C42.2 µF25 V

C115 µF400 V

C215 µF400 V

C52.2 µF25 V

R1933 kΩ

C3470 pF630 V

T1RM6

LinkSwitch-HP – Constant Voltage, Network Adapter18 W, 12 V, 1.5 A OUTPUT, 90 – 265 VAC INPUT, FLYBACK POWER SUPPLY

PI-7538-030415

CY1220 pF

250 VAC

C222 µF400 V

L120 mH

T1EE16

D51N4007

C7100 pF50 V

C64.7 µF50 V

C31 nF1 kV

C41000 µF

16 V

C101 nF250 V

D7, D8SB3100

D6RS1B

C522 µF25 V

4

6

75

3

2 1

12 V, 1.5 A

J3

RTN

J4

C115 µF400 V LinkSwitch-HP

D

S

FB

BP

CPPD

CONTROL

U1LNK6775K

C9680 µF16 V

R137.5 kΩ

1%

R415 kΩ1%

R3150 kΩ

1%

R1010 Ω

C11470 pF250 V

R55.6 kΩ

R910 Ω

R6100 Ω

R7360 kΩ R8

10 kΩ

R28.2 kΩ

1%

C8100 nF50 V

D11N4007

D21N4007

D31N4007

D41N4007

F13 A

RV1300 V

90 - 265VAC

L

J2

N

J1

9

Design Examples

InnoSwitch-CH – Constant Voltage, Constant Current USB Smart Phone Charger (RDK-420)10 W, 5 V, 2 A OUTPUT, 85 – 264 VAC INPUT, FLYBACK USB POWER SUPPLY

PI-7319a-030415

C11 nF250 V

C28.2 µF400 V

L1100 µH

C48.2 µF400 V

C522 µF16 V

C61 µF25 V

C8100 pF

400 VAC

C15100 pF100 V

C72.2 µF25 V

C161 µF50 V

C10560 µF6.3 V

F13.15 A

D3RS2MA-13-F D

5RS2

MA-

13-F

D4RS2MA-13-F D

6RS2

MA-

13-F

4

3

6

T1EE1621

NC

5

5 V, 2 A

J3-1

RTN

J3-4

J3-2, 3

J1

J2

85 - 264VAC

R1200 kΩ1/8 W

R1430 Ω

R720 Ω1/8 W

C91.5 nF200 V

Q1

SI74

78D

P-T1

-E3

R547 Ω

1/10 W

RT110 Ω

D1DFLR1600-7

600 V

D2

DFL

R12

00-7

200

VR43 kΩ

1/10 WR11

100 kΩ1/10 W

R934 kΩ1%

1/16 W

R10330 kΩ1/10 W

R8100 kΩ

1%1/16 W

1

2

D

S IS

GN

D

SR/P

VO

FWD

FB

InnoSwitch-CH

CONTROL

BPP

BP

SU1INN2023K

tO

L24.7 µH

InnoSwitch-CH – Constant Voltage, Constant Current Single-Sided USB Charger (DER-518)10 W, 5 V, 2 A OUTPUTS, 85 – 265 VAC INPUT, FLYBACK USB POWER SUPPLY

PI-7867-041216

C31 nF250 V

C18.2 µF400 V

L1100 µH

C28.2 µF400 V

C522 µF16 V

C41 µF25 V

C8100 pF

400 VAC

C7100 pF50 V

C62.2 µF25 V

C111 µF50 V

C10560 µF6.3 V

F13.15 A

4

3

6

T1EE1621

NC

5

5 V, 2 A

J4-1

RTN

J4-4

J4-2, 3

TP1

TP2

85 - 265VAC

R1200 kΩ1/8 W

R230 Ω

R520 Ω1/8 W

C91.5 nF200 V

Q1AO4264

R447 Ω1/8 W

RT110 Ω

D1DFLR1600-7

600 V

D2

DFL

R120

0-7

200

VR33 kΩ

1/10 WR9

100 kΩ1/10 W

R734 kΩ1%

1/16 W

R8330 kΩ1/10 W

R6100 kΩ

1%1/16 W

FL2

1

D

S IS

GN

D

SR/P

VO

FWD

FB

InnoSwitch-CH

CONTROL

BPP

BP

SU1INN2023K

tO

L24.7 µH

BR1MB6S600 V

10

Design Examples

InnoSwitch-CH – Constant Voltage, Constant Current USB Smart Phone Charger (DER-451)20 W, 5.1 V , 4 A OUTPUT, 85 – 264 VAC INPUT, FLYBACK USB POWER SUPPLY

PI-7533-100115

C32.2 nF630 V

C115 µF400 V

L3100 µH

C233 µF400 V

C522 µF25 V

C14100 pF200 V

C41 µF25 V

C9100 pF

250 VAC

C8330 pF50 V

C72.2 µF25 V

C131 µF50 V

C10560 µF6.3 V

C11560 µF6.3 V

4

3

6

T1RM8

NC

5

5 V, 4 A

J3-1

RTN

J3-4

R1430 kΩ1/8 W

R251 Ω

R75.6 Ω1/8 W

C61 nF250 V

Q1

SIR87

6AD

P-T1

-GE3

R447 Ω

1/10 W

D1DFLR1600-7

600 V

D2

DFL

R12

00-7

200

V

VR1

DZ2

S100

MO

L10

V

R36.8 kΩ1/10 W

R11100 Ω

C151000 pF100 V

R141 kΩ

R632.4 kΩ

1%1/16 W

R8100 kΩ

1%1/16 W

1

2

D

S IS

GN

D

SR/P

VO

FWD

FB

InnoSwitch-CH

CONTROL

Q2

SIR87

6AD

P-T1

-GE3

R95.1 Ω

1/10 W

R105.1 Ω

1/10 W

BPP

BP

SU1INN2005K

L290 µH

BR1GBL06600 V

C1247 nF310 V

F12 A

85 - 264VAC

J1 J2

InnoSwitch-CE – Constant Voltage, Constant Current Adapter (DER-471)15 W, 5.3 V, 3 A OUTPUT, 85 – 265 VAC INPUT, FLYBACK ADAPTER POWER SUPPLY

PI-7855-030416

C215 µF400 V

C315 µF400 V

C522 µF25 V

C4100 nF25 V

L3100 µH

C10100 pF

250 VAC

L2Ferrite Bead

C141000 pF100 V

C8330 pF50 V

C12470 µF6.3 V

C13470 µF6.3 V

C92.2 nF200 V

C151 µF25 V

C71.5 µF25 V

4

3

T1EE1621

5

3 2

4 1

6

5 V, 3 A

TP3

RTN

TP4

R14.70 MΩ

1%R5

10 Ω1/10 W

C6100 pF50 V

R23.30 MΩ

1%

R847 Ω1%

1/16 W

D2

DFL

R120

0-7

200

V

VR1

DZ2

S150

00L

15 V

R42.32 kΩ

1%1/16W

R322.1 Ω

1%

RT15 Ω

1

FL1

D V

S IS

GN

D

SR/P

VO

FWD

FB

InnoSwitch-CE

CONTROL

R1010 Ω1%

1/8 W

C111.5 nF200 V

R90.009 Ω

1%1/2 W

R111 kΩ

1/10 W

Q1SI7460DP-T1-GE3

R12105 kΩ

1%

R6200 kΩ

1%

R14200 kΩ

1%

R715 Ω1%

D1RS1J

R1334.8 kΩ

1%1/16 W

BPP

BP

S

U1INN2124K

BR1DF206ST-G

600 V

C133 nF630 V

F11 A

85 - 265VAC

LTP1

NTP2

tO

L1150 µH

11

Design Examples

InnoSwitch-CP – Constant Power, Quick Charge™ 3.0 Compatible USB Smart Phone Charger (DER-494)

InnoSwitch-CP – USB-PD Mobile Phone Charger (DER-533)

19.5 W, 3.6 V – 12 V, 3.0 A OUTPUT, 85 – 265 VAC INPUT, FLYBACK USB POWER SUPPLY

20 W, 5 V, 3 A, and 9 V, 2.2 A OUTPUTS, 85 – 264 VAC INPUT, FLYBACK USB-PD POWER SUPPLY

PI-7856b-022216

FL1

2

FL2

11

T1RM8

10

FL3

5 V, 3 A;9 V, 2.2 A

VOUT

RTN

D

S IS

GN

D

SR/P

VO

FWD

FB

InnoSwitch-CPBPP

BP

S

U1INN2215K

CYPD2134U3

P2210NU4

VDDD

EPAD

GPIO6

CC1

CC2

GPIO5

GPIO10

C301 µF16 V

C17100 nF16 V

C181 µF16 V

C29100 nF16 V

C162.2 mF10 V

C191 µF16 V

C21330 pF16 V

C42.2 nF630 V

C556 pF250 V

C7100 nF25 V

C622 µF50 V

C10470 µF16 V

C132.2 µF25 V

C141000 pF100 V

C11470 µF16 V

C151 µF35 V

C121000 pF100 V

C210 µF400 V

C333 µF400 V

L316.6 mH

L1108 µH

D2

DFL

R120

0-7

200

V

VR3

DZ2

S240

M0L

24 V

VR1

DZ2

S100

M0L

10 V

R1430 kΩ

R251 Ω

D1DFLR1600-7

600 V

R65.6 Ω1/8 W

C91 nF200 V

C8100 pF

250 VAC

RT15 Ω

R5100 Ω1/10 W

R2122 Ω

1/10 W

R3100 kΩ1/10 W

R91 kΩ

1/10 W

R1134 kΩ

1%, 1/16 WR12

0.015 Ω1%, 1/2 W

R1530.9 kΩ

1%1/10 W

R2949.9 kΩ

1%1/10 W

R230.0 Ω1/8 W

R301.00 kΩ

1%1/8 W

R401.00 kΩ

1%1/10 W

R34200 Ω1%

R3110 Ω, 1%1/10 W

R4110 kΩ1%

1/10 W

R374.7 kΩ1/10 W

R32100 kΩ

1%, 1/10 W

R8100 kΩ

1%1/16 W

R43.57 kΩ

1%1/16 W

Q1MMST3904

Q2

SIR8

76AD

P-T1

-GE3

Q10BSC030P03NS3 G

Q12RJU003N03T106

Q13

RJU

003N

03T1

06

Q11BSC030P03NS3 G

R244.70 MΩ

1%

R253.30 MΩ

1%

R1047 Ω

1/10 W

F11.25 A

BR1DF06S-E3/45

600 V

C22330 pF16 V

GPIO3

LJ1-1

NJ1-2

V

CONTROL

VCCDXRES

41

32

85 - 264VAC

tO

PI-7884-030216

C42.2 nF630 V

C622 µF50 V

C7100 nF25 V

C17470 nF50 V

C8100 pF

250 VAC

C141000 pF100 V

C132.2 µF25 V

C16100 pF50 V

C121000 pF100 V

C10470 µF16 V

C11470 µF16 V

C181 µF50 V

FL1

2

FL2

10

3 2

4 1T1

RM8

11

FL3

6.5 V – 12 V3.5 A, VBUS

J2-1

RTN

J2-4

D+J2-3

D-J2-2

R1430 kΩ

R251 Ω

R65.6 Ω1/8 W

C91 nF200 V

Q2SIR876ADP

R1047 Ω

1/10 W

D1DFLR1600-7

600 V

D2

DFL

R120

0-7

200

V

R43.57 kΩ

1%1/16 W

R2320 Ω1%

1/16 W

R213.9 MΩ

R223.9 MΩ

R1938.3 kΩ

1%1/16 W

R2020 Ω

1/10 W

R151 MΩ

1/10 W

R174.7 kΩ1/10 W

R165.1 kΩ1/8 W

Q5

MM

BT39

06

Q6MMST3904

D4BAV16WS-7-F

D5BAV16WS-7-F D

6BA

V16W

S-7-

FD

8BA

V16W

S-7-

F

D7

BAV1

6WS-

7-F

R1134 kΩ1%

1/16 W

R260.015 Ω

1%1/2 W

R280.02Ω1%

R182.21 kΩ

1%1/16 W

R8100 kΩ

1%1/16 W

R91 kΩ

1/10 W

U3INN2215K

CHY103DU2

C556 pF250 V

R5100 Ω1/10 W

Q1

MM

ST39

04

R3100 kΩ1/10 W

VR1

DZ2

S100

M0L

10 V

VR3

DZ2

S240

M0L

24 V

BP

GND

D+

D-

R

FBD

TM

FA/P

ChiPhy

RT2100 kΩ tO

C210 µF400 V

L316.6 mH

C333 µF400 V

41

32

RT15 Ω

L1108 µH

BR1DF06S600 V

F11.25 A

85 - 265VAC

LJ1-1

NJ1-2

tO

D

S IS

GN

D

SR/P

VO

FWD

FB

InnoSwitch-CPBPP

BP

SV

CONTROL

Worldwide Sales Support Locations

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ItalyVia Milanese 20, 3rd. Fl., 20099 Sesto San Giovanni (MI), ItalyPhone: +39-024-550-8701Fax: +39-028-928-6009Email: [email protected]

JapanKosei Dai-3 Building2-12-11, Shin-Yokohama, Kohoku-ku,Yokohama-shi, Kanagawa 222-0033 JapanPhone: +81-45-471-1021Fax: +81-45-471-3717Email: [email protected]

KoreaRM 602, 6FLKorea City Air Terminal B/D, 159-6Samsung-Dong, Kangnam-GuSeoul, 135-728, KoreaPhone: +82-2-2016-6610Fax: +82-2-2016-6630Email: [email protected] Singapore 51 Newton Road#19-01/05 Goldhill PlazaSingapore, 308900Phone: +65-6358-2160Fax: +65-6358-2015Email: [email protected]

Taiwan5F, No. 318, Nei Hu Road, Sec. 1Taipei 11493, Taiwan R.O.C.Phone: +886-2-2659-4570Fax: +886-2-2659-4550Email: [email protected]

United KingdomCambridge Semiconductor,a Power Integrations companyWestbrook Centre, Block 5, 2nd FloorMilton RoadCambridge CB4 1YGPhone: +44 (0) 1223-446483e-mail: [email protected]

©2016 Power Integrations. Power Integrations, TOPSwitch, TinySwitch, LinkSwitch, LYTSwitch, InnoSwitch, DPA-Switch, PeakSwitch, CAPZero, SENZero, LinkZero, HiperPFS, HiperTFS, HiperLCS, Qspeed, EcoSmart, Clampless, E-Shield, Filterfuse, FluxLink, StakFET, PI Expert and PI FACTS and the Power Integrations logo are trademarks or registered trademarks of Power Integrations, Inc. All rights reserved.

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Product Selector Guide Low Power Adapter/Charger Products · 620 Ω 1/10 w r6 3 kΩ 1% 1/10 w r15 1 Ω 1/8 w r3 470 kΩ r12 300 Ω 1/8 w r16 270 Ω 1/8 w r8 0.91 Ω 1% 1/3 w r7 0.82

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