Features: Narrow beam angle High brightness LED Water clear plastic package UV resistant epoxy. Applica ons:

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1 Features: Narrow beam angle High brightness LED Water clear plastic package UV resistant epoxy Descrip on: Each device in the OVLG Series is a high intensity LED mounted in a clear plastic T-1¾ package. Each device incorporates an integral molded lens that enables a narrow beam angle and provides an even emission pattern. Designed to produce light over a wide range of drive currents, these LEDs are useful in applications that require a higher on-axis brightness than that achievable with standard lamps. Applica ons: Indoor/outdoor applica ons Variable message boards Store front signage Indicators Part Number Material Emi ed Color Intensity Typ. mcd Lens Color OVLGB0C6B9 Blue 7,200 InGaN OVLGC0C6B9 Blue-Green 23,000 Clear OVLGS0C8B9 Red 14,000 AlInGaP OVLGY0C9B9 Yellow 14,000 RoHS DO NOT LOOK DIRECTLY AT LED WITH UNSHIELDED EYES OR DAMAGE TO RETINA MAY TT electronics plc Issue C 10/2015 Page 1

2 Absolute Maximum Ra ngs (T A = 25 o C unless otherwise noted) Storage Temperature Range -40 ~ +100 C Opera ng Temperature Range -40 ~ +100 C Reverse Voltage 5 V Con nuous Forward Current Blue, Blue-Green 25 ma Red, Yellow 50 ma Peak Forward Current (10% Duty Cycle, 1 khz) 100 ma Power Dissipa on Blue, Blue-Green 100 mw Red, Yellow 120 mw Current Linearity vs Ambient Temperature Blue, Blue-Green ma/ C Red, Yellow ma/ C LED Junc on Temperature 125 C Electrosta c Discharge Classifica on (JEDEC-JESD22-A114F) Class 1C Lead Soldering Temperature (3 mm from the base of the epoxy bulb) C / 5 seconds Electrical Characteris cs (T A = 25 o C unless otherwise noted) SYMBOL PARAMETER COLOR MIN TYP MAX UNITS CONDITIONS I V V F I R λ D 2Θ½H-H Luminous Intensity Forward Voltage Reverse Current Dominant Wavelength 50% Power Angle Blue 4,360 7, Blue-Green 11,970 23, Red 8,550 14, mcd Yellow 8,550 14, Blue Blue-Green Red Yellow V Blue Blue-Green Red µa V R = 5 V Yellow Blue Blue-Green Red nm Yellow Blue Blue-Green Red deg Yellow TT electronics plc Issue C 10/2015 Page 2

3 Standard Bins LEDs are sorted to luminous intensity (I V ), forward voltage (V F ), and dominant wavelength (λ D ) bins shown. Each bag will consist of a single intensity bin, single forward voltage bin and single dominant wavelength bin. Orders may be filled with any of the intensity bins or color bins listed in the following tables. Optek will not accept orders for single intensity bins or single color bins. Luminous Intensity (I V 20mA Blue: OVLGB0C6B9 0W 4,360 6,105 0X 6,105 8,550 0Y 8,550 11,970 Blue-Green: OVLGC0C6B9 Z1 16,758 23,500 Z2 23,500 32,800 Z3 32,800 46,000 Forward Voltage (V F 20mA Blue: OVLGB0C6B9 & Blue-Green: OVLGC0C6B9 VF Code Min (V) Max (V) A B C D E F G Dominant Wavelength (nm) Blue: OVLGB0C6B9 BC BD BE Green: OVLGC0C6B9 HB HC HD HE Luminous Intensity (I V 20mA Forward Voltage (V F 20mA Dominant Wavelength (nm) Red: OVLGS0C8B9 0Y 8,550 11,970 Z1 16,758 23,500 Z2 23,500 32,800 Yellow: OVLGY0C9B9 0Y 8,550 11,970 Z1 16,758 23,500 Z2 23,500 32,800 Red: OVLGS0C8B9 & Yellow: OVLGY0C9B9 VF Code Min (V) Max (V) A B C Red: OVLGS0C8B9 RA RB Yellow: OVLGY0C9B9 YC YD YE YF YG TT electronics plc Issue C 10/2015 Page 3

4 Typical Electro-Op cal Characteris cs Curves Blue & Blue-Green TT electronics plc Issue C 10/2015 Page 4

5 Typical Electro-Op cal Characteris cs Curves Red & Yellow TT electronics plc Issue C 10/2015 Page 5

6 Beam Angle: Packaging: 500 pcs per an -sta c bag with desiccant Desiccant Barcode Label TT electronics plc Issue C 10/2015 Page 6

7 Reliability Test LED lamps are checked by reliability tests based on MIL standards. 1. Test Condi ons, Acceptable Criteria & Results Classifica- on Test Item Std. Test Method Test Condi ons Dura on Unit Acc / Rej Criteria Result Life Test Opera on Life Test (OLT) Method T A =25 C, I F =30mA * 1000 Hrs / 1 Pass High Temperature Storage (HTS) Method T A =100 C 1000 Hrs / 1 Pass Environmental Test Low Temperature Storage (LTS) Temp. & Humidity with Bias (THB) Thermal Shock Test (TST) Method Method 103B Method T A = 40 C 1000 Hrs / 1 Pass T A =85 C, Rh=85% I F =20mA 0 C ~ 100 C 2min 2min 500 Hrs / 1 Pass 100 cycles / 1 Pass Temperature Cycling Test (TCT) Method C ~ 25 C ~ 100 C ~ 25 C 30min 5min 30min 5min 100 cycles / 1 Pass Mechanical Test Solderability Resistance to Soldering Heat Lead Integrity Method Method Method ±5 C, 5 sec. 1 me 20 0 / 1 Pass 260±5 C, 5 sec. 1 me 20 0 / 1 Pass Load 2.5N (0.25kgf) 0 ~90 ~0, bend 3 mes 20 0 / 1 Pass Remark: ( * ) I F = 30mA for AllnGaP chip; I F = 20mA for InGan chip ( ** ) I F = 20mA for AllnGaP chip; I F = 10mA for InGan chip 2. Failure Criteria (T A = 25 C): Test Item Symbol Test Condi ons Min. Criteria for Judgment Max Luminous Intensity I V I F = 20mA LSLx0.7 ** Forward Voltage V F I F = 20mA USLx1.1 * ( * ) USL: Upper Standard Level, ( ** ) LSL: Lower Standard Level TT electronics plc Issue C 10/2015 Page 7