LED Progress 2016storage.sea.org.ua/files/links/seoulsemiconductor...Acrich 2 & Acrich 3 Acrich 4.0 Acrich Acrich 2 & Acrich 3 • 4-Step AC-driven Solution Percent Flicker 30% ↓

www.seoulsemicon.comCopyright ⓒ Seoul Semiconductor Co., Ltd. 1

LED Progress 2016LED Progress 2016Kiev 14 SeptemberKiev 14 September

Seoul SemiconductorSeoul SemiconductorGeorgy KorolevGeorgy Korolev

В партнерстве с официальнымВ партнерстве с официальнымдистрибьютором на территории Украиныдистрибьютором на территории Украины


Для техДля тех, , кому кому мало: 210 Люмен/Ваттмало: 210 Люмен/Ватт --рекорд первого полугодия 2016 годарекорд первого полугодия 2016 года11


0%

50%

100%

150%

200%

90.0 110.0 130.0 150.0 170.0 190.0 210.0

5630DS2-MJT5630D+

Y11 (1W)MJT3030B+ (1W)

Y15 (1W)3030B (1W)

S2-3030B (1W)

3030B 3V Premium (0.2W)

3030B 3V Normal (0.2W)

3528 (0.2W)E1-3528 (0.2W)

3528 6V (0.6W)

MJT3528 9V (0.6W)MJT3528 9V (1W)

MJT5630D+E2-5630D

Product Positioning _ Mid Power

@3000K-4000K, CRI Min.80, Tj=25 °C

Lm/WLm/W

Cent

/lmCe

nt/lm

High lm/WHigh lm/W(0.2W 4000K)

Low cent/lmLow cent/lm(0.2~1W 3000K)


5630 5630 summarysummary

56305630

Category MJT/ DC Part numberIF

[mA] VF[V]

Flux[lm] LPW

CCT[K] LM80 Status Zener

MPSchedule

CRI90 MPSchedule Material

5630-3V DC

STW8Q14D 65 2.8 34.2 190 40007Khrs Done

@ 65, 100, 150, 200mA + Now In Aug. PCT

E2-STW8Q14D 65 2.78 35.7 200 40007Khrs Done

@ 65, 150mA + in Jul. Need NPI

PPA

5630-6V MJT

SAW8Q24D New 32 5.5 36.2 210 4000 6Khrs Done @ 70mA

+ in Jul. Need NPI

SAW8Q24D-NZ New 32 5.5 35.1 200 4000 6Khrs Done @ 70mA

X in Aug. Need NPI

PCT

S2-SAW8Q24D New 32 5.65 34.6 192 4000 6Khrs Done @ 85mA

+ Now In Jul.

56305630 35283528 30303030


For Linear For Linear applicationapplication

MJT5630D+MJT5630D+(SAW8Q24D)(SAW8Q24D)

MJT solution

High Efficiency

For Tube

Used MJT(Multi Junction Technology) Solution

Highest lm/W Output in mid-power PKG210lm/W @CRI80 4000K

Optimized for Tube, Troffer, Linear application

MJT5630D+

56305630 35283528 30303030


Size: 5.6 x 3.0Thickness: 0.65 mm

Electrical Optical Characteristics CCT 4000K 2700K

Power [W] 0.18 0.18

Current [mA] 65 65

FLUX [lm] 35.7 33.5

VF [V] 2.78 2.78

Efficacy [lm/W] 200 185

CRI 80 80

CCT 4000K 2700K 4000K 2700K

Power [W] 0.18 0.18 0.18 0.18

Current [mA] 32 32 32 32

FLUX [lm] 36.2 32.8 30.7 27.9

VF [V] 5.5 5.5 5.5 5.5

Efficacy [lm/W] 210 188 174 158

CRI 80 80 90 90

Electrical Optical Characteristics

Features & Benefits

Best lm/W 197lm/W @ CRI80, 4000K Optimized for Troffer, Tube lighting Solution

LM80

7000hrs Done (65mA / 150mA)

Features & Benefits

MJT(Multi Junction Technology) Solution

0.1~0.6W Single Chip Package (Max 200mA)

Best lm/W

Optimized Application: Tube, Troffer, Linear

LM80

6000hrs : Done @70mA

56305630

5630563035283528 30303030

E2-STW8Q14D SAWxQ24D New

5630 Line5630 Line--upup



56305630 35283528 303030305630C Updated specification5630C Updated specification

New

New

New


56305630 35283528 303030305630 Comparison5630 Comparison



30303030

Category MJT/ DC Part numberIF

[mA] VF[V]

Flux[lm] LPW

CCT[K] LM80 Status Zener

MPSchedule

CRI90 MPSchedule Material

3030-3V DC STW8C1SB 65 2.78 33.4 185 4000 11,000hrs Done@200mA

O Now Need NPI

EMC

3030-6V

DC

S2-STW8C2SB 100 6.15 82 133.3 2700 8,000hrs Done @200mA

O Now Now

STW8C2SB 100 6.1 86 141.0 2700 8,000hrs Done @150, 200mA

O Now Now

STW8C2SB-NZ 100 6.1 86 141.0 2700 8,000hrs Done @150, 200mA

X Now Need NPI

MJT

SAW8C22B-IZ 150 6.2 128 137.6 2700 8,000hrs Done @150mA

O Now Need NPI

SAW8C22B-NZ 150 6.2 128 137.6 2700 8,000hrs Done @150mA

X Now Need NPI

3030303056305630 35283528


For Linear For Linear applicationapplication

3030B 3V3030B 3V(STW8C1SB)(STW8C1SB)

High Efficacy & Cost competitiveness

For Tube

High reliability product

High lm/W Output: 185lm/W @CRI80 4000K

Optimized for Tube and Linear application

3030B 3V

Lifetime

3030303056305630 35283528


For Bulb For Bulb applicationapplication

MJT3030B+MJT3030B+(SAW8C22B(SAW8C22B--IZ/NZ)IZ/NZ)

MJT solution Highest Flux

LifetimeVarious

application

Enhanced LifetimeL80 > 100khrs @ Ts=105℃ / 150mA

Used MJT (Multi Junction Technology) Solution

Max IF 250mA Highest Flux Output (200lm) in 3030 PKG @CRI80 2700K

Optimized for Bulb, Flush mount and

Outdoor applicationlike Highbay.

MJT3030B+

3030303056305630 35283528


Для техДля тех, , кому кому дорого:дорого:новые новые возможности снижения стоимости возможности снижения стоимости

в корпусе в корпусе 3528352822



35283528

Category MJT/ DC Part number IF[mA]

VF[V]

Flux[lm]

LPW CCT[K]

LM80 Status Zener MPSchedule

CRI90 MPSchedule

Material

3528-3V

DC

STW8A12D 150 3.2 60.6 126 40007Khrs Done @100mA X Now in Aug.

PCT

STW8A12D-E1 65 2.9 31.4 168 4000 7Khrs Done @150mA

X in Jul. Need

STW8A2PD 65 2.8 33.2 185 40006Khrs: end of Aug.

@300mA X in Jul. Need

3528-6V STW8A2SD 100 6.1 83.6 137 2700 6Khrs: end of Aug. @150mA

X in Aug. in Aug.

3528-9V MJT

SAW8A32E 100 9.6 117 122 27008.4Khrs Done

@100mA X Now in Jul.

SAW8A32D 60 9.4 69 123 2700 6Khrs: end of Dec.@60, 80mA

X Now Need

SAW8A42E 75 12.9 120 124 2700 8.4Khrs Done @75mA

X in Sep. Need

56305630 3528352830303030



Electrical Optical Characteristics CCT 4000K 2700K

Power [W] 0.5 0.5

Current [mA] 150 150

FLUX [lm] 60.6 55.6

VF [V] 3.2 3.2

Efficacy [lm/W] 126.4 116

CRI 80 80

Features & Benefits

Market Standard 3528 Package Size High Color Quality, CRI Min. 80,(R9≥0) Best Cost performance Optimized for Tube lighting Solution

Schedule

7000hrs : Done @ 100mA L70 > 50khr

Features & Benefits

Market Standard 3528 Package Size High Color Quality, CRI Min. 80,(R9≥0) Best Cost performance Optimized for Tube lighting Solution

Schedule

7000hrs : Done @ 150mA L70 > 50khr ES Sample : NowMP : July, 2016

CCT 4000K 2700K

Power [W] 0.19 0.19

Current [mA] 65 65

FLUX [lm] 31.4 28.8

VF [V] 2.88 2.88


CRI 80 80

CCT 4000K 2700K

Power [W] 0.18 0.18

Current [mA] 65 65

FLUX [lm] 33.2 30.5

VF [V] 2.76 2.76


CRI 80 80

Features & Benefits

Market Standard 3528 Package Size High Color Quality, CRI Min. 80,(R9≥0) Best Cost performance Best lm/W Optimized for Tube lighting Solution

Schedule

LM80 : 300mA (6000hr : Sep, 2016) ES Sample : NowMP : July, 2016

STW8A12D

Electrical Optical Characteristics Electrical Optical Characteristics

3528352856305630 3528352830303030

STW8A12D-E1 STW8A2PD



SAWxA32E

56305630 30303030 35283528


35283528

CCT 4000K 2700K 4000K 2700K

Power [W] 0.56 0.56 0.56 0.56

Current [mA] 60 60 60 60

FLUX [lm] 75 69 62.5 58.7

VF [V] 9.4 9.4 9.4 9.4

Efficacy [lm/W] 134 123 111 104

CRI 80 80 90 90

SAWxA32D


Features & Benefits


Optimized 800lm Bulb (linear type & AC DC type)LM80

6000hrs : Finished @90, 100mA End of July @100mAJan, 2017 @ 80mA / 115℃

CCT 4000K 2700K 4000K 2700K

Power [W] 0.96 0.96 0.96 0.96

Current [mA] 100 100 100 100

FLUX [lm] 126 117 107 99

VF [V] 9.6 9.6 9.6 9.6

Efficacy [lm/W] 131 122 111 104

CRI 80 80 90 90


Features & Benefits


Optimized for linear type 800lm Bulb Cost competitiveLM80

6000hrs : End of Dec. @60, 80mA Jan, 2017 @ 60mA / 115℃

New New



56305630 30303030 35283528

35283528

Features & Benefits

0.6-1.3W 2 Chip TOP PKG (Max 200mA) Compact & Compatible Size Macadam 3 step binning Optimized for Bulb

Schedule

6000hrs : End of Aug @150mA, 200mA CS Sample available MP Schedule : July 2016

CCT 4000K 2700K 4000K 2700K

Power [W] 0.61 0.61 0.61 0.61

Current [mA] 100 100 100 100

FLUX [lm] 88.7 83.6 75.0 71.5

VF [V] 6.1 6.1 6.1 6.1

Efficacy [lm/W] 145.5 137.1 123.0 117.2

CRI 80 80 90 90



STW8A2PDFeatures & Benefits

MJT(Multi Junction Technology) Solution Optimized 800lm Bulb ( linear type & AC DC type) Cost Competitive

Schedule

6000hrs : Finished @90, 100mA End of July @100mA

CS Sample available MP Schedule : Sep 2016

CCT 4000K 2700K

Power [W] 1.0 1.0

Current [mA] 75 75

FLUX [lm] 127 120

VF [V] 12.9 12.9

Efficacy [lm/W] 131.0 124.0

CRI 80 80


SAW8A42E



Acrich Acrich -- интеллектуальные интеллектуальные системысистемыосвещения освещения без блока без блока питанияпитания33


Acrich 4

• Percent Flicker ≤ 10%

Acrich

• The world’s first AC-driven LED light source

AcrichAcrich Technology TrendTechnology Trend

LED Off Same as DC

Acrich 2 & Acrich 3Acrich 4.0

Acrich

Acrich 2 & Acrich 3

• 4-Step AC-driven SolutionPercent Flicker 30% ↓

LED Off


The only integrated system – All on one board Acrich3 + LED + Smart Controller

0-10V

Controllers

Low THD

PF>0.95

Electrical solutions

PowerCompensation

Thermal security

Autonomous system - Sensors

Movement sensor

Lighting sensor

Noise sensor

Magnetic sensor

…

LEDMJT LEDs for bestcompact solutions

Design freedom

Reduced mechanic parts

Low cost than DC solution

TRIAC

Extra Output7V/5mA DC

AcrichAcrich33 – Smart Lighting



• Energy Saving with Motion SensorExample: Light on 100% in the presence of people and dims to 10-50% in the absence to save energy.

More Energy Saving with Smart Lighting and Sensors

Example of Sensor Dimming

Microwave or PIR motion sensors

• No converter

• Low Cost

• Fast

• Smart



• Acrich3 supplies sensors directly from the IC→ significant cost and space reduction

• All Devices on 1 Board!→ MJT2525, Acrich IC, Sensors etc

• New options for compact modules→ user interface, remote control etc

Microcontroller

IR Sensor(Infra Red Remote Control)

MJT2525 LED


Acrich3 IC

• No converter

• Low Cost

• Fast

• Smart

• COMPACT


Smart lighting with Wireless controllers – up to you which one!

• You can control your lighting modules with Smart phones!• Acrich3 enables various Wireless Controls - ZigBee, WiFi, Bluetooth etc.


• Remote control• Strong the obstacle• Low power consumption• Low cost• Large scale network

• Remote control• Application control• High speedcommunication

• Bulk Data Transmission

• Application control• Strong the obstacle• Low power consumption• Low cost

Example Acrich3 based module with a sensor and a microcontroller


Finished product from our customer with Bluetooth interface!

Light Off

100% Max. Clamping





Bluetooth module

Bluetooth module

PIR sensor

Demonstration Module


IndexVoltage[Vac]

Freq.[Hz]

Current[mA]

Power[W]

PFTHD[%]

HDFlux[lm]

Eff[lm/W]

△lm/w[%]

CCT[K]

CRIFlicker[%]

FlickerIndex

Acrich 3.0 230 50 120.55 27.61 0.994 10.96 Passed 2123 76.88 0.00% 2997 85.4 100 0.290

Acrich 3.0+ Capacitors

230 50 120.72 27.63 0.993 11.53 Passed 2288 82.82 +7.73% 3007 85.2 16.5 0.049

■ Result

11L

11N

F1

V1 ~1

~2

- 3

+ 4

BD1

12

Z1

R2

1

2

3

4 5 6

7

8

9

101112

Acrich3.0IC

*

1

4

7

R4

R5

C3

R6

C2

GND

GND

R3

R1

C1

2

5

8

3

6

9

D2Diode

10

13

16

11

14

17

12

15

18

D3Diode

D1Diode

19

22

25

20

23

26

21

24

27

D4Diode

28

31

34

29

35

30

33

36

32

D5Diode

C4

C5

C6

C7

1

2

3

4 5 6

7

8

9

101112

Acrich3.0IC

*

R4

R5

C3

R6

C2

GND

R3

C1

R7

■ CircuitItem Part Reference Specification

SPC

Fuse F1 250V 1AMOV V1 10D-391

Bridge Diode BD1 600V 1ATVS Z1 440Vac/600W

ResistorR1 6432 / 43ΩR2 6432 / 43Ω

Module

IC U1 DT3007 BLED - MJT 3030 7C

Resistor

R3 1608 / 6.2KΩR4 3216 / 1KΩR5 2012 / 2MΩR6 2012 / 32KΩR7 3216 / 510Ω

Capacitor

C1 2012 / 10V 10nFC2 2012 / 10V 10uFC3 2012 / 10V 10uFC4 E-cap 100V 100uFC5 E-cap 100V 100uFC6 E-cap 100V 100uFC7 E-cap 100V 100uF

Diode D1~D5 400V

■ Part listValues suggested by Energy Star:

%F < 30% , FI < 0.13

Flicker Free - 3 to 4 additional capacitorsFor reference only

Best solution!No problem with parallelconnection of Acrich3 ICs


AC COBAC COBMJT COBMJT COBDC COBDC COBAC COBAC COB


Advantages & Benefits

6W, 8W, 16W, 30W Line-up Optimized for the Acrich module

→ Small LES, No Converter Slim design Available for both 120V and 230V Excellent Thermal management LM80 : Feb. 2017

CS Sample : NowMP Schedule : Aug. 2016

Model LES[ mm ]

Size[ mm ]

Power[ W ]

CCT[ K ]

CRI(@Ra)

VF[V]

IF[mA]

Flux[ lm ]

Efficacy[ lm/W ]

AC6 (230V)6 10.8x10.8 5.8 3000K

80120

50 755 131 90 50 657 114

AC6 (120V)80

23025 755 131

90 25 657 114

AC8 (230V)6 10.8x10.8 7 3000K

80120

60 910 132 90 60 792 115

AC8 (120V)80

23030 910 132

90 30 792 115

AC16 (230V)9.5 13.0x13.0 15 3000K

80120

130 1,980 132 90 130 1,723 115

AC16 (120V)80

23065 1,980 132

90 65 1,723 115

AC16 (230V)14 18.5x18.5 29 3000K

80120

250 3,830 133 90 250 3,332 116

AC16 (120V)80

230125 3,830 133

90 125 3,332 116

@ Ts = 85℃

AC DirectAC Direct


Acrich 4

• Percent Flicker ≤ 10%

Acrich

• The world’s first AC-driven LED light source

AcrichAcrich Technology TrendTechnology Trend

LED Off Same as DC

Acrich 2 & Acrich 3Acrich 4.0

Acrich

Acrich 2 & Acrich 3

• 4-Step AC-driven SolutionPercent Flicker 30% ↓

LED Off


Specification of Specification of AcrichAcrich 4.04.0

Function Acrich 3.0 Acrich 4.0 Remarks% Flicker ≤ 10%

Meet to IEEE PAR1789N.A.

( % Flicker ≤ 30% ) %Flicker ≤ 10% 8% @ 100Hz9.6% @ 120Hz

Line Voltage Regulation ± 5% @Typ. Vac+20%

± 10% @Typ. Vac -10% ~ +10%

Analog Dimming 0~100% @0.0~2.0Vdc

0~100% @0.0~3.0Vdc External Dimming

Phase Cut Dimming TRIAC Dimmer Compatible TRIAC Dimmer Compatible

EMI Immunity Pass Pass Filter less @<25W

Auxiliary Source Output 7 Vdc 5mA max. 5 Vdc 20mA max. For Remote Control

Built in Active Bleeder Driver Internal MOSFET Internal MOSFET

Power Setting Protection Yes Yes Open Short Protectionfor Rset used Potentiometer

Advantage & Benefits

Flicker Free & %Flicker ≤ 10%

Best Cost Performance

Simple Design & Easy to use for light solution

Optimized Indoor Application for Bulb & Flush

Mount[ Size : 6mm X 6mm ]


Design Time 50% Design Time 50% 단축단축

%Flicker %Flicker ≤ ≤ 10%10%

Cost Down 30% Cost Down 30% ↓↓

Unique Sales Point of Unique Sales Point of AcrichAcrich 4.0 4.0

Cost Cost ↓↓

performanceperformance ↑↑

Time Time ↓↓

Supply of Acrich Kit

IEEE PAR 1789


Benefit of Benefit of AcrichAcrich 4.04.0

%Flicker ≤ 30% %Flicker %Flicker ≤ ≤ 10%10%

[ Reference Module ] [ Acrich 4.0 Module ]

Same as DC

Acrich 4.0 available %Flicker 10% ↓

Acrich4 is able to meet IEEE PAR1789 Flicker Recommended Practice 1 (Low Risk for Biological Effects) Acrich4 provides better Flicker less quality by using electrolysis capacitor


Benefit of Benefit of AcrichAcrich 4.04.0

* based on 17W Module cost

LEDCost 14% ↓

IC & componentCost 20% ↓

Acrich 4.0 available Cost Down 20% ↓

A4.0 can be reduce the price by 34% while delivering the same performance.

Module Cost Module Cost Down Down 34% 34% ↓↓


44 Технология будущего уже Технология будущего уже здесь:здесь:бескорпусные бескорпусные продукты WICOPпродукты WICOP


Package Technology TrendPackage Technology Trend

Most Advanced LED technology, WICOP

CSPConventional PKG

ChipBonding Paste

Gold wire

Ceramic

ChipBonding Paste

Ceramic

Chip

Vertical chip PKG

Phosphor

ChipBonding Paste

Gold wire

Lead Frame

Phosphor

’2000

Phosphor

Phosphor

’1992 Year’2010 ’2015

Jump up!

Out

Out

Slow down


Innovation of Packaged LED, Wicop

Production Facilities

Raw Materials

Wire Bonding Die Attach Trim-forming

Lead Frame BondingPaste Gold wireCeramic

Substrate

WicopWicop


Benefit of Benefit of WicopWicop

Attractive benefits from being simple

Thermal Feature

Comparison ConventionalHigh Power PKG Wicop Z8 Y15

Dimension(mm) 3.5 × 3.5 × 2.0 1.5 × 1.5 × 0.4

Foot print(mm2) 12.3 2.2

% 100% 18%

Thermal Conductivity(W/mK)

ConventionalHigh Power PKG Wicop Z8 Y15

Chip (Al2O3) 24~35 24~35

Bonding Paste 57 X

Ceramic 20 X

Minimized Size


Automotive DRL

BLU TV Flash

Automotive DRL

BLU TV MNT

Automotive DRL

Flash

Lighting High bay

BLU TV

Mass Production

BLU TV

Flood Light

Lighting Bulb

Lighting Task lamp

Lighting Outdoor

Street light

WICOP in various applications worldwide

Already all of the worldAlready all of the world


More than 2,500 lm/$High Lumen DensityExcellent ReliabilityGood Color Uniformity

Lighting

PKG Cost Reduction Good Thermal DissipationLight and Compact Automotive, TV

2013

2015

2012 Initial Promotion of

Mass Production of

Mass Production of

Accumulated knowhow of package-free LED tech for 3 years.

Timeline of Timeline of WicopWicop


Y11Y11

WICOP LineWICOP Line--upup Y15Y15 Y19Y19 Y22Y22Y11Y11

LM80

6000hrs (@500mA) : 7/30 (5Khr finished)

1.14 x 1.14

Features & Benefits

Phosphor film directly attached to chip surface Enhanced High Luminous Flux Competitive Cent/lm Perfect color uniformity Optimized Application: Indoor/Outdoor area, Bulb, Down light Compact footprint enables system level cost saving

Y15Y151.41 x 1.41

LM80

6000hrs (@700mA) : 7/30 (5Khr finished)

3V 6V 9VCCT 4000K 2700K 4000K 2700K 4000K 2700K

Power [W] 1.1 1.1 1.1 1.1 1.1 1.1 Current [mA] 350 350 175 175 115 115

FLUX [lm] 150 138 150 138 147 135VF [V] 3.2 3.2 6.3 6.3 9.5 9.5

Efficacy [lm/W] 136 125 136 125 134 124 CRI 80 80 80 80 80 80

CCT 4000K 2700K

Power [W] 0.98 0.98


FLUX [lm] 133 120

VF [V] 2.8 2.8


CRI 80 80

Electrical Optical Characteristics @85°C Electrical Optical Characteristics @85°C

Y11 SZ8-Y15-Wx-Cx


WICOP LineWICOP Line--upup Y15Y15 Y19Y19 Y22Y22Y11Y11

Features & Benefits

Phosphor film directly attached to chip surface Enhanced High Luminous Flux Competitive Cent/lm Perfect color uniformity Optimized Application: Indoor/Outdoor area, Bulb, Down light Compact footprint enables system level cost saving

Y19Y19

CCT 4000K 2700K

Power [W] 2.0 2.0


FLUX [lm] 292 240

VF [V] 2.88 2.88


CRI 70 80

SZ8-Y19-Wx-Cx

CCT 4000K 2700K

Power [W] 1.95 1.95


FLUX [lm] 327 267

VF [V] 2.78 2.78


CRI 70 80

SZ8-Y22-Wx-CxLM80

6000hrs (@1.2A) : Done

1.81 x 1.81

LM80

6000hrs (@1.05A) : 8/30 (5Khr finished)

Y22Y222.21 x 2.21

Electrical Optical Characteristics @85°C Electrical Optical Characteristics @85°C


Product Position of Y22

700mA@5000K, CRI Min.70, Tj=85 °C

High lm/WHigh lm/W

Low cent/lmLow cent/lm

Y22

Y19

Y15

219C(Ref.)

XP-G3

XP-G2XTE High Effi. Z5M2

1010% % higher higher lm/Wlm/W

1010% % higher higher lm/Wlm/W


277(140lm/W)280(143lm/W)

284(145lm/W)287(148lm/W)

291(149lm/W)

320(162lm/W)324(165lm/W)

328(168lm/W)332(170lm/W)

336(172lm/W)323(164lm/W)327(167lm/W)

331(169lm/W)335(172lm/W)

339(174lm/W)

270

290

310

330

350

370

2016.2Q 2016.3Q 2016.4Q 2017.1Q 2017.2Q

Lum

inous

Flux

[lm

]

3000K/CRI80

4000K/CRI70

5000K/CRI70

• SZ8-Y22 Roadmap @700mA / 85℃

Roadmap Y15Y15 Y19Y19 Y22Y22Y11Y11


WICOP Reference ModuleWICOP Reference Module

NZC4 NZC8 NZC13 NZC22 NZC27

Power [W] 4 7.5 13.2 22.1 27.4

LES [nm] 6.1 6.1 9.8 9.8 13

Flux [lm] 505 844 1652 2503 3414

Lm/W 127 113 125 113 124

IF [mA] 360 656 397 647 824

VF [Vdc] 11 11 33 34 33

Y19 Q’ty 4 4 12 12 24

CRI Min80 Min80 Min80 Min80 Min80

NZC4NZC4 NZC8NZC8 NZC13NZC13 NZC22NZC22 NZC27NZC27


Z5M2Z5M2: нет : нет предела совершенствупредела совершенству55

www.seoulsemicon.comCopyright ⓒ Seoul Semiconductor Co., Ltd. 44- 44 -

Z5M2Z5M2 Series PerformanceSeries Performance

Size: 3.5x3.5x2.0

Advantages & Benefits

Long Lifetime

- More than 100,000 hrs

Excellent Thermal Characteristic

→ Thermal resistance: typ. 3.45 K/W

High lumen/$: more than 25%↑ compared to competitors

Hot binning (Tj=85℃, 700mA condition)

LM80

11,000 hour finished

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2015.4Q230

240

Effic

acy

[lm/W

]

250

@ Tj=85℃ / 5000K, 4000K, 3000K / 700mA driving

116 lm/W(232lm)

118 lm/W(237lm)

120 lm/W(241lm)

2016.1Q

122lm/W(245lm)

2016.2Q 2016.3Q

260

2016.4Q

124 lm/W(249lm)

270

280 141 lm/W(283lm)

144 lm/W(288lm)

146 lm/W(292lm)

148 lm/W(296lm)

150 lm/W(300lm)

290

SZ5-M2-W0-00 (5000K / CRI70)

SZ5-M2-WN-00 (4000K / CRI70)

SZ5-M2-WW-C8 (3000K / CRI80)

300

310

144 lm/W(288lm)

146 lm/W(292lm)

148 lm/W(296lm)

150 lm/W(300lm)

152 lm/W(304lm)

320

※ Criteria : Middle of Quarter

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Documents

LED Progress 2016storage.sea.org.ua/files/links/seoulsemiconductor...Acrich 2 & Acrich 3 Acrich 4.0 Acrich Acrich 2 & Acrich 3 • 4-Step AC-driven Solution Percent Flicker 30% ↓