CTL0603FPU1T DATASHEET

Transcription

1 Part Number Size Emitting Color Emitting Material Lens-Color Radiant Intensity (mw/sr) Wavelength nm λp (Min.) Vewing Angle (2q 1/2) CTL63FPU1T 63 Purple InGaN Water Clear 1.8 min 3.2 typ Electrical & Optical Specifactions (T A =25 C) BL1 (InGaN) Unit CATHODE MARK Forward Voltage (Min.) V F 2.8 V W T1 T2 CATHODE MARK Forward Voltage (Max.) V F 4. V LED DIE C1 Reverse Current (Max) (V R =5V) I R 5 ua L1 L2 C2 C3 Peak Wavelength (Min.) λp 41 nm C1 Peak Wavelength (Max.) λp 42 nm Dimensions L 1 L 2 T 1 T 2 Units: Inches (mm) Spectral Line Half Width (Typ.) Δλ 2 nm.63±.4 (1.6±.1).394±.4 (1.±.1).157±.4 (.4±.1).79±.4 (.2±.1) W C 1 C 2 C 3 Absolute Maximum Ratings (T A =25 C) BL1 (InGaN) Unit.31±.4 (.8±.1).12±.4 (.3±.1).394±.4 (1.±.1).24±.4 (.6±.1) Reverse Voltage V R 5 V DC Forward Current I F 3 ma Peak Forward Current 1/1 Duty 1KHz 1 Fp 1 ma Power Dissipation P D 12 mw Operating Temperature T A -4 ~ +85 Storage Temperature Tstg -4 ~ +1 C Soldering Pad Layout.7mm Tolerances are all ±.1mm

2 Graphs 12 CTL63BL1T Fig.1 Forward Current vs Forward Voltage 3.5 Fig.4 Forward Current vs Po(mW) Forward Current(mA) Radiant Intensity Wavelength (nm) Forward Voltage (V) Fig.2 Wavelength vs Forward Current Relative 2mA Fig.5 Relative Forward Intensity Current vs (ma) Wavelength Forward Current (ma) Wavelength (nm) Forward Current(mA) Fig.3 Current vs Temp Fig. 6 Fig. Directive 6 Radiation Ambient Temperature (Ta C) 1% 75% 5% 25% 25% 5% 75% 1% Environmental information RoHS Status 6 of 6 Compliant REACH Status Compliant Halogen Status Halogen Free Conflict Mineral Status Conflict Mineral Free Moisture Sensitivity Level (MSL) 3 Reflow profile Max Reflow Temperature 26 C Number of Reflow Cycles 2

3 Label Example Item: CTL63FPU1T Chip Type LED,63,Flat Lens, Purple Qty: 4 D/C: 1616 Lot: BIN/HUE: M VF: Codes: VENKEL LTD YOUR SINGLE SOURCE FOR SURFACE MOUNT PASSIVES VF: Forward Voltage BIN: Luminous Intensity HUE: Dominant Wavelength Radiant Intensity Classification (BIN Code) BIN Code Po(mw/sr) at 2mA Min. Max. M N P Q

4 Reel Specifications Units: mm Packaging Specifications Label F Reel Size: 7 Quantity per Reel : 4, Storage Specifications M C E 1. Storage temperature and RH: 5 C~35 C, RH6% 2. Once the package is opened, the LEDs should be used within a week. Otherwise, they should be kept in a moisture proof bag with desiccant. We suggest that you use this product within one year from date code. M C F E G G 3. If opened for more than one week in an atmosphere of 5 C~35 C, RH6%. The parts should be heat treated at 6 C±5 C for 15 hours. 178± ±1. 12.±1. 6.±1. 9.±1. Tape Specifications Units: mm B G T A J F W 1 2 Dø H E T W A B F.6±.5 8.± ±.5.9±.1 3.5±.2 E H J D G 1.75±.1 4.±.2 2.±.1 1.5±.1 4.±.2

5 Environmental Test Criteria Classification Test Item Test Condition Sample Size Endurance Test Environmental Test Operating Life High Temperature Storage Low Temperature Storage High Temperature, High Humidity Storage Thermal Shock Temperature Cycling IR Reflow 1. Ta=25 C 2. If=2mA 3. t=1hrs (-24hrs, (+72hrs) 1. Ta=15 C±5 C 2. t=1hrs (-24hrs, (+72hrs) 1. Ta=-4 C±5 C 2. t=1hrs (-24hrs, (+72hrs) 1. Ta=85 C 2. RH=85% 3. t=1hrs(-24hrs, (+72hrs) 1. Ta=1 C±5 C & -4 C±5 C 2min/ 1sec / 2min 3. Total: 1 cycles total 1. 1 C±5 C & -4 C±5 C 3mins / 5mins / 3mins 2. 1 Cycles 1. T=26 C Max. 1 seconds Max 2. 6 Min Drive Method LED is a current operated drive, and therefore it requires some kind of current limiting incorporated into the driver circuit. This current limiting typically takes the form of a current limiting resistor placed in series with the LED. Consider worst case voltage variations that can occur across the current limiting resistor placed in series with the LED. The forward current should not be allowed to change by more than 4% of its desired value. Circuit model A LED Circuit model B LED