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Hello, Please ask a question about LTY8SG Datasheet
# Example questions:
➢ What is the purpose of the pad geometry design?
➢ What is the recommended reflow soldering peak temperature for the lt y8sg component, according to the provided documentation?
➢ What is the maximum permissible forward current at a temperature of 80°c?
1. General Device Information:
️· Type: LED (Light Emitting Diode)
️· Version: Version 2.2, LT Y8SG
️· Package: GPLY6065
️· Weight: 6 mg
️· Approximate Dimensions: 1.7 x 0.7 mm
️· Cathode Indication: Indicated on the package.
2. Electrical Characteristics (Numbers and specifications are not complete, but here’s what's available):
️· Max. Permissible Forward Current (I_F): See detailed graph towards the end.
- The graph shows a relationship between forward current and temperature (T). Exact values are not given but general trends and conditions are.
️· Permissible Pulse Handling Capability: Graphs provided demonstrating relationship between Pulse Width (t_p) and Forward Current. Two graphs, one for T_A = 25°C, another for T_A = 85°C.
️· Reflow Soldering Profile (Important for Processing): Includes a detailed table specifying the soldering profile following JEDEC J-STD-020D.01.
3. Package Outline & Recommendations:
️· Package Outline: Dimensions and information for package placement are provided (1.7 x 0.7 mm). Illustrations are included showing approximate dimensions.
️· Recommended Solder Pad Design: Illustration showing pad geometry for improved heat dissipation.
️· Nitrogen Atmosphere: Recommendation to solder under a standard nitrogen atmosphere for superior joint connectivity.
️· Ultrasonic Cleaning: Package not suitable for ultrasonic cleaning.
4. Reflow Soldering Profile (JEDEC J-STD-020D.01 Compliant):
️· Preconditioning: JEDEC Level 4
️· Table of Parameters:
- Ramp-up rate to preheat: 2-3 K/s
- Time above 150°C (t_S): 60-120s
- Ramp-up rate to peak: 2-3 K/s
- Liquidus Temperature (TL): 217°C
- Time above Liquidus (t_L): 80-100s
- Peak Temperature (TP): 245-260°C
- Time within 5°C of peak (t_P): 10-30s
- Ramp-down rate: 3-6 K/s
- Time from 25°C to Peak Temperature (TP): 480s
️· Temperature Reference: Temperatures refer to the center of the package.
5. Max. Permissible Forward Current Graph Interpretation:
️· A graph is provided that relates the forward current (I_F) to the ambient temperature (T). The graph doesn't contain numerical values but it does show a general decreasing trend as temperature increases.
6. Permissible Pulse Handling Capability Graph Interpretation:
️· Two graphs are provided.
️· Graph 1 is a graph of the forward current I_F over the pulse time t_p for an ambient temperature of T_A = 25°C.
️· Graph 2 is a graph of the forward current I_F over the pulse time t_p for an ambient temperature of T_A = 85°C.
7. Other Notes:
️· Preconditioning: JEDEC Level 4.
IMPORTANT NOTES & LIMITATIONS:
️· Missing Data: The document is *not* a complete datasheet. It’s an excerpt, and many key electrical and optical characteristics are missing (e.g., forward voltage, luminous intensity, dominant wavelength, viewing angle, material, etc.).
️· Graphical Data: The numerical values for the forward current and pulse handling graphs are not directly provided. Extraction would require either manual reading or image processing software.
️· Version/Revision: The "Version 2.2, LT Y8SG" designation likely refers to a specific production batch or revision of the LED.
️· Application Specifics: The document doesn't detail the specific application that this LED is intended for.
️· Language: The document contains both English and German. This may indicate it's intended for a broader audience, but might also mean translations are necessary for full comprehension.
1. General Device Information:
️· Type: LED (Light Emitting Diode)
️· Version: Version 2.2, LT Y8SG
️· Package: GPLY6065
️· Weight: 6 mg
️· Approximate Dimensions: 1.7 x 0.7 mm
️· Cathode Indication: Indicated on the package.
2. Electrical Characteristics (Numbers and specifications are not complete, but here’s what's available):
️· Max. Permissible Forward Current (I_F): See detailed graph towards the end.
- The graph shows a relationship between forward current and temperature (T). Exact values are not given but general trends and conditions are.
️· Permissible Pulse Handling Capability: Graphs provided demonstrating relationship between Pulse Width (t_p) and Forward Current. Two graphs, one for T_A = 25°C, another for T_A = 85°C.
️· Reflow Soldering Profile (Important for Processing): Includes a detailed table specifying the soldering profile following JEDEC J-STD-020D.01.
3. Package Outline & Recommendations:
️· Package Outline: Dimensions and information for package placement are provided (1.7 x 0.7 mm). Illustrations are included showing approximate dimensions.
️· Recommended Solder Pad Design: Illustration showing pad geometry for improved heat dissipation.
️· Nitrogen Atmosphere: Recommendation to solder under a standard nitrogen atmosphere for superior joint connectivity.
️· Ultrasonic Cleaning: Package not suitable for ultrasonic cleaning.
4. Reflow Soldering Profile (JEDEC J-STD-020D.01 Compliant):
️· Preconditioning: JEDEC Level 4
️· Table of Parameters:
- Ramp-up rate to preheat: 2-3 K/s
- Time above 150°C (t_S): 60-120s
- Ramp-up rate to peak: 2-3 K/s
- Liquidus Temperature (TL): 217°C
- Time above Liquidus (t_L): 80-100s
- Peak Temperature (TP): 245-260°C
- Time within 5°C of peak (t_P): 10-30s
- Ramp-down rate: 3-6 K/s
- Time from 25°C to Peak Temperature (TP): 480s
️· Temperature Reference: Temperatures refer to the center of the package.
5. Max. Permissible Forward Current Graph Interpretation:
️· A graph is provided that relates the forward current (I_F) to the ambient temperature (T). The graph doesn't contain numerical values but it does show a general decreasing trend as temperature increases.
6. Permissible Pulse Handling Capability Graph Interpretation:
️· Two graphs are provided.
️· Graph 1 is a graph of the forward current I_F over the pulse time t_p for an ambient temperature of T_A = 25°C.
️· Graph 2 is a graph of the forward current I_F over the pulse time t_p for an ambient temperature of T_A = 85°C.
7. Other Notes:
️· Preconditioning: JEDEC Level 4.
IMPORTANT NOTES & LIMITATIONS:
️· Missing Data: The document is *not* a complete datasheet. It’s an excerpt, and many key electrical and optical characteristics are missing (e.g., forward voltage, luminous intensity, dominant wavelength, viewing angle, material, etc.).
️· Graphical Data: The numerical values for the forward current and pulse handling graphs are not directly provided. Extraction would require either manual reading or image processing software.
️· Version/Revision: The "Version 2.2, LT Y8SG" designation likely refers to a specific production batch or revision of the LED.
️· Application Specifics: The document doesn't detail the specific application that this LED is intended for.
️· Language: The document contains both English and German. This may indicate it's intended for a broader audience, but might also mean translations are necessary for full comprehension.
| Part No. | LTY8SG |
| Manufacturer | OSRAM |
| Size | 536 Kbytes |
| Pages | 21 pages |
| Description | Micro SIDELED 3010 |
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