@ T-1 (3 mm) OPTOELECTRONICS SOLID STATE LAMPS PURE GREEN HLMP-K600 TINTED PURE GREEN HLMP-K640 CLEAR SOFT ORANGE HLMP-K400 TINTED SOFT ORANGE HLMP-K401 TINTED SOFT ORANGE HLMP-K402 TINTED _ DESCRIPTION | These T-1 LEDs are widely used as general purpose indicators. The pure green lamps are made with a GaP LEDs on a GaP substrate. The soft orange are made with ae GaAsP LEDs on a GaP substrate. They are encapsulated 6 in epoxy packages and are designed to provide superior a light output and a wide viewing angle. + mw Popular T-1% package. 00.5 2 NOTES: = Low drive current. Ss 1. ALL DIMENSIONS ARE IN MM. : i abil a z= 2. LEAD SPACING I$ MEASURED Solid state reliability. = s WHERE THE LEADS EMERGE m Wide viewing angle. 2 FROM THE PACKAGE. = Choice of pure green or soft orange colors. = 3. PROTRUDED RESIN UNDER t THE FLANGE IS 1.5 mm (0.059) MAX. 3.15403 S$T4020 _BRSVEUIE MAAIMUM HAT (T= 25C Ur lerwise Spac a DC forward current (I)... eee cc eee cee cece etd e cies been ene e nt tet bt bbb ter bbb bb be, 40 mA Operating temperature range... 00.0... cece eect et ttt ertntvtnsvennnns 40C to +85C Storage temperature range . 0.2... cece ence e cet e event erentunbnnns 40C to +100C Lead soldering time 0.0.0... ccc cece cere eee tenant vanveetennnes 5 seconds @ 260C {at Ye inch from the bottom of lamp) Peak forward current (I) 0.0... cee cence e eee ebb bebe t bbb bbb been bbb beens 200 mA (at f=1.0 KHz, Duty factor= 1/10) Power dissipation (Py)... ccc een b eee teen e bbe b bbe test bbe tn tnteeeens 110 mw@ T-4 (3mm) OPTOELECTRONICS SOLID STATE LAMPS _ELECTRO-OPTI fied) PART NUMBER HLMP- K4a02 TEST CONDITIONS Luminous intensity (mcd) le=10 MA minimum 1.0 4.2 1.0 2.0 3.0 typical 4.5 30 4.0 5.0 6.5 Forward voltage (V-) |.=10 mA minimum 1.5 1.5 1.5 typical 2.1 2.2 1.9 1.9 1.9 maximum 2.7 3.0 2.4 2.4 2.4 Peak wavelength (nm) 560 560 612 612 612 =10 mA Spectral line half width (nm) 24 24 40 40 40 |;=10 mA Reverse breakdown voltage (Va) 5 5 5 5 5 IF=100 pA Viewing angle () 90 45 90 90 90 1=10 mA *NOTE: HLMP-K640 test canditon is |-=20 mA eae c a LEC ne Pure (Emerald) Green 40 t F : a Es 8 a we g 5 38 a . x we 2 53 < 44 = z wz s $ Eg i 2 <t t wt s z sT1622 ptt 871628 (0m ee ww Ve ~ FORWARD VOLTAGE - V logan - PEAK CURRENT PER LED - mA tpeax- PEAK CURRENT PER LED - mA 6 Figure 1. Forward Current vs. Figure 2. Relative Luminous Intensity vs. Figure 3. Relative Efficiency vs. Forward Voltage Forward Current Peak LED Current i. < 5 3 5 1 ote Foes 4 Hy pete 5535 3 a a3G Zuko $*3 N g2 2h 1 < Hi : i x B\ Sy ells Vish 2 pe 13 EUAN ENley Een z\z HB 10 100 ~1000~=#10,000 te - PULSE DURATION -s 20 wow ao wo 100" ST1624 ST1625 Figure 4. Maximum Peak Current Figure 5. Relative Luminous Intensity vs. Pulse Duration vs. Angular DisplacementDPTOELECTAONICS T-1 (3 mm) SOLID STATE LAMPS Soft Orange i z zB 5 st 8 red ze wo Bs w 3 36 $ Q Za = < a5 s a : zi : 1 52 : + = & Q 50 ST1626 a 5 10 5 20 2% % STIG27 o 1 20 % 4 50 6a 70 80 SO Ve ~- FORWARD VOLTAGE ~ Vv Ipc - DC CURRENT PER LED - mA IpeEax ~ PEAK CURRENT PER LED - mA& . | . ; / ST1628 Figure 1. Forward Current vs. Figure 2. Relative Luminous Intensity Figure 3. Relative Efficiency Forward Voitage vs. Forward Current vs. Peak LED Current DC CURRENT RATIO OF MAXIMUM TOLENABLE PEAK CURRENT TO MAXIMUM TOLERABLE oe, al at Oh, wit - ra A Vale = freak MAX, inc MAX 1 10 10 190 1,000 10,000 - DURATION w - PULSE Du * sT1e24 Figure 4. Maximum Peak Current vs. Pulse Duration 20 ay 6o" 80 100 $T1629 Figure 5. Relative Luminous Intensity vs. Angular Displacement Green 500 550 Fig. 6. Relative intensity vs. Wavelength-nm Orange 600 650 700 ST1630