SZDR5A0D
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Компанія Seoul Semiconductor анонсувала початок масового виробництва світлодіода SZDR5A0D для тепличних застосувань з довжиною хвилі 660нм у керамічному корпусі 3535.
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SZDR5A0D
- 1. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 1 DATA PACK Seoul Semiconductor March, 2021 SZDR5A0D (660nm RED)
- 2. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 2 Introduction SZDR5A0D Data Pack Rev 1.0 01 Specification summary 03 Roadmap 02
- 3. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 3 01 Introduction Performance Product Portfolio of 660nm RED Comparison of SSC and O**
- 4. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 4 Introduction (660nm RED) Size: 3.5 x 3.5 Thickness: 2.3 mm Features & Benefits Binning (Tj=25℃, 350mA condition) Enhanced High Luminous Flux (5%↑ than SZDR5A0C) Excellent performance in sulfur test LM80 LM80 : End of July. ~ 6Khr Tj=25℃ LMP 660nm Power [W] 0.71 Current [mA] 350 VF [V] 2.05 Radiant Power [mW] 500 ( estimated typical ) PPF 2.73 SZDR5A0D Electrical Optical Characteristics
- 5. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 5 Comparison of SSC and O** “SSC” Z5D “O” GH 3.24 Radiant Power (mW) 420 460 440 480 500 520 580 540 J33 SZDR5A0D J34 J41 “O” GH 4.24 V5 V7 V4 J24 J31 SZDR5A0C J32 @ 350mA Tj=25 °C V6 V7 V9 V6 V8 J33 Typical Typical “SSC” Z5C
- 6. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 6 Product Portfolio of 660nm RED 40% 60% 80% 100% 120% 140% 430 450 470 490 510 530 Relative $/mW Radiant Power (mW) 350mA Tj=25 °C “O” Highest Radiant power & high reliability & robustness We need to find the position of Z5D regarding price and direction “O” “SSC” “SSC” “O” New One MP : April “SSC”
- 7. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 7 02 Roadmap & LM80 Z5C, Z5D LM80 new plan
- 8. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 8 Z5D Roadmap Z5B 800mW Z5C 890mW ( 11% ) Z5D 950mW ( 19% ) Z5D 1000mW ( 25% ) Z5D 1050mW ( 31% ) Q1 2021 Q2 2021 Q3 2021 Q4 2021 420mW @ 350mA 500mW @ 350mA 520mW @ 350mA 470mW @ 350mA 540mW @ 350mA SSC Product Roadmap
- 9. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 9 Z5D LM80 Plan Q90 >36,000hr Products Test time 55℃ 85℃ 105℃ Current Z5B (Z5C) 6khr 350mA Reported 6Khr >36000 6Khr 26000 9khr 700mA Reported 9Khr 21000 9Khr 22000 Z5C 6khr 350mA ( June, 2021 ) 6Khr >36000 (old data) 6Khr 26000 (old data) 6khr 700mA ( June, 2021 ) 6Khr 21000 (old data) 6Khr 22000 (old data) NEW Z5D 6khr 500mA ( July, 2021 ) 700mA ( October, 2021 ) 6Khr 6Khr
- 10. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 10 03 Specifications Characteristics Radiant Power Rank Distribution Mechanical Dimensions Recommended Solder Pad
- 11. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 11 Specifications Characteristics Parameter Symbol Value Unit Min. Typ. Max. Radiant Power [1] - 500 - mW Peak Wavelength λp 646 657 667 nm PPF Φp - 2.73 - µmol/s PPE KP - 3.81 - µmol/J Forward Voltage (@350mA) [3] VF - 2.05 - V Thermal resistance (J to S) RθJ-S - 3.0 - K/W ESD Sensitivity(HBM) Class 3B
- 12. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 12 Specifications Radiant Power Rank Distribution Bin Code Radiant Power (mW) @ IF = 350mA Peak Wavelength (nm) @ IF = 350mA Forward Voltage (V) @ IF = 350mA J3, J4 RR5 C, D Radiant Power (mW) @ IF = 350mA Bin Code Min. Max. J33 480 500 J34 500 520 J41 520 540 Peak Wavelength (nm) @ IF = 350mA Bin Code Min. Max. RR5 646 667 Forward Voltage (V) @ IF = 350mA Bin Code Min. Max. C 1.75 2.1 D 2.1 2.2
- 13. www.seoulsemicon.com Copyright ⓒ Seoul Semiconductor Co., Ltd. 13 Specifications Mechanical Dimensions Recommended Solder Pad Same PAD as O*** Company
Editor's Notes
- This is the flux rank table compared with competitors especially for high end market. Main rank of Y22 is W6 and W7 with typ. 171lm/W at 4000K and 85℃ which is higher than competitors. And also we are developing Z5M4 which can deliver the highest performance.
- This is our product portfolio of high power especially ceramic and Wicop. In this graph, the blue color products are ours and the black color products are from competitors. Mainly there are two kind of market, one is high end market requested high performance and reliability even though the price is expensive and the other one is low end market requested cost competitiveness. For the low end market, we can offer our Z5M3 as competitive lm/W with cost competitiveness. And also we can offer our Y19 used Wicop technology. For the high end market, we can offer our Y22 series and Z5M4 with world best lm/W with high reliability. Z5M4 will be developed by the end of February this year. For Y22 and Y19, we can offer our Wicop with Lens solution. For Y22P and Y22T, it’s an option for conventional lens application. For Z5M3 and Z5M4, it’s conventional 3535 solution.
- This is the flux rank table compared with competitors especially for high end market. Main rank of Y22 is W6 and W7 with typ. 171lm/W at 4000K and 85℃ which is higher than competitors. And also we are developing Z5M4 which can deliver the highest performance.
- This is the flux rank table compared with competitors especially for high end market. Main rank of Y22 is W6 and W7 with typ. 171lm/W at 4000K and 85℃ which is higher than competitors. And also we are developing Z5M4 which can deliver the highest performance.