SSC Product Introduction for EU Bloc meeting Seoul Semiconductor Oct. 2015.

SSC Product Introductionfor EU Bloc meeting

Seoul Semiconductor

Oct. 2015

www.seoulsemicon.comCopyright Seoul Semiconductor Co., Ltd. ⓒ 2

CONTENTS

1. Mid-Power 2. WICOP2

3. MJT

4. COB

5. Power


01-1Mid Power

Product


Electrical Optical Characteristics

Advantages & Benefits

0.1~0.6W single Chip Package Best lm/W High Current operating (Max.210mA) Macadam 3 step binning Optimized for Troffer, Tube lighting Solution Housing material PCT (High thermal material)

LM80 Schedule

9000hrs finished ( 150mA, 210mA) 8000hrs finished (100mA)

P/N STW8Q14D

CCT 5000K 3000K

Power 0.18W 0.3W 0.18W 0.3W 0.5W

Current 65mA 100mA 65mA 100mA 150mA

FLUX [lm] 34 49 30.9 47.3 67.3

VF [V] 2.8 2.9 2.8 2.9 3.05

Efficacy[lm/W] 177 168 171 163 147

CRI Min 80 Min 80 Min 80 Min 80 Min 80

5630D Specification


5630D Available Ranks Available Ranks as of data sheet


185

195

200

220

205

180

175

190

@ Tj=25 / 5000K, 3000K / ℃ 65mA driving * This roadmap criteria is the end of quarter.

2016.3Q2016.2Q

Eff

ica

cy

[lm

/W]

210

215

STW8Q14D Max. (5000K)

STW8Q14D Typ. (5000K)

STW8Q14D Typ. (3000K)

STW8Q14D Max. (3000K)

182 lm/W

(33lm)

193 lm/W

(34.8lm)

200 lm/W

(36.2lm)

2016.1Q2015.3Q

203 lm/W

(36.7lm)

205 lm/W

(37.1lm)

196 lm/W

(35.3lm)

198 lm/W

(35.7lm)

185 lm/W

(33.5lm)

187 lm/W

(33.8lm)

5630D Roadmap

192 lm/W

(34.7lm)

195 lm/W

(35.2lm)

197 lm/W

(35.5lm)

2015.4Q 2016.4Q

207 lm/W

(37.2lm)

201 lm/W

(36.3lm)

189 lm/W

(34.1lm)

199 lm/W

(35.9lm)

209 lm/W

(37.5lm)

203 lm/W

(36.6lm)

191 lm/W

(34.5lm)

201 lm/W

(36.2lm)

211 lm/W

(37.8lm)

205 lm/W

(37.1lm)

193 lm/W

(34.8lm)

203 lm/W

(36.6lm)




0.1~0.6W single Chip Package Best lm/W Macadam 3 step binning Optimized for Troffer, Tube lighting Solution

Applications

Tube, Troffer

P/N E2-5630D 5630D

CCT 5000K 3000K 5000K 3000K

Power 0.18W 0.18W 0.18W 0.18W

Current 65mA 65mA 65mA 65mA

FLUX [lm] 36 34 34 32

VF [V] 2.78 2.78 2.8 2.8

Efficacy[lm/W] 195 185 187 176

CRI Min 80 Min 80 Min 80 Min 80

E2-5630D Specification

NEW

Under development

MP : 30th Oct.*. LM80 6000hrs : End/Mar


Parts E2-5630D 5630D 5630C Change

Design O

Materials

LED-Chip GaN on Sapphire GaN on Sapphire GaN on Sapphire X

Encapsulant Silicone Silicone Silicone X

LEAD FRAMECopper Alloy (Silver

Plated)Copper Alloy (Silver Plated) Copper Alloy (Silver Plated) X

ReflectorHeat-resistant Polymer

[ PPA ]Upgrade Heat-resistant

Polymer [ PCT ]Heat-resistant Polymer

[ PPA ]O

Wire Au Au Au X

Zener Si Si Si X

Characteristics

PKG Size 5.6×3.0×0.65 5.6×3.0×0.65 5.6×3.0×0.75 O

Max. current 160mA 200mA 160mA O

VF (5000K, @65mA) Typ 2.8 V Typ 2.8 V Typ 2.85 V O

LM (5000K, @65mA) Typ 35.5 lm Typ 33.8 lm Typ 30.8 lm O

LPW (5000K, @65mA) 195 lm/W 187 lm/W 166 lm/W O

Thermal resis-tance(RθJ-S )

15 ℃/W 15 ℃/W 18 ℃/W O

< Comparison E2-5630D vs. 5630D vs. 5630C >NEW

5630 Concept comparison

5%↑


190

200

205

210

185

180

195

@ Tj=25 / 5000K, ℃ 65mA driving * This roadmap criteria is the end of quarter.

2016.3Q2016.2Q

Eff

ica

cy

[lm

/W]

215

220

195 lm/W

(35.3lm)

204 lm/W

(36.9lm)

2016.1QNOW

198 lm/W

(35.8lm)

201 lm/W

(36.3lm)

E2-5630D Roadmap

207 lm/W

(37.4lm)

210 lm/W

(38.0lm)

2015.4Q

205 lm/W

(37.1lm)

213 lm/W

(38.6lm)

208 lm/W

(37.6lm)

216 lm/W

(39.2lm)

175

187 lm/W

(34.0lm)

190 lm/W

(34.5lm)

193 lm/W

(35.0lm)

195 lm/W

(35.6lm)

198 lm/W

(36.1lm)

E2-5630D MP Max.

E2-5630D MP Typ.

5630D MP Typ.




0.6-1.3W 2 Chip TOP PKG (Max 200mA) High Efficiency (Maximum LES) High reliability product Compact & Compatible Size Macadam 3 step binning Color uniformity improve

Applications

Retrofit Lamps (bulb, candle, GU10, Tube, Troffer)Spot Light, Strip Light (Architectural lighting) Refrigerator , Indicator (Home Appliance) Game (Entertainment)

LM80 Schedule

6,000hr ( March, 2015 )

　 STW8C2SB (2 Chip, Series type)

CCT 5000K 3000K 2700K

Power 0.6W 0.9W 0.6W 0.9W 0.6W 0.9W

Current 100mA 150mA 100mA 150mA 100mA 150mA

FLUX [lm] 90 128 86 122 84 120

VF [V] 6.1 6.3 6.1 6.3 6.1 6.3

Efficacy[lm/W] 147 136 140 129 138 127

CRI Min 80 Min 80 Min 80 Min 80 Min 80 Min 80

3030B Specification


3030B Available Ranks Available Ranks as of data sheet


3030B Roadmap

2015.4Q135

140

Eff

ica

cy

[lm

/W]

145

* This roadmap criteria is the end of quarter.@ Tj=25 / 5000K, 2700K / ℃ 65mA driving

STW8C2SB (2700K)

138.1 lm/W

(85lm)

141.4 lm/W

(86.2lm)

142.3 lm/W

(87.5lm)

2016.1Q

144.4 lm/W

(88.8lm)

2016.2Q 2016.3Q

150

2016.4Q

146.6 lm/W

(90.2lm)

155

160

STW8C2SB (5000K)

150.9 lm/W

(92.8lm)

154.4 lm/W

(94.2lm)

155.5 lm/W

(95.6lm)

157.8 lm/W

(97.1lm)

160.2 lm/W

(98.5lm)

165




0.6-1.3W 2 Chip TOP PKG (Max 200mA) Compact & Compatible Size Macadam 3 step binning Color uniformity improve Best Cost performance

Applications

Retrofit Lamps (bulb, candle, GU10, Tube, Troffer) Spot Light, Strip Light (Architectural lighting)

　 L-STW8C2SB (2 Chip, Series type)

CCT 5000K 2700K

Power 0.6W 0.6W

Current 100mA 100mA

FLUX [lm] 86.2 78

VF [V] 6.1 6.1

Efficacy[lm/W] 141.4 127.9

CRI Min 80 Min 80

L-3030B Specification Under development

NEW

ES : 6th Nov.MP : 30th Nov.*. LM80 start : 6th Nov.


@ Tj=25 / 5000K, 2700K, ℃ 100mA driving * This roadmap criteria is the end of quarter.

L-3030B Roadmap

2016.3Q2016.2Q

Eff

ica

cy

[lm

/W]

160

2016.1Q2015.4Q 2016.4Q125

130

135

140

145

150

155

L-STW8C2SB Typ. (5000K)

L-STW8C2SB Typ. (2700K)

127.9 lm/W

(78.0lm)

129.8 lm/W

(79.2lm)

132.2 lm/W

(80.4lm)

134.1 lm/W

(81.6lm)

136.6 lm/W

(82.8lm)

141.4 lm/W

(86.2lm)

143.5 lm/W

(87.5lm)

146.1 lm/W

(88.8lm)

148.3 lm/W

(90.2lm)

151.0 lm/W

(91.5lm)



3030 1chip - Standard

CCT 5000K 3000K

Power 0.19 0.19

Current 65mA 65mA

FLUX [lm] 30 28.5

VF [V] 2.95 2.95

Efficacy[lm/W] 158 150

CRI 80 80


0.2-0.5W 1 Chip TOP PKG High Efficiency (Maximum LES) High reliability product Compact & Compatible Size Macadam 3 step binning Optimized for Bulb lighting Solution Color uniformity improve

Applications

Retrofit Lamps (bulb, candle, GU10, Tube) Spot Light, Strip Light (Architectural lighting)

Refrigerator , Indicator (Home Appliance) Game (Entertainment)

3030B 1 chip Specification


3030B 1 chip Available Ranks Available Ranks as of data sheet


3030B 1 chip Roadmap

2015.4Q145

150

Eff

ica

cy

[lm

/W]

155

* This roadmap criteria is the end of quarter.@ Tj=25 / 5000K, 2700K / ℃ 65mA driving

STW8C12B (2700K)

146 lm/W

(28lm)

148 lm/W

(28.4lm)

151 lm/W

(28.9lm)

2016.1Q

153 lm/W

(29.3lm)

2016.2Q 2016.3Q

160

2016.4Q

155 lm/W

(29.7lm)

165

170

STW8C12B (5000K)

157.1 lm/W

(30.1lm)

159.2 lm/W

(30.6lm)

162.5 lm/W

(31.1lm)

164.6 lm/W

(31.5lm)

166.8 lm/W

(32lm)



High lm/W up to 136 High CRI (80,90) Design Flexibility (Compact & Slim size) Best Cost performance

Applications LM80

Retrofit Lamps (Bulb, Tube) Channel Light Refrigerator (home appliance) Architectural Light Entertainment Light

3020C 6000hrs Finished (0.1&1.2A)3020B 6000hrs End of January


Size : 3.0 *2.0 Thickness : 0.6mm

P/N STW8B12B STW8B12C STW9B12C STW8B12B-NZ

CCT 5000K 2700K 5000K 2700K 5000K

PKG SIZE 3.0 * 2.0 * 0.6 3.0 * 2.0 * 0.6 3.0*2.0*0.6

P [W] 0.12(@40mA) 0.32W (@100mA) 0.2W (@ 60mA)

FLUX [LM] 15.4 14.0 37.9 29.1 22.5

Efficacy[lm/W] 134 103 130 100 125

CRI Min.80 Min.80 Min. 80 Min. 90 Min. 80

Max. current Max.60mA Max.120mA Max.80mA

N3020 Specification


3528 Specification Under development


3528

CCT 5000K 2700K

Power 0.5W 0.5W

Current 150 mA 150 mA

FLUX [lm] 53.5 53

VF [V] 3.3 3.3


CRI 80 80


Market Standard 3528 Package Size

High Color Quality, CRI Min. 80,(R9≥0)

Best Cost performance

Applications

Retrofit Lamps (Bulb, Tube) Channel Light Refrigerator (home appliance) Architectural Light Entertainment Light

Size : 3.5 * 2.8 Thickness : 0.65 mm

NEW

MP : 30th Oct.*. LM80 6000hrs : End/April


01-2Mid Power_MP overview


5630 Line-up

Part number : STW8Q14D, STW9Q14D (lF=65mA)

SizeCCT/CRI

Watt RangeCurrent Key Point

Market Standard Size, 5.6mm x 3.0mmMin CRI 80/90ANSI & MacAdam 3 Step binning0.18~0.5W single Chip PackageTyp.65mA~Max.200mAWorld's best performance in light output with 180 lm/W efficacy Cost Competitive (Very attractive pricing due to volume)


Part No.Size Color Power VF IV Typ. lF Max. lF Flux CCT CRI 2θ½mm - W V cd mA mA lm K Min ˚

STW9Q14D 5.6x3.0x0.65 White 0.18 2.8 8.3 65 200 26.0 2,600-,7000 Min.90 120STW8Q14D 5.6x3.0x0.65 White 0.18 2.8 10.5　 65 200 33.4 2,600-7,000 Min.80 120STW8Q14C 5.6x3.0x0.75 White 0.3 3.15 14.0 100 160 43 2,600-7,000 Min.80 120STW9Q14C 5.6x3.0x0.75 White 0.3 3.15 10.2 100 160 30.9 2,600-4,200 Min.90 120

Min-Max (cd) A B C D E F G H

Q0 - 7.0-7.5 Min.90 Min.90 Min.90 Min.90

Q5 -7.5-8.0 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90

R0 - 8.0-8.5 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90

R5 - 8.5-9.0 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.80/90 Min.80/90

S0 - 9.0-9.5 Min.80/90 Min.80/90 Min.90 Min.90 　 Min.80 Min.80 Min.80

S5 - 9.5-10 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80

T0 - 10.0-10.5 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 　T5 - 10.5-11.0 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 　U0 - 11.0-11.7 　　 Min.80 Min.80 Min.80 　　　

@ Tj=25 ℃


3030B Line-up

Part number : STW7C2SB, STW8C2SB, STW9C2SB (lF=100mA)

SizeCCT/CRIWatt RangeCurrent Key Point

3.0 x 3.0 x 0.6mmMin CRI 70/80/90Mid Power to High Power up to 1.4WDriven at as twice as high current up to 200mADeliver market leading lumen output over 100lmIdeal for Omni directional lamps with compact size, superior lumenHigh reliable product, UL Listed


Part No.Size Color Power VF IV Typ. lF Max. lF CCT CRI 2θ½Mm - W V cd mA mA K Min ˚

STW7C2SB 3.0x3.0x0.6 CW/NW 0.6 6.1 30/30 100 200 3,700-7,000 Min.70 120STW8C12B 3.0x3.0x0.6 CW/WW 0.19 2.95 9.5/9.3 65 200 2,600-7,000 Min.80 120STW8C2SB 3.0x3.0x0.6 CW/WW 0.6 6 29.0/27.3 100 200 2,100-7,000 Min.80 120STW9C2SB 3.0x3.0x0.6 WW 0.6 6.1 23 100 200 2,600-3.200 Min.90 120

Min-Max (cd) A B C D E F G H J K

K21 - 21-23 Min.90 Min.90 Min.90 Min.90 Min.90 Min.80 Min.80

K23 – 23-24 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.80 Min.80

K24 – 24-26 Min.90 Min.90 Min.90 Min.90 Min.90 Min.90 Min.80 Min.80

K26 – 26-27 Min.80 　　　　　 Min.80 Min.80

K27 – 27-28.5 Min.70/80 Min.70/80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80

K28 – 28.5-30 Min.70 Min.70/80 Min.70/80 Min.70/80 Min.70/80 Min.80 Min.80 Min.80

L30 - 30-32 30-34

Min.70(30-32)Min.80(30-34)

Min.70(30-32)Min.80(30-34)

Min.70(30-32)Min.80(30-34)

@ Tj=25 ℃


3020 Line-up

Part number : N3020’ STW8B12G, STW9B12G (lF=30mA)

SizeCCT/CRIPerformanceCurrent Key Point

3.0mm x 2.0mm x 0.60mmMin CRI 80/90, Optimized CRI 85 (R9>50)Feature the same high brightness as industry standard 5630 packageTyp.100mA, Max.120mAA reduced footprint and Design FlexibilityBest Cost performance


Part No.Size Color Power VF IV Typ. lF Max. lF Flux CCT CRI 2θ½mm - W V mcd mA mA lm K Min ˚

STW9B12C 3.0x2.0x0.6 White 0.3 3.2 9,500 100 120 27.3 2,600-4,200 Min.90 120STW8B12B 3.0x2.0x0.6 White 0.12 3.05 5,050 40 80 15.1 2,600-7,000 Min.80 120STW8B12C 3.0x2.0x0.6 White 0.3 3.15 11,350 100 120 35.5 2,600-7,000 Min.80 120STW8B12G 3.0x2.0x0.6 White 0.13 3 3,450 30 40 10.37 2,600-7,000 Min.80 120STW9B12G 3.0x2.0x0.6 Warm 0.13 3 2,600 30 40 7.8 2,600-3,700 Min.90 120

STW8B12B-NZ 3.0x2.0x0.6 White 0.18 3.1 7,500 60 80 22.5 2,600-7,000 Min.80 120

Min-Max (cd) A B C D E F G H

K0 -2.0-2.5 Min.90 Min.90

K5 -2.5-3.0 　　　　　 Min.90 Min.80/90 Min.80/90

L0 -3.0-3.5 Min.80 Min.80 　 Min.80 Min.80 Min.80/90 Min.80 Min.80

L5 -3.5-4.0 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80

M0 -4.0-4.5 　　 Min.80 　　　　　

@ Tj=25 ℃


02-1Power

_MP Product


WICOP2 – Z8Y15 Line up

Size(mm)Flux OutputKey Points

1.5 x 1.5mmTyp. 160lm @350mA Tj=25 , 5000K℃ – Max4.7WPhosphor film directly attached to chip surfaceMarket leading color uniformityHigh Lumen DensityCompact footprint(1.41x1.41mm) enables system level cost saving


Product : Z8Y15Part number : SZ8-Y15-W0-C7, SZ8-Y15-WN-C7, SZ8-Y15-WW-C8 (lF=700mA)

Part No.Color Power VF lF If Flux CCT CRI 2θ½

- W V mA ［ Typ］ mA［ Max］ lm K Min ˚SZ8-Y15-W0-C7 Cool Max.4.7 3.00 350 1,200 160 5,000 Min.70 140SZ8-Y15-WN-C7 Neutral Max.4.7 3.00 350 1,200 150 4,000 Min.70 140SZ8-Y15-WW-C8 Warm Max.4.7 3.00 350 1,200 125 3,000 Min.80 140

Min-Max (lm) A B C D E F G H

U3 -177-193 Min.80 Min.80 Min.80

V1 -193-211 　　　　　 Min.80 Min.80 Min.80

V2 -211-228 　　　　　 Min.80 Min.80 Min.80

V3 -228-244 Min.70 Min.70 Min.70 Min.70 Min.70

W1 -244-260 Min.70 Min.70 Min.70 Min.70 Min.70 　　　


@ Tj=25 ℃


WICOP2 Z8-Y15 Roadmap@ Tj=85 / 700mA driving℃

* This roadmap criteria is the end of quarter.


WICOP2 – Z8Y19 Line up


1.9 x 1.9mmTyp. 170lm @350mA Tj=25 , 5000K℃ – Max7.8WPhosphor film directly attached to chip surfaceMarket leading color uniformityHigh Lumen DensityCompact footprint(1.81x1.81mm) enables system level cost saving


Product : Z8Y19Part number : SZ8-Y19-W0-C7, SZ8-Y19-WN-C7, SZ8-Y19-WW-C8 (lF=700mA)


- W V mA ［ Typ］ mA［ Max］ lm K Min ˚SZ8-Y19-W0-C7 Cool Max.7.8 2.92 350 2,000 170 5,000 Min.70 140SZ8-Y19-WN-C7 Neutral Max.7.8 2.92 350 2,000 160 4,000 Min.70 140

SZ8-Y19-WW-C8 Warm Max.7.8 2.92 350 2,000 140 3,000 Min.80 140

@ Tj=25 ℃


V1 -195-208 Min.80 Min.80 Min.80

V2 -208-223 　　　　　 Min.80 Min.80 Min.80

V3 -223-237 　　　　　 Min.80 Min.80 Min.80

W1 -237-254 Min.70 Min.70 Min.70 Min.70 Min.70




WICOP2 Z8-Y19 Roadmap@ Tj=85 / 700mA driving℃



1. Z8 Y19 CRI/CCT Line up & MP Plan

2. Z8 Y15 MP Plan

10/6 MP Target (because inner issues)

WICOP2 Line up & MP Plan

　 A, B, C(Cool)

D, E(Neutral)

F, G, H(Warm)

CRI 70 O O Early of October

CRI 80 Early of Decem-ber

Early of Decem-ber O

CRI 90 Early of Novem-ber

Early of Novem-ber Early of November

• SZ8-Y19-WW-C7(Warm White CRI70) : Early of October, MP Plan• CRI90 series : Early of November, (request from EU)


02-2Power

_New Product


Z8-Y22 Pre-Specification

2.21 x 2.21 x 0.405


Small Size Light Source Chip Scale Size PKG High Reliability Low Thermal Resistance Competitive cent/lm

Applications

Area Light Stadium Light

High/Low bay Light Parking Light

Electrical Optical Characteristics (Tj=85℃)

　 WICOP2 Y22

CCT [K] 5000

Flux [lm] 300

Current Typ [A] 0.7

VF [V] 2.9

Power [W] 2.1

Lm/W 143

CRI Min. 70

Viewing Angle [Degree] 140

Under development

MP : 30th Nov.*. LM80 start : 30th Oct.



3.5 x 3.5mmTyp. 175lm@350mA (324lm@700mA) Tj=25 , 5000K℃ – Max7.8WPhosphor film directly attached to chip surfaceMarket leading color uniformityHigh Power & Lumen DensityPin to pin change 3535 power package without circuit modification



- W V mA ［ Typ］ mA［ Max］

lm K Min ˚

SZ8-Y19-3535D-W0-C7 Cool Max.7.8 2.92 350 2,000 175 5,000 Min.70 140

SZ8-Y19-3535D-WN-C7 Neutral Max.7.8 2.92 350 2,000 165 4,000 Min.70 140

SZ8-Y19-3535D-WW-C8 Warm Max.7.8 2.92 350 2,000 144 3,000 Min.80 140

SZ8-Y19-3535D-W0-C7 Cool Max.7.8 3.05 700 2,000 324 5,000 Min.70 140

SZ8-Y19-3535D-WN-C7 Neutral Max.7.8 3.05 700 2,000 305 4,000 Min.70 140

SZ8-Y19-3535D-WW-C8 Warm Max.7.8 3.05 700 2,000 266 3,000 Min.80 140

@ Tj=25 ℃

Z8Y19-3535D Pre-specification Under development

MP Plan : 18th Dec.




3.5 x 3.5mmTyp. 170lm@350mA (315lm@700mA) Tj=25 , 5000K℃ – Max7.8WPhosphor film directly attached to chip surfaceMarket leading color uniformityHigh Power & Lumen DensityPin to pin change 3535 power package without circuit modificationCompact package without lens


@ Tj=25 ℃

Z8Y19-3535F Pre-specification


- W V mA ［ Typ］ mA［ Max］

lm K Min ˚

SZ8-Y19-3535F-W0-C7 Cool Max.7.8 2.92 350 2,000 170 5,000 Min.70 140

SZ8-Y19-3535F-WN-C7 Neutral Max.7.8 2.92 350 2,000 160 4,000 Min.70 140

SZ8-Y19-3535F-WW-C8 Warm Max.7.8 2.92 350 2,000 140 3,000 Min.80 140

SZ8-Y19-3535F-W0-C7 Cool Max.7.8 3.04 700 2,000 315 5,000 Min.70 140

SZ8-Y19-3535F-WN-C7 Neutral Max.7.8 3.04 700 2,000 296 4,000 Min.70 140

SZ8-Y19-3535F-WW-C8 Warm Max.7.8 3.04 700 2,000 259 3,000 Min.80 140

Under development


MP Plan : 18th Dec.


03-1MJT

_New Product



High voltage operation (Typ 47V) Compact design (Flexible design) Good lm/$ Long life time

Applications

Retrofit Lamps (bulb, candle, GU10) Spot Light, Strip Light (Architectural lighting)

MJT 3030_47V


MJT 3030B Specification

　 MJT 3030 _47V

CCT 3000K 2700K

PKG SIZE 　 0.3x0.3x0.6 (Multi junction chip)

P [W] 0.95 W

FLUX [lm] 117 115


CRI Min.80

NEW



High Voltage COB Small Light Emitting Surface (LES) High Reliability Low Thermal Resistance Macadam 3,5 step binning Optimized for GU10 Lighting Solution Much more efficiency driver topologies

Applications

Retrofit Lamps (Bulb, Candle, GU10, Par, MR16)

Spot Light (Architectural Lighting)


SAW81F1D SAW81F1B SAW82F1D SAW82F1B

CCT 3000K 3000K 3000K 3000KChip 4 chip 4S 4 chip 2S2P 6 chip 6S 6 chip 3S2PCRI Min 80 (min) Min 80 (min) Min 80 (min) Min 80 (min) LES 6.0Φ 6.0Φ 6.0Φ 6.0Φ

VF [V] 180 90 185 92.5

P [W] 3.8 3.8 5.7 5.7

Current [mA] 20 40 30 60

Flux [lm] 456 456 690 690Efficacy[lm/W] 120 120 121 121

Use 90~100V, 220V~230V

Size : 10.8 * 10.8Thickness : 1.65 mm

MJT COB Specification

NEW


03-2MJT

_MP Product


AcrichMJT 5050

MJT stands for Multi Junction Technology, eliminating the usage of multiple wire bonds between several dies. Since it uses only one chip, it vastly improves the reliability of the LED package, reducing the potential number of failure modes associated with wire bonds within the LED package. It can be driven at higher voltage than Conventional DC LEDs, providing designers high voltage options without large form factors of multi-die chip-on-boards.

Acrich MJT Series Portfolio

Lum

inou

s effi

cacy

［

lm/W

］

20V 40V 60V

AcrichMJT 5630

AcrichMJT 3030

AcrichMJT 2525

AcrichMJT 4040

AcrichMJT 3528

AcrichMJT 5050

AcrichMJT 4040Acrich

MJT 3030

Voltage Range

MJT3030

- Bulb, Linear module, Down light, Flush mount- High Reliability LM-80 completed - Best lm/$ performance

MJT5050

- Street light, High bay light, Factory light, Security light- High Lumen output Max 440lm output with Best lm/$- Low maintenance cost & Long life time by Acrich IC


Acrich MJT Series Line Up

Product Part No CRI

Coordinate Coordinatepartitioning

Cool White Neutral White Warm White

A B C D E F G H

MJT30307C SAW8C72A Min 80 ● ● ● ● ● ● ● ● 16

SAW9C72A Min.90 ● ● ● ● ● 16

15CSAW8CF2A Min 80 ● ● ● ● ● ● ● ● 16SAW8CF2B Min.80 ● ● ● ● ● ● ● ● 16

MJT3528 10C SAW8WA2A Min 80 ● ● ● ● ● ● ● ● 6

MJT404010C

SAW09A0A Min 70 ● ● ● ● ● 　　　 6SAW89A0A Min 80 　　　　 ● 　 ●　　 6

21C SAW09H0A Min 70 ● ● ● ● ● ● 　　 6

MJT5630 7CSAW8KG0B Min 80 ● ● ● ● ● ● ● ● 16SAW9KG0B Min 90 　　　　　 ● ● ● 16

MJT505010C

SAW0LA0A Min 70 ● ● ● ● ● 6SAW8LA0A Min 80 ● ● ● ● ● ● ● ● 6

21CSAW0LH0A Min 70 ● ● ● ● ● 　　　 6SAW8LH0A Min 80 ● ● ● ● ● 6

MJT Series Mass Production Status by CCT, CRIProduct : MJT2525, MJT3030, MJT3528, MJT4040, MJT5630, MJT5050

Update on Sep 25


Acrich MJT3030 – SAW8C72A, SAW9C72A

SizeReliabilityKey Points

3.0 x 3.0 x 0.65mm22.5V MJT3030 - LM80 6000 hours completedCompetitive lm/$Need no converter & SMPSOptimized for micro bulbsDelivering same level of performance as DC package


Product : MJT3030 - 7CPart number : SAW8C72A, SAW9C72A (IF=40mA)

Part No.CCT Luminous Flux IF VF CRI 2θ½

K lm mA V - ˚

SAW8C72A3,700~4,700 106

40 22.5 Min.80 1204,700~7,000 109

SAW9C72A 2,600~3,7003,700~4,700

9388 40 22.5 Min.90 120

@ Tj=25 ℃


K26 – 80-85 Min.90 Min.90

K28 – 85-90 Min.90 Min.90 Min.90 Min.90

K29 – 90-95 　　　 Min.90 Min.90 Min.80/90 Min.80/90 Min.80

L31 – 95-101 Min.80 Min.80 Min.80 Min.80/90 Min.80/90 Min.80 Min.80 Min.80

L33 – 101-107 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80

L35 – 107-113 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80

L37 – 113-120 Min.80 Min.80 Min.80 Min.80


Acrich MJT3030 – SAW8CF2B, SAW8CF2A

SizeReliabilityKey Points

3.0 x 3.0 x 0.65mm22.5V MJT3030 - LM80 6000 hours completedCompetitive lm/$Need no converter & SMPSOptimized for micro bulbsDelivering same level of performance as DC package


Product : MJT3030 -15CPart number : SAW8CF2A, SAW8CF2B (lF=20mA)

Part No.CCT Luminous Flux IF VF CRI 2θ½

K lm mA V - ˚

SAW8CF2B2,600~3,7003,700~4,7004,700~7,000

120123115

20 46.5 Min.80 120

SAW8CF2A2,600~3,700 103

20 46.5 Min.80 1203,700~4,700 106

@ Tj=25 ℃


K29 – 90-95 　　　 Min.80 Min.80 Min.80






L39 – 120-127 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80 Min.80

M41 – 127-134 Min.80 Min.80 Min.80 Min.80


04-1COB

_New Product



Ver3 COB Concept(4-30W)

Unit N4W(9V) N4W(36V) N4W(36V) N6W(36V) N12W(36V) N18W(36V) N25W(36V)

Package size mm 13.5x13.5x1.6 13.5x13.5x1.6 19.0x19.0x1.6

LES mm 6.0Φ 9.8Φ 14.0Φ

CRI Ra Min. 80 Min. 80 Min. 80 Min. 80 Min. 80 Min. 80 Min. 80

Forward voltage V 8.6 35 35 35 35 35 35Power consumption W 4.3 4.6 4.6 6.3 12.25 17.5 17.5

Forward current A 0.5 40 40 30 60 60 60

Luminous flux lm 559 598 598 819 1630 2400 2400

Efficacy lm/W 130 130 130 130 133 137 137

CCT K 2700 2700 2700 2700 2700 2700 2700

Key Point Small (≤20mm LES) Standard-Density Integrated ArraysSmall LES 6mm & 9.8mm & 14mmANSI Compliant 3 SDCM binning115° viewing angle, uniform chromaticity profileEfficacies up to 130 lm/WFull range of CCTs & CRI options availableExcellent thermal management

@ Tj=25 ℃


N6W(36V)

2014 ver2 2015 Ver3

LES [mm] Products Size [mm] LES [mm] Products Watt Size [mm]

6.0 NZC4/NZC6 3~8 W/6~14W13.5×13.5

8 ZC4/ZC6 13.5x13.5 9.8 NZC12 6~25W

14.5 ZC12/ZC18/ZC25 19.0×19.0 14.5 NZC18/NZC25 15~35W 19×19

ES : 20th Nov.MP : 20th Dec.*. LM80 6000hrs : End/Mar

Under development


04-2COB

_MP Product


ZC LED Arrays

ZC LED ArraysZC4 ZC6 ZC12 ZC18

9V 36V 35V 36V 36V

LES(mm) 9 9 9 15 15Lumen range (lm) 520-1,160 530-920 600-1,900 1,200-3,200 1,700-4,100Typical Vf (V) @ 85°C 8.4 34.8 33.3 34.1 34.3Current range (mA) 500-1,150 130-230 180-460 350-690 500-920Typical power (W) 4.5 4.7 6.3 12.6 18Maximum power (W) 11.8 9.2 18.4 27.6 37.6

ZC LED ArraysZC25 ZC40 ZC60 ZC100

36V 36V 55V 53VLES(mm) 23 23 23 35Lumen range (lm) 2,400-6,000 3,700-8,200 7,300-8,300 10,500-11,800Typical Vf (V) @ 85°C 34.1 34.3 52.0 51.3Current range (mA) 700-1,380 1,000-1,840 1,100-1,700 1,500-3,000Typical power (W) 25.2 35.8 60 80Maximum power (W) 55.2 74 100 170

Small (≤20mm LES) Standard-Density Integrated Arrays

Large (>20mm LES) Standard-Density Integrated Arrays

HighDensity

HighDensity

Highlm/W

Bestlm/$


ZC Series (COB)

Size SeriesPower Part No. CCT CRI VF lF

Flux Typ.

LuminousEfficacy

ViewingAngle

W - K - V mA lm lm/W 　

13.5*13.5

ZC44.4

SDW01F1B 5,000 Min.708.8 500

590 131

120

SDW81F1B 3,000 Min.80 536 122

5.0 SDW81F1DY5,000 Min.70

34.8 130620 137

3,000 Min.80 560 124

ZC6 6.3

SDW01F1C 5,000 Min.70

34.8 180

885 140

SDW81F1C5,000 Min.80 820 1303,000 Min.80 773 123

SDW91F1C 4,000 Min.90 680 108

19.0*19.0

ZC12 12.6

SDW02F1C 5,000 Min.70

35.6 350

1,839 141

SDW82F1C5,000 Min.80 1,680 1343,000 Min.80 1,576 127

SDW92F1C 4,000 Min 90 1,385 110

ZC18 18

SDW03F1C 5,000 Min.70

35.8 500

2,520 140

SDW83F1C5,000 Min.80 2,273 1263,000 Min.80 2,192 123

SDW93F1C 4,000 Min 90 1,940 108

28.0*28.0

ZC25 25.2

SDW04F1C 5,000 Min.70

36 700

3,700 147

SDW84F1C5,000 Min.80 3,529 1403,000 Min.80 3,342 133

SDW94F1C 4,000 Min 90 2,770 110

ZC40 36

SDW05F1C 5,000 Min.70

36 1,000

5,300 147

SDW85F1C5,000 Min.80 4,961 1383,000 Min.80 4,712 131

SDW95F1C 4,000 Min 90 3,876 108

ZC60 60 SDW06F1C 5,000 Min.70

54.51,100 8,300 138

SDW86F1C 3,000 Min.80 1,100 7,828 131

38.0*38.0 ZC100 80 SDW07F1C 5,000 Min.70

531,500 11,800 148

124SDW87F1C 3,000 Min.80 1,500 11,000 138


ZC series Roadmap(1/2)ZC4-25W roadmap @ Tj=25 / 500(130), 180, 350, 500, 700mA driving ℃

This roadmap criteria is the end of quarter

(M.P typical target)

현재 2015 4Q 2016 1Q 2016 2Q 2016 3Q 2016 4Q110

120

130

140

150

160

124127

130134

137

140

123

126129

132

136

139

127130

133137

140144

125128

131135

138141

133136

140143

147

150

ZC4(9V, 36V), 3000K, CRI80 @25degZC6(36V), 3000K, CRI80 @25degZC12(36V), 3000K, CRI80 @25degZC18(36V), 3000K, CRI80 @25degZC25(36V), 3000K, CRI80 @25deg

Effica

cy [l

m/W

]

Current


ZC series Roadmap(2/2)ZC40-100W roadmap @ Tj=25 / 500(130), 180, 350, 500, 700mA driving℃

This roadmap criteria is the end of quarter

(M.P typical target)

현재 2015 4Q 2016 1Q 2016 2Q 2016 3Q 2016 4Q130

140

150

160

170

180

146

150

155

160

164

169

138

142

146

151

155

160

148

152

157

162

167

172ZC40(36V), 5000K, CRI70 @25degZC100(54V), 5000K, CRI70 @25degZC100(54V), 5000K, CRI70 @25deg

Effica

cy [l

m/W

]

Current


04-3COB

_Acrich COB


1. SPECIFICATION

SMJD-XD08W4PF

ModulePower Consump-

tion[ W ]

Luminous Flux[ lm ]

Luminous Effi-cacy

[ lm/W ]

CRI(@Ra)

CCT[ K ]

Input Voltage[V]

SMJD-2D08W4PF 8.5 810 95 80 All 120

SMJD-3D08W4PF 8.5 810 95 80 All 220

2. ADVENTAGE

설계 ES CS MP Webinar

8/31 9/15 10/30 11/13 10/30

3. Action Plan

Φ7.8

▪ Application : Downlight

▪ Slim Design : All On Board

▪ Small LES : Φ7.8mm

▪ Module Dimension : Φ60mm

▪ Conducted EMI : Pass

▪ Surge Test : Pass

▪ HIPOT Test : Pass


1. SPECIFICATION

SMJD-XD16W4PF


tion[ W ]

Luminous Flux[ lm ]

Luminous Effi-cacy

[ lm/W ]

CRI(@Ra)

CCT[ K ]

Input Voltage[V]

SMJD-2D16W4PF 16.5 1,570 95 80 All 120

SMJD-3D16W4PF 16.5 1,570 95 80 All 220

2. ADVENTAGE


8/31 9/15 10/30 11/13 10/30

3. Action Plan

Φ10.3









1. SPECIFICATION

SMJD-XD30W4PF


tion[ W ]

Luminous Flux[ lm ]

Luminous Effi-cacy

[ lm/W ]

CRI(@Ra)

CCT[ K ]

Input Voltage[V]

SMJD-2D30W4PF 30 2,850 95 80 All 120

SMJD-3D30W4PF 30 2,850 95 80 All 220

2. ADVENTAGE


8/31 9/15 10/30 11/13 10/30

3. Action Plan








Φ14.7


05 Power


Z5M2 Line up


3.5 x 3.5 x 2.0mmTyp. 168lm @350mA Tj=25 , 5000K℃High Lumen output and efficacyLow Thermal ResistanceWide CCT range 2600-7000K ANSI compliant Binning, MacAdam 3 Step


Product : Z5M2Part number : SZ5-M2-WW-C8, SZ5-M2-WW-00, SZ5-M2-WN-C8, SZ5-M2-WN-00, SZ5-M2-W0-00 (lF=700mA)


- W V mA ［ Typ］ mA［ Max］ lm K Min ˚SZ5-M2-WW-C8 Warm Max.5.2 2.95 350 1,500 139 3,000 Min.80 118.5SZ5-M2-WW-00 Warm Max.5.2 2.95 350 1,500 150 3,000 Min.70 118.5SZ5-M2-WN-C8 Neutral Max.5.2 2.95 350 1,500 144 4,000 Min.80 118.5SZ5-M2-WN-00 Neutral Max.5.2 2.95 350 1,500 166 4,000 Min.70 118.5SZ5-M2-W0-00 Cool Max.5.2 2.95 350 1,500 168 5,000 Min.70 118.5


V1 -185-203 　　　　　 Min.80 Min.80 Min.80

V2 -203-218 　　　　　 Min.70/80 Min.70/80 Min.70/80

V3 -218-234 Min.70/80 Min.70/80 Min.70/80



W3 -272-288 Min.70 Min.70 Min.70 　　　　　

@ Tj=25 ℃


Z5M2 Specification

Size: 3.5x3.5x2.0 [t]


High Efficacy (up to 134lm/W @350mA, 85 )℃ Excellent Thermal Characteristics (3.45 /W)℃ High lumen/$: more than 25%↑ compared to competitors Hot binning (Tj=85 , 700mA condition)℃

LM80

1.2A: 9000hours DONE - 55 , 85 , 105℃ ℃ ℃

P/N SZ5-M2-W0-00 SZ5-M2-WN-00 SZ5-M2-WW-C8

CCT 5000K 4000K 3000K

IF 700mA 1000mA 1500mA 700mA 1000mA 1500mA 700mA 1000mA 1500mA

FLUX [lm] 254 337 457 259 343 466 214 284 385

VF [Vf] 2.95 3.1 3.31 2.95 3.1 3.31 2.95 3.1 3.31

Efficacy[lm/W]

123 109 92 125 111 94 103 92 78

CRI Min. 70 Min. 70 Min. 80

Viewing Angle 118

Electrical Optical Characteristics (Tj=85℃)

Applications

Outdoor Area lightingStreet lightsHigh Bay/Low Bay


@ Tj=85 / 700mA driving℃

110

150

120

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

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

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

112 lm/W

(226lm)


2015.3Q 2015.4Q 2016.1Q 2016.2Q

140

160

3000K

Z5M2 Roadmap

2016.3Q 2016.4Q

Eff

ica

cy

[lm

/W]

130

116 lm/W

(232lm)

118 lm/W

(237lm)

120 lm/W

(241lm)

122 lm/W

(245lm)

124 lm/W

(249lm)

137 lm/W

(277lm)

141 lm/W

(283lm)

144 lm/W

(288lm)

146 lm/W

(292lm)

148 lm/W

(296lm)

150 lm/W

(300lm)140 lm/W

(282lm)

144 lm/W

(288lm)

146 lm/W

(292lm)

148 lm/W

(296lm)

150 lm/W

(300lm)

152 lm/W

(304lm)


Legal Disclaimer

Information in this presentation is provided in connection with Seoul Semiconductor prod-ucts and/or business operation. While Seoul Semiconductor has made every attempt to ensure that the information contained in this presentation has been obtained from reliable sources, Seoul Semiconductor is not responsible for any errors or omissions, or for the results obtained from the use of this information.

All information in this presentation is provided "as is" with no guarantee of completeness, accuracy, timeliness or of the results obtained from the use of this information, and with-out warranty of any kind, express or implied, including, but not limited to warranties of merchantability, performance, and fitness for a particular purpose, or any warranty other-wise arising out of any proposal, specification, or sample.

In no event will Seoul Semiconductor, its related corporations, or the employees thereof be liable to you or anyone else for any decision made or action taken in reliance on the in-formation in this presentation or for any consequential, special or similar damages, even if advised of the possibility of such damages.

www.seoulsemicon.com

THANK YOU!

SSC Product Introduction for EU Bloc meeting Seoul Semiconductor Oct. 2015.

Documents

Transcript of SSC Product Introduction for EU Bloc meeting Seoul Semiconductor Oct. 2015.