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TOSHIBA PRODUCT GUIDE 2006-12 LED Lamps

1. lv tr Iv tr Ir VF TLKF Series 2 TLD Series InGaN TL EF Series InGaAgP TT T 1000 100 4 2 8 300 Ta 25 C 9 T 25 25 a 300 gt 100 E E 100 e x B 30 EO 5 2 5 30 40 S 10 10 7 OTLRF TLsF 2 1 OnsF 5 TLOF S 10 8 TLOF 3 e TLYF amp TLYF 2 TLPYF TLPYF 8 TLGF 3 GTLGF t QTLFGF TLBD 5 TLFGF 3 05 TLPGF 4 TLEGD 1 TLPGF 1 3 10 30 1 3 5 10 30 50 100 14 16 18 20 22 24 26 Forward Voltage Vr V Forward Voltage Vr V Forward Current Ir mA Pulse allowable forward Wor current characteristics PU TLD Series InGaN 100 50 Ta 5650 TLBD 254 lt 12 25 0 400 home PN ims 40 x z m 5ms z 5 80 5 3 5 10 E o 5 60 e Allowable Range 20 8 2 40 5 10 20 8 2 1 2 0 ME 26 28 30 32 34 36 38 40 3073 10 2 1077 1 20 40 6 80 100 120 Forward Voltage Vr V Duty Ratio D
2. Iv IF IV VF TLXE Series InGaA0P TLXU Series InGaA0P 300 _ 100 50 2 Ta 25 C B so 25 555 0 25 5 30 TLSE 1 100 d gt 30 2 2 50 TLYE 30 DD 10 4 TE 5 amp 10 TLFGE 5 5 5 5 TLPGE 10 gt 3 E E TLRE 5 E gos 5 n 84 Onsu 2 x TrYE TLou 3 8 TLPYE 9 05 TLAU TLOU TLGE 8 TLYU e TLAU 1 TLGU TLYU 3 TLPGU TLGU 05 3 1 TLPGU 1 3 5 10 30 50 100 1 5 10 30 50 100 16 17 18 19 20 21 22 Forward Current Ir mA Forward Current Ir mA Forward Voltage Vr V Pulse allowable forward current characteristics Iv TF 40 Zi 25 0 H 10m Fa 5m 10 us 100 20ms T 30 5 5 5 gm Allowable Range 2 20 60 5 2 5 b E 10 z 20 lt 8 0 80 E 1073 10 107 3 Ls 0 20 40 60 80 100 Duty Ratio Dr Ambient Temperature Ta C Radiation pattern Horizontal direction Packing Container Suffix to 9
3. Iv lv 20 mA Ir Vr TLBA1100B TLWH1100 TLWA1100 TLBGA1100 TLRPA1100 Series InGaN TL D Series InGaN 1000 7 10 100 Oma 500 25 TLWHITLWA 300 TLBGA TLRPA 2 amp 2 t gt z TLEGE gt 3 100 Ona 0 Lr H x TLWJ1100 5 e 8 Jon 5 5 10 2 10 2 A 8 5 p TLBA 5 t a 3 TLBD 5 3 TLEGD s 1 TLEGE 8 6 TLGTE 3 05 f TLBE 3 1 4 3 5 10 30 50 100 22 2426 28 3032 34 36 38 40 42 44 46 Forward Current Ir mA Forward Current Ir mA Forward Voltage Vr V Pulse allowable forward Ir T current characteristics E Radiation pattern 80 241 D TLBA 120 HIE E dus o 1 ms TLEGE GTE 20 ms aut _ 60 TL D TLWJ 5 TLBE 8 780 5 E 5 40 8 60 Allowable Range E 5 N M 90 4 0 02 04 06 0 8 10 2 49 3 2 20 z 5 2 20 lt e amp 0
4. 100 5 2 50 25 d 30 p amp 9 5 i 3 I TLRU 1 Otsu Set rtou 0 5 TLAU TLYu TLPGU 1 3 5 10 30 50 100 Forward Current Ir mA IF VF TL amp amp C Series InGaN 100 25 50 30 10 5 26 28 30 32 34 36 Forward Voltage Vr V Radiation pattern Horizontal direction 25 C TL C Vertical direction 90 0 02 04 0 6 0 8 1 0 Pulse Allowable Forward Current mA Luminous Intensity on axis Iv mcd Pulse Allowable Forward Current IF mA TLC Series InGaN S Ta 25C 8 a 5 TLEGC 1 8 5 10 30 50 100 Forward Current IF mA Pulse allowable forward current characteristics TL kE1002A Series TL kU1002A Series 156 25 100 80 Allowable Range 71 Duty Ratio Da Ir 40 TL E TL U TL C 30 20
5. Ambient Temperature Ta C S12 5 51 3 208 5 506 ZO TUE 804 02 0 2 0 2 40 6 10 Ambient Temperature Ta C 30 C to 85 C 40 C to 120 C 812 5 E 5 506 x 504 5 T 0 2 0 0 2 40 6 80 10 Ambient Temperature Ta C 20 C to 75 C 30 C to 100 C EXE E 2 20 8 E 1506 xO 104 202 8 0 5 20 40 60 80 100 120 lt 40 to 100 C 40 to 120 C 37 4 Product List for the Through Hole Type 6 High Brightness Green LED Lamps Oval 4 3x 5 70 50 571 574 Green transparent 571 574 Transparent 3 565 568 Transparent 3 558 562 Transparent 3 571 574 Transparent 3 571 574 Green transparent 3 565 568 Transparent 3 565 568 Green transparent 3 558 562 Transparent 3 565 568 Transparent 3 571 574 Transparent 3 571 574 Green transparent 3 558 562 Transparent 3 571 574 Transparent 3 571 574 Transparent 3 558 562 Transparent 3 571 574 Transparent 3 565 568 Transparent 3 565 568 Green transparent 3 558 562 Transp
6. 50 200 95 3 Pilot lamps narrow range 50 200 05 13 Message boards Backlighting 50 200 95 1 50 200 95 1 Pilot lamps 50 200 05 4 narrow range 50 200 05 4 50 200 05 2 Message boards 50 200 05 2 Backlighting 50 200 5 2 Pilot lamps narrow range 50 200 05 3 50 200 05 3 50 200 05 14 Message boards 50 200 05 14 Backlighting 50 200 95 14 50 200 95 14 200 223 Pilot lamps 50 200 93 3 50 200 93 2 Backlighting wide range 50 200 Oval 1 Message boards 50 200 95 1 20 200 ceni Message boards 50 200 95 1 Backlighting 50 200 95 1 50 200 95 2 50 200 95 2 50 200 95 2 50 200 95 3 200 E 50 200 95 3 50 200 95 3 50 200 95 3 50 200 95 3 50 200 95 2 50 200 Message boards 50 200 05 14 Backlighting 50 200 05 6 Ag TE Pilot lamps s 5 508 5 506 8 04 02 8 fp 8 0 20 40 60 80 100 Ambient Temperature C 30 C to 85 C 40 C to 120 C 312 2 5 0 8 506 50 2 02 8 0 2 0 2 40 60 80 100 Ambient Temperature Ta C 20 C to 75 C 30 C to 100 C gt 5 s 5 Allowable Forwar
7. Unit mm Unit mm 9 P 0 2 1 65 115 1 65 82 ze a 2154 2 Cathode index Refer to relevant technical datasheets S 51 Absolute Maximum Ratings 2 T Ta 25 C Dn Characteristic Symbol Rating Unit al Forward Current DC IF 70 mA Reverse Voltage VR 4 V Amd i i 2 Power Dissipation Pp 175 mw 2 Cathode Operating Temperature 40 to 100 C Tolerance 40 2 Storage Temperature Tstg 40 to 100 C Red TLRH1106 T11 160 380 24 2 5 10 644 18 630 Red TLRMH1106 T11 160 380 24 2 5 10 636 17 626 Series Red TLSH1106 T11 250 500 22 2 5 10 623 17 613 Orange TLOH1106 T11 250 600 22 25 10 612 15 605 Yellow TLYH1106 T11 250 450 22 2 5 10 590 15 587 Green TLGH1106 T11 100 200 22 25 10 574 11 571 w Sealed in a moisture proof bag 24 Pulse allowable forward current
8. 40 60 80 100 120 Ambient Temperature Ta 40 C to 100 C 40 C to 120 C 31 4 Produc TL E Series InGaA0P Series InGaA0P List for the Through Hole Type 1530 3500 TLRME50C F 626 636 Red transparent 3 16 1530 3500 TLSESOT F 613 623 Transparent 3 850 2200 TLRME50T F 626 636 Transparent 3 850 1800 TLRE50T F 630 644 Transparent 3 272 800 TLSE53T F 613 623 Transparent 3 45 272 600 5 626 636 Transparent 3 153 400 TLRES3T F 630 644 Transparent 3 93 85 330 TLRME68TG F 626 636 Transparent 3 85 260 TLRME68CG F 626 636 Red transparent 3 80 85 200 TLSE62T F 613 623 Transparent 3 47 6 180 TLRME62T F 626 636 Transparent 3 47 6 120 TLRE62T F 630 644 Transparent 3 100 47 6 140 TLRME68DG F 626 636 Red diffused 3 120 15 3 45 TLRE6OT F 630 644 Transparent 3 272 750 TLSE27C F 613 623 Red transparent 3 Oval 5 x 5 8 30 50 153 400 TLRME27C F 626 636 Red transparent 3 85 300 TLRE27C F 630 644 Red transparent 3 85 200 TLRE28C F 630 644 Red transparent 3 Oval 4 3 x 5 807 50 85 200 TLRME28C F 626 636 Red transparent 3 85 300 TLSE28C F 613 623 Red transparent 3 e 1530 4500 TLSU180P F 623 636 Transparent 1 20
9. Ir VF characteristics _ 1000 100 H 8 2 Om 25 200 300 z 50 30 160 100 amo 2 8 wE 2 40 g 8 S 10 B5 Os TLRH TLRMH DTLRH TLRMH a Onsu 3 5 e 8 TLOH OTLOH 8 40 TLYH 9 I TLYH lt 3 TLGH i b OTLGH 3 1 3 5 10 30 50 100 14 16 18 20 22 24 26 amp ws 10 2 1 Forward Current Ir mA Forward Voltage Vr V Duty Ratio lr Ta Radiation pattern 100 25 C 80 5 60 o E 8 40 5 L 9 8 20 z 5 00 20 40 60 80 100 120 Ambient Temperature C 3 Packing Container Suffix to 5 Paru S Pitch Quantity Reel Tape dimensions mm Appearance Embossed 4mm 2000 pes reel tape 25 3 Product List for the SMD Type H1102B T1 Features Package dimensions 3 2 L x 2 8 W x 3 4 H mm Four element InGaA2P high brightness LED Resin with high heat resistance is used for the package the device can operate in high temperatures Wide operating temperature range Topr 40 to 100 C Unit mm HeeommendedSolderingPatters ri mm 1 2 1 6 14 x PETE EU 3 5 N Q 2 8 N Cathode index
10. _ 2000 m _ 3000 100 9 4 3 25 o 25 8 25 25 1000 10 Ar 3 25 g 500 x x 300 300 5 z s 5 5 oo 2 5 10 2 100 2 E POL 50 4 TLRH n TLRMH 30 8 QTLSH lt 10 2 TLOH 5 TLYH 3 10 3 1 1 3 5 10 30 50 100 1 3 5 10 30 1 6 18 2 0 22 24 Forward Current Ir Forward Current Ir mA Forward Voltage Vr V Pulse allowable forward current ENG Characteristics Pee TLE Series InGaAgP 50 80 25 C D Ta 25 C z zo a Ha Em 160 n 60 s 5 10 5 5 2 120 9 8 2 allowable Range LI g 40 8 5 2 2 3 n u ira 5 2 20 OTLRE TLSE 40 25 TLOE TLYE TLGE lt z TLPGE 8 1 2 Q lt 16 RO g 24 26 MENT 102 107 1 20 40 60 80 100 120 Forward Voltage Vr V Duty Ratio Da Ambient Temperature Ta C Radiation pattern Ta 25 17 0 02 04 060810 Suffix to Packing Container Tape Type EEr Nire Pitch Quantity Reel Tape dimensions mm Appearance Embossed T10 8 mm 500 pcs reel tape 27 4 Product List for the Through Hole Type gt gt 1 Electrical and Optical Characteristics Toshiba offers high brightness LED series by developing four element InGaAsP high brightness LEDs and desig
11. 0 20 20 60 80 100 Ambient Temperature Ta Suffix to Packing Container Tape Type Pitch Tape ba Quantity Reel mm Embossed T02 4mm 5 9 E 1 3000 pcs reel ape 5 e bh 15 3 Product List for the SMD Type Package dimensions 3 2 L x 2 4 W x 2 4 H mm Four element InGaAJP high brightness LED y Package with 92 mm lens substantially improves light extraction Designed for miniaturization and slimming while maintaining high brightness emission Optical axis precision is substantially improved compared with the through hole type Designed to reduce nonuniformity in display contrast 5 Unit mm Unit mm Polarity o o 14 2 0 11 92 0 z a TA pa a Cathode index 32 2 7 a 24 05202 Forward Current 25 mA Reverse Voltage VR 4 V 1 2 Power Dissipation Pp 60 mW 1 Cathode o 2 Anode Operating Temperature Topr 40 to 85 Tolerance 40 1 Storage Temperature Tstg 40 to 100 50 1005 03 5 1005 03 Series InGaA P tc Sealed in a moisture proof bag For the available luminous intensity bins and further details cont
12. Chromaticity ranking of the TLWH1100 TLWA1100 The devices are classified into groups of chromaticity coordinates as shown below For details contact your nearest Toshiba sales office Duty Ratio Dr 0 20 40 60 80 100 120 Ambient Temperature Ta C Chromaticity ranking of the TLWJ1100 and TLWD1100 The devices are classified into groups of chromaticity coordinates as shown below For details contact your nearest Toshiba sales office Tolerance gt 0 01 Tolerance 0 01 0 39 042 0 40 E 0 37 E2 0 38 E 0 35 1 0 36 E 02 0 34 E 0 88 E 0 32 E 0 31 C2 Sr 028 E 0 29 0 26 E 0 27 024 E 0 22 0 25 0 20 E 029 0 3 0 31 0 32 0 33 0 34 0 35 0 36 0 37 024 026 028 0 3 0 32 0 34 0 36 0 38 Cx Cx Packing Container Pitch Quantity Reel Tape dimensions mm Appearance Embossed tape T11 4mm 8 lt 2000 pcs reel 23 3 Product List for the SMD Type Package dimensions 2 2 L x 1 4 W x 1 3 H mm High current drive Q Resin with high heat resistance used for the package extends the range of the operating temperature Topr 40 to 100 C Lead Pb free reflow soldering
13. 43 a 2 H i 3 7 zu Ss 0 920598 9 usai 5 1 520598 sia x o aa g3 23 2 82 25 g lt o 6 TO corsse Foz 2 g a 2 0 99 8 i gt ores Slt m zos A 50 2 0 Fo E see roz 0 E r h i 9 St Wm ap 2 2 o s H t 7 L Alisa sa 1 i ALS 2 i usai D xeuisg 6 pepnujoud pepnujoud x o 2 88 3 EE ik 5 eS 5 7 9 TO G T 2 0 8 6 o SL lt 5 s s a S so 9 r n ET F 5 S 5 j 5 5 A Les 7o 7 5 3 usai x Buipnjour pepnujoud o PE IE 3 3 0 9 1979 8 E s 3 Ween esa 0084 vor 55 K 58 M rd gee 05921 1 mil 2 lt 585 T oad T r s s clie
14. 2 41 White GGD TLWJ1100 T11 S Cathode index LED chip ESEL Cathode index pt 0 8 1 1 Anode 1 Anode 2 Cathode Tolerance 30 2 2 Cathode Unit mm 1 65 145 1 65 Tolerance 20 2 gt InGaN and GaN Series i Package dimensions 3 2 L x 2 8 W x 1 9 H mm Resin with high heat resistance is adopted for the package the device can be used in high temperature Unit mm TLWH1100 TLWJ1100 1 Anode 2 Cathode Tolerance 0 2 Forward Current DC _ 80 Note 1 Reverse Voltage VR 4 Power Dissipation Pp 120 to 135 Note 1 Operating Temperature Topr es Note 1 Storage Temperature Tstg Dio et Note 1 Refer to the relevant technical datasheet 400 40 0 75 Note 2 Note 2 White TLWH1100 T11 250 42 0 75 Note 2 Note 2 White TLWD1100 T11 63 4 0 Note 2 Note 2 White TLWA1100 T11 0 75 Note 2 Note 2 eries ae Reddish TLRPA1100 T11 55 42 0 75 0 35 tc Sealed in a moisture proof bag Note 2 See ranking of the TLWJ1100 TLWD1100 TLWH1100 and TLWA1100 on 23
15. 10 mA For the available luminous intensity bins and further details contact your nearest Toshiba sales representative 14 lv IF Series InGaA0P 300 2 Ta 25C 9 Ho 100 d 50 B so 4 5 10 z ae s 5 TLSE 3 5 TLOE 2 amp TLYE g 5 TLPYE Boa Once H O TLFGE ost TLPGE 1 3 5 10 30 50 100 Forward Current IF mA TLE Series InGaA0P TL U Series InGaAZP 50 OTLRE 25 30 TLOE TLYE T T TLPYE TLGE g 10 2 TLPGE 5 8 5 s TLSU 3 TLOU 2 _ TLAU TLYU 1 OTLPGU 16 17 18 19 20 21 22 Forward Voltage Vr V Pulse allowable forward current characteristics TL kC1002 Series 2 8 8 E 8 amp gt 8 8 8 B I I Pulse Allowable Forward Current Ire mA 10 107 107 1 10 Duty Ratio Da Luminous Intensity on axis Iv mod Forward Current Ir mA TL kU Series InGaAgP
16. ED TLRH1032 T14 F T15 F 56 630 20 ED TLRMH1032 T14 F T15 F 85 626 20 ED TLSH1032 T14 F T15 F 160 613 20 b 1 Features Toshiba offers various products featuring high brightness multiple colors and a wide variety of package types Please select the appropriate product for your application Total 10 colors 4 red 1 orange 2 yellow 3 green Four element InGaA P LEDs are available for outdoor applications Various package allows customers to select the LED whose viewing angle best meets the requirements for their applications Wide range of packages for cellular phones and automotive applications Variety of colors White Blue Bluish green Reddish purple Reflow soldering Toshiba original 22 lens type LEDs are now available and meet the demand for low profile end products Conventional through hole LEDs were not able to meet this demand 7 2 Advantages of Four Element High Brightness LED Lamps A four element LED is a compound semiconductor made up of four elements In and P With this structure the same material and the same crystal growth method can be used to generate high brightness lights in all colors from green to red Four element LED products Series Traffic and IM Ultra high brightness Through hole type pedestrian the industry s highest luminous signals intensity Series Through hole type n High bright E S
17. Soldering precaution for flush mount LEDs suffix G to part number Toshiba developed this type of LED for flush mounting onto through hole double sided PCBs Compared with Toshiba s 23 LEDs the new LEDs are less affected by the mechanical stress that occurs during automatic mounting However if excessive stress is applied to the LED the resin body may be damaged or the optical characteristics may become affected in such a way that the LED will not emit light Before using the device carefully read the precautions in the relevant technical datasheets 1 2 Mounting precautions The lead frame should be bent at a point 5 mm away from the bottom of the body resin with the base firmly fixed by means of radio pliers Do not apply stress to the base Pliers M If stress is applied to leads during soldering or if excessive stress such as tension twisting or compression is applied to leads immediately after soldering while the temperature is still high the device may become open circuited and then unable to perform according to its specifications Instead the positions and directions of leads must be corrected after cooling 1 Ultrasonic cleaning The resin body may be degraded if ultrasonic cleaning is conducted after soldering and a solvent is used to remove flux or if non recommended chemicals used for brushing Note The amount of stress applied to a device during ultrasonic cleaning will vary according to the si
18. bd I H i z DC Forward Current IF 50 mA 44 008 i DC Reverse Voltage VR 4 Power Dissipation 11510 120 Note1 mw 1 LL 2 Operating Temperature Topr 40 to 100 C 1 Anode 2 Cathode Storage Temperature Tstg 4010100 T Tolerance 0 2 Note 1 Refer to the relevant technical datasheet Red x TLRH1102B T10 160 400 1 9 2 3 10 644 18 630 Red TLRMH1102B T10 160 480 1 9 23 10 636 ri 626 Series InGaA P Red TLSH1102B T10 400 850 1 9 ex 10 623 17 613 Red TLRE1102B T10 100 320 19 24 50 644 18 630 Red TLSE1102B T10 250 600 19 24 50 623 15 613 TLE Series UnGaAgP Yetow 2 TLYEl102E w Sealed in a moisture proof bag 26 TL KH Series InGaAgP TLE Series InGaA0P Ir Vr TL H Series InGaAZP
19. lr Ire Allowable Forward Current relative value o o o 20 40 60 80 Ambient Temperature Ta C 100 30 C to 85 C 40 C to 120 C n Allowable Forward Current relative value io o o o 20 40 60 80 Ambient Temperature Ta C 100 20 C to 75 C 30 C to 100 C o gt i o Allowable Forward Current relative value o 20 40 60 80 100 Ambient Temperature Ta C 120 40 10100 40 10120 41 5 x 33 2 O 75 TO e
20. InGaAZP 605 612 Transparent 3 605 612 Transparent 3 605 612 Orange transparent 3 605 612 Transparent 3 605 612 Transparent 3 605 612 Transparent 3 605 612 Transparent 3 Oval 5 x 5 8 605 612 Orange transparent 3 Oval 4 3 x 5 605 612 Orange transparent 3 Arched 5 x 2 5 605 612 Orange transparent 3 605 612 Transparent 605 612 Transparent 1 605 612 Orange transparent 605 612 Orange transparent 2 TL U 605 612 Orange diffused 2 Series 605 612 Transparent 1 064445 605 612 Orange transparent 2 605 612 Orange diffused 2 605 612 Transparent 605 612 Orange transparent 1 Oval 5 x 5 8 605 612 Orange transparent 1 When designing a circuit in which an LED is used refer to the relevant technical datasheet Note Refer to page 9 for information on pulse operation Also refer to page 3 for product number format 34 25 50 200 05 1 Pilot lamps 50 200 5 4 narrow range 50 200 05 2 50 200 05 3 Message boards Backlighting 50 200 93 3 Pilot lamps 50 200 03 2 Backlighting wide range 50 200 5 1 50 200 25 0 Pilot lamps narrow range 50 200 95 2 50 200 95 3 50 200 95 3 Message boards 50 200 05 14 Backlighting 50 200 95 14 50 200 95 6 Backlighting wide range 50 200 05 7 PUN ge 50 200 93 3 Pilot lamps 50 200 93 3 50 200 93 4 50 200 03 2 Backlight
21. Series InGaAgP vr Sealed in moisture proof bag 3t For the available luminous intensity bins and further details contact your nearest Toshiba sales representative 10 I i TL kV1022 Series _ 800 8 25 100 2 8 50 2 5 2 2 OTLRV RMV 10 TLsv 3 2 TLYV 5 3 3 TLPGV 1 8 5 10 30 50 100 Forward Current Ir mA IF TLskH1032 Series 100 TLRH TLRMH 25 TLSH TLOH a 2570 50 TLGH 30 25 5 10 5 s T 2 5 1 1 4 1 6 1 8 20 22 24 Forward Voltage Vr V IF Ta 30 25 TL KH1032 Series 8 20 5 o B 15 44 1022 Series S 5 10 m 5 5 2 lt 0 20 40 60 80 100 120 Embossed Ambient Temperature Ta C lv 1 TL kH1032 Series 4 TL V1022 Series 300 100 8 2 8 25 3 TLRMV Ta 25
22. 34 91 304 3040 Fax 34 91 327 2472 www arrow iberia com EBV Elektronik Tel 34 91 804 32 56 Fax 34 91 804 41 03 http www ebv com SWEDEN Arrow Nordic Tel 46 0 8 56 26 57 00 Fax 446 0 8 56 26 55 05 www arroweurope com northern EBV Elektronik Tel 46 0 40 592 100 Fax 46 0 40 592 101 http www ebv com SWITZERLAND EBV Elektronik Tel 41 0 1 745 61 61 Fax 41 0 1 745 61 00 http www ebv com Spoerle Electronic Distribution International Tel 41 1 817 62 62 Fax 41 1 817 62 00 http www spoerle com TURKEY Arrow Elektronik Ticaret A S Tel 90 216 575 1820 Fax 90 216 575 1830 www arroweurope com EBV Elektronik Tel 90 0 216 463 1352 Fax 90 0 216 463 1355 http www ebv com UNITED KINGDOM Abacus Polar Holding LTD Tel 44 1525 858100 Fax 44 1525 858101 http www abacus co uk Anglia Electronics Tel 44 1945 474747 Fax 44 1945 474849 Arrow Electronics UK Ltd Tel 44 1279 441144 Fax 44 1279 441687 http www arrowuk com BFI Optilas Tel 44 0 1908 326326 Fax 44 0 1908 221110 EBV Elektronik Tel 44 1628 783688 Fax 44 1628 783811 http www ebv com Trident Displays Tel 44 0 1737 780790 Fax 44 0 1737 771908 W TOSHIBA is continually working to improve the quality and reliability of its products Nevertheless semiconductor devices in gene ral can malfunction or fail due to their inherent electrical sensitivity and vulnerabilit
23. 45 44 50 82 00 Fax 445 44508210 http www arrowdk com EBV Elektronik Tel 45 86 25 04 66 Fax 45 86 25 06 60 http www ebv com ESTONIA Arrow Fiel Eesti A S Tel 372 650 3288 http www arrow com FINLAND Arrow Nordic Tel 358 9 47 66 6388 Fax 358 9 47 66 6430 www arrowfi com EBV Elektronik Tel 358 9 27052790 Fax 358 9 27095498 http www ebv com FRANCE Arrow Electronigue S A Tel 33 1 49 78 49 00 Fax 33 1 49 78 06 99 http www arrow com Tekelec Europe S A Tel 33 1 56 30 24 25 Fax 33 1 56 30 25 25 EBV Elektronik Gmbh Co KG Tel 33 1 40 96 30 00 Fax 33 1 40 96 30 30 http www ebv com GERMANY EBV Elektronik Vertriebs GmbH Tel Tel 422 http www ebv com 49 0 8121 774 0 49 0 8121 774 Glyn Jones GmbH amp Co KG Tel 49 0 6126 590222 Fax 49 0 6126 590111 http www glyn de Spoerle Electronic Tel 49 0 6103 3040 Fax 49 0 6103 304201 http www spoerle com GREECE Arrow Electronics Hellas Tel 30 210 9020165 Fax 30 210 9022118 http www arrow com EBV Elektronik Tel 430 210 3414300 Fax 430 210 3414304 http www ebv com HUNGARY EBV Elektronik Tel 36 0 1 436 7211 Fax 36 0 1 436 7215 http www ebv com RESTRICTIONS ON PRODUCT USE Spoerle Electronic Tel 36 0 1 350 6275 76 Fax 436 0 1 350 6277 http www spoerle com ISRAEL EBV Elektronik Tel 972 9709606990 Fax 972 98 852229 http www ebv com I
24. bi T Polarity 0 1 1575 T11 1501 4 0 0 1 2 7204 0 2 0 0 05 0 25 0 05 L M 1 1 1 wo 1 1 amp et el o sl H H as l B 8 H xA TT Y E V a IP ALP Polarity 28204 4020 1 PET T14 1 55 0 1 4020 1 Y 1 02 0 05 SN 1 Y amp 5 18 5 5 ies ya SS E 3 M x 0 35 0 05 0 9 0 05 T1 5 15204 0 2 0 05 5 Y 5 E 5 o Y Polarity 20204 __ 0 65 0 05 x 0 85 Jr AG VG k 18 15 04 4001 15 01 gt 2 0 0 05 0 2 0 05 S H 2 i5 elu S H H Hy ae ala Ia Polarity 15201 49201 11404 49 6 Handling Precautions 1 1 Mounting on a printed circuit board PCB Solder temperature 260 C max Pre Dip soldering Dipping time 3 seconds max when the temperature of the device is rising do not apply mechanical Location At least 2 mm away from stress to it resin body During dip soldering do not apply mechanical stress to the leads of a Temperature at tip of iron 300 C max device measures should also be taken to prevent any temperature Manual Soldering iron capacity 30 W max rise in the device soldering using Soldering time 3 seconds max You are advised to dissipate heat by gripping the leads with radio soldering iron Location At least 2 mm away from pliers or tweezers resin body
25. 8 19 19 Oval5x4 3 80750 28C ee 156P 172P 17TP 17CP 160 163 05 25 16TP 16CP 170 10 amp TLxU Series e 113P 18TP 18CP 48T 16 50T 50 30TP 31TP 32TP 18 164 40 414p 48M 35 123 125 45 13CP s 40 124 126 53T 53C_TL U Series 55 13DP 45 53T 25 50 53D EBENEN 11TP 60 262 267 80 2686 62T 68TG 68CG 3KFor details refer to the Product List for the Through Hole Type 100 68DG pages 30 to 41 120 29 4 Product List for the Through Hole Type 3 High Brightness Red LED Lamps 23 1530 5700 TLRMK16TP F 626 636 Transparent 3 Usus 30 850 3000 TLRMK31TP F 626 636 Transparent 3 4760 11000 TLSH20TP F 613 623 Transparent 3 i 2720 9000 TLRMH2OTP F 626 636 Transparent 3 2720 6500 TLSH38TP F 613 623 Transparent 3 A 1530 4800 TLRMH38TP F 626 636 Transparent 3 1530 4500 TLSH17TP F 613 623 Transparent 3 20 850 3200 TLRMH17TP F 626 636 Transparent 3 pt 850 2000 TLRH17TP F 630 644 Transparent 3 Series 850 1900 TLSH16TP F 613 623 Transparent 3 InGaAgP gt 476 1500 TLRMH16TP F 626 636 Transparent 3 476 1300 TLSH30TP F 613 623 Transparent 3 33 476 950 626 636 Transparent 3 272 680 TLRH30TP F 630 644 Tr
26. t Duty Ratio Dg Duty Ratio Da 200 160 N 120 Allowable Range 80 Allowable Range 40 Pulse Allowable Forward Current mA 10 2 10 1 1 10 3 Duty Ratio Da gt 8 Main Characteristics 10 2 10 1 1 Duty Ratio Da The absolute maximum ratings of a semiconductor device are a set of specified parameter values that must not be exceeded during operation even for an instant Circuit designers need to be fully aware of the importance of absolute maximum ratings g This parameter indicates the ratio of the LED s luminous intensity to its axial luminous intensity 100 as viewed from an angle of with respect to the axis of the light source The angle at which luminous intensity is exactly 50 of the axial luminous intensity is called the half 201k value angle 1 2 half value angle on both sides of the axis is expressed as 20 1 2 Luminous intensity is egual to the amount of luminous flux emitted into a solid angle at a defined angular orientation from the light source The measurement unit for luminous intensity is mcd A narrow view ing angle LED provides a high luminous intensity 90 90 0 0 5 1 Relative lumi
27. 0 90 Ae L 70 SR E 1 r e 20898 0 Pe X 6 gt EN Pain ro 9 Gg S 21 d g E use x ss ail So Wl EN 3 P OL 3 xeuig 6 ES uise1 8 8 6uipniou 8 5 Packing Specifications Pb 41 Through Hole Type 1 1 Tape packing Designed for 03 and 5 through hole type Available in tape and reel spaced on 2 54 or 5 mm centers suitable for automatic pick and place assembly Available in both ammo pack and tape amp reel Example TLRE16TP 51 Lead free lead finish Part number Tape specification The following table shows available taped pack options classified by packaging type tape dimensions and lead polarity TPK1 TPKR1 TPK51 TPK3 TPKR3 TPK53 TPK5 TPKR5 TPK55 TPJ1 TPJR1 TPJ51 TPJ2 TPJR2 TPJ52 TPJ3 TPJR3 TPJ53 e TPJ6 TPJR6 TPJ56 Unit mm 16 0 gt 0 5 1 180 705 6 0 0 3 or 13 0 0 3 0 75 90755 0 5 127 12 7 amp 1 component pitch 6 35 1 3 0 8 0 8 254 0 2 5 00 02 11 0 94 0 0 2 44 1 2 Bulk packing Minimum quantity 500 pcs per bul
28. 272 900 TLSU156P F 623 636 Transparent 1 30 153 550 TLSU113P F 623 636 Red transparent 2 40 47 6 250 TLSU114P F 623 636 Red diffused 2 g 476 4000 TLSU163 F 623 636 Pale red transparent 476 1600 TLSU160 F 623 636 Transparent 1 18 153 450 TLSU164 F 623 636 Pale red diffused 1 153 300 TLSU125 F 623 636 Transparent 1 93 35 85 270 TLSU123 F 623 636 Red transparent 2 85 180 TLSU126 F 623 636 Milky white diffused 1 40 47 6 100 TLSU124 F 623 636 Red diffused 2 60 47 6 170 TLSU262 F 623 636 Transparent 1 80 47 6 130 TLSU268G F 623 636 Transparent 1 Designed for flush mounting When designing a circuit in which an LED is used refer to the relevant technical datasheet Note Refer to page 9 for information on pulse operation Also refer to page 3 for product number format 32 Ta 25 C 50 200 93 3 50 200 93 3 50 200 93 3 50 200 93 3 Pilot lamps 50 200 93 4 50 200 93 4 50 200 93 4 50 200 93 5 50 200 93 5 50 200 93 2 50 200 93 Backlighting wide range 50 200 93 2 50 200 93 5 50 200 93 1 50 200 Oval 1 50 200 Oval 1 Message boards 50 200 Oval 1 50 200 Oval 2 50 200 Oval 2 Message boards 50 200 Oval 2 30 120 05 1 Pilot lamps narrow range 30 120 95 3 Message boards 30 120 252 Backlighting 30 120 95 5 30 120 93 3 30 120 93 3 30 120 93 3 30 120 93 4 Pilot lamps 30 120
29. 93 4 30 120 93 4 30 120 93 4 30 120 93 2 20 120 Tan Backlighting narrow range IF IFP Allowable Forward Current relative value Ambient Temperature Ta C 5 5 2 2 3 8 5 20 40 60 80 100 Ambient Temperature Ta C 30 C to 85 C 40 C to 120 C 2 8 Sou E 0 6 _ go 202 o g 0 20 2 4 6 80 10 Ambient Temperature 20 C to 75 30 C to 100 C 12 1 08 04 2 0 0 20 40 60 80 100 120 40 C to 100 C 40 C to 120 C 33 4 Product List for the Through Hole Type 4 High Brightness Orange LED Lamps 605 612 Transparent 3 605 612 Transparent 3 j i 605 612 Transparent 3 InGaA0P 605 612 Transparent 3 605 612 Transparent 3 605 612 Transparent 3 605 612 Transparent 3 605 612 Transparent 3 605 612 Orange transparent 3 605 612 Transparent 3 605 612 Orange transparent 3 605 612 Transparent 3 TEKE 605 612 Transparent 3 Series
30. Green diffused 3 558 562 Green diffused 3 571 574 Transparent 3 2 558 562 Transparent 3 Oval 5x5 8 30 50 571 574 Green transparent 3 Note Refer to page 9 for information on pulse operation Also refer to page 3 for product number format gt 7 Bluish Green LED Lamps TL C Transparent Series 505 496 Transparent 3 InGaN Transparent 7 8 High Brightness Dual Color LED Lamps TL H 5 7 Transparent Series InGaAgP White diffused When turning on two elements simultaneously keep the total current within the maximum ratings When designing a circuit in which an LED is used refer to the relevant technical datasheet Note Refer to page 9 for information on pulse operation Also refer to page 3 for product number format 40 Ta 25 C 30 120 95 9 Pilot lamps 30 120 05 9 narrow range 30 120 95 11 30 120 95 11 30 120 95 11 Message boards 30 120 95 5 PEL Backlighting 30 120 95 5 30 120 95 5 30 120 95 5 30 120 93 3 30 120 93 3 30 120 93 4 Pilot lamps 30 120 93 4 30 120 93 4 30 120 93 4 30 120 93 4 30 120 93 4 Pilot lamps 30 120 03 2 narrow range 30 120 03 2 30 120 Oval 1 Message boards 25 Pilot lamps narrow range 30 120 95 14 Message boards Backlighting 25 Message boards
31. Oval 5x 5 8 Oval 4 3 x 5 Arched 5 x 2 5 TL U Series InGaA0P Designed for flush mounting When designing a circuit in which an LED is used refer to the relevant technical datasheet Note Refer to page 9 for information on pulse operation Also refer to page 3 for product number format 36 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Yellow transparent 3 580 583 Transparent 3 587 590 Transparent 3 580 583 Transparent 3 587 590 Yellow transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Yellow transparent 3 587 590 Transparent 3 580 583 Transparent 3 587 590 Transparent 3 587 590 Transparent 3 587 590 Yellow transparent 3 587 590 Transparent 3 580 583 Transparent 3 587 590 Transparent 3 580 583 Transparent 3 587 590 Transparent 3 587 590 Yellow transparent 3 587 590 Transparent 3 580 583 Transparent 3 587 590 Yellow diffused 3 587 590 Transparent 3 587 590 Yellow transparent 3 587 590 Yellow transparent 3 580 583 Yellow transparent 3 587 590 Yellow transparent 3 587 590 Transparent x1 587 590 Transparent 587 590 Yellow transparent 1 587 590 Yellow tra
32. TLSE1100B T11 63 180 19 24 50 623 15 613 TLE Series InGaAgP vz Sealed a moisture proof bag 20 lv Ir Series InGaAgP Iv Ir TLE Series InGaAgP s 1000 500 z 25 H 300 25 Z 500 On gt 2 300 2 100 8 E 5 1 30 100 2 1 5 so 10 TLRE 5 TLSE 2 30 e D TLRH 5 TLOE a TLRMH TLYE TLSH 36 io OTLGE E OTLFGE A 10 TLYH 3 1 TLPGE 1 3 5 10 30 50 100 1 5 10 30 50 100 Forward Current Ir mA Pulse allowable forward current characteristics TLE Series InGaAgP Forward Voltage Vr V Pulse allowable forward current characteristics Series InGaAgP DUX Tar 200 200 iu M Ver ew 10 us it 10 us LL LE msl W 160 10 180 205 1 5 ms 2 120 E 120 Allowable Range Allowable R
33. The example shows the case of the TLYH16TP which includes bins S and T Binned products are normally two bins standard A colored transparent lens and colored deffused lens are of the same color as the emitted light 7 Pulse Operation Refer to the graphs for pulse allowable forward current ratings below Note that pulse operation requires derating with respect to the ambient temperature as does DC operation 140 100 Pulse Allowable Forward Current Ir mA 200 160 120 80 Pulse Allowable Forward Current Ire mA Pulse allowable forward current rating Ta 25 C Characi Characteristic Curves 5 15 1 25 120 2 30 3 Note 1 50 Sd 4 Pulse width Pw 100 us 70 5 Duty ratio Dp 107 Characteristic Curves 1 Characteristic Curves 2 Characteristic Curves 3 25 25 25 120 HHI 120 HHI I Pw 10 us l Pw 10 us JO ms 5 ms W 10 us T LH ms 10 mS HH ms ch Sms a 20 ms ims 20 ms 5 10ms d 8 20 ms 8 80 p 5 8 5 eo 5 E All ible Ri Allowable Range Allowable Range E lowable Range EM S m 8 oo 3 2 EE 10 3 10 2 10 1 1 10 5 10 2
34. rise due to power dissipation Relative Luminous Intensity Iv 0 1 30 10 10 30 50 70 Case Temperature Tc C Reference value AX 0 2 nm xATj junction temperature The lifetime of the LED is affected not only by the longevity characteristics of the device but also by the operating conditions and environment Therefore when selecting an LED and setting the operating conditions it is recommended to check the longevity characteristics For product specific reliability data including longevity characteristics contact your local Toshiba sales representative TLOE1002A Change in Light Output During Operation Life Test condition IF 25 mA duty cycle 100 Ta 25 N 30 Relative Luminous Intensity NT 100 1000 10000 100000 Test Time h 2 5 Ultraviolet light in LED lamps TLWH1100 TLWA1100 TLBGA1100 TLRPA1100 These products incorporate an ultraviolet LED optical wavelength approximately 360 to 400 nm their output light therefore contains some ultraviolet light No problem shoud occur if the device is used for display applications However do not use the device under the following conditions Prohibited Where light condensed through lenses would cause eye damage For example in microscopes and secondar
35. without standoffs are available E InGaN Suffix P in the part number indicates an LED lamp without standoffs TL C Series SMD Type Package size 1 6x0 8 mm E inGaA gP 2 0 x 1 25 mm Series t TLE Series 3 2 x 2 4 02 lens top type pale Series 2 0x 1 4 mm RU pui 3 2 x 2 8 mm flat top type 23 lens top type Series TL D Series TL C Series e TLWJ1100 1100 Series TLWH1100 Product Number Format The part number for through hole type I consists of the following six groups of alphanumeric codes pio OOQ F Example TLSU113P F kk kick High brightness TLSU Series LED Three digit package number without standoffs Color symbol See page 8 Package number 113 a EET Lead Pb free lead finish Example TLSU113 F Lead Pb free lead finish TLSU Series LED with standoffs Package number 113 Through Hole Type TT two digit package number Lesd Pb ree lead finish The part number for through hole type II consists of the following six groups of alphanumeric codes Part iue F Example TLRME68TG F aa High brightness TLRME Series Color symbol See page 8 Transparent lens Toshiba LED Package number 68 Lenstype T Transparent C Colored transparent D Colored
36. 20 TLOE28C F 34 TLPGU50T F 40 TLRME53T F 32 TLGE1102B T10 26 TLOH27C F 34 TLPGU53C F 40 TLRME62T F 32 TLGE11TP F 38 TLOE30TP F 34 TLPGU53D F 40 TLRME68CG F 32 TLGE18CP F 38 TLOE33CP F 34 TLPGU53T F 40 TLRME68DG F 32 TLGE18TP F 38 TLOE50C F 34 TLPGU62T F 40 TLRME68TG F 32 TLGE19CP F 38 TLOE50T F 34 TLPGV1022 T14 F 10 TLRMH1100B T11 20 TLGE19TP F 38 TLOE53T F 34 TLPGV1022 T15 F 10 TLRMH1106 T11 24 TLGE23TP F 38 6 34 TLPYE1002A T02 14 TLRMH1102B T10 4 26 TLGE25TP F 38 TLOE62T F 34 TLPYE1005B T03 16 TLRMH1032 T14 F 5 10 TLGE27C F 38 TLOF1060 T18 4 18 TLPYE1008A T04 12 TLRMH1032 T15 F 5 10 TLGE28C F 38 TLOH1100B T11 20 TLPYE1008A TO5 12 TLRMH16TP F 30 TLGE33CP F 38 TLOH1106 T11 24 TLPYE18TP F 36 TLRMH17TP F 30 38 TLOH1102B T10 4 26 TLPYE19TP F 36 TLRMH20TP F 30 TLGE50T F 38 TLOH1032 T14 F 5 10 TLPYE23TP F 36 TLRMH30TP F 30 5 38 TLOH1032 T15 F 5 10 TLPYE33CP F 36 TLRMH30MP F 30 TLGE6OT F 38 TLOH16TP F 34 TLPYE50T F 36 TLRMH38TP F 30 TLGE62T F 38 TLOH17TP F 34 TLPYE53T F 36 TLRMHGH48T F 40 TLGE68CG F 38 TLOH20TP F 34 TLPYE62T F 36 TLRMHGH48M F 40 TLGE68DG F 38 TLOH30TP F 34 TLPYF1060 T18 4 18 TLRMK16TP F 30 TLGE68TG F 38 TLOH38TP F 34 TLRE1002A TO2 14 TLRMK31TP F 30 TLGF1060 T18 4 18 TLOHSOT F 34 TLRE1005B TO3 16 TLRMV1022 T14 F 10 TLGH1106 T11 24 62 34 TLRE1008A T04 12 TLRM
37. C E TLRV z 50 100 lt 30 6 gt TLYV 50 H HHHH TLPGv O TLGV 2 30 S 10 5 2 2 Y 10 4 ruam 2 5 TLSH ux 7 S E TLOH 3 TLYH 4 TLGH 1 6 1 8 20 22 24 2 6 1 3 5 10 30 50 100 Forward Current IF mA Pulse allowable forward current characteristics TLskV1022 Series 140 Forward Voltage Vr V Pulse allowable forward current Characteristics TL kH1032 Series H Ta 25 C S 150 Ta 25 C ge ms ms 10 us STR 100 5 100 20ms 20 ms 80 S s 9 Allowable Range g 2 60 60 8 Allowable Range 3 o 8 40 40 8 lt 20 20 2 5 F 10 107 1 10 os 102 107 1 Duty Ratio Duty Ratio Dr Radiation pattern Vertical direction Ta 25 C lt gt 60 KRU SAN T14 4mm tape Embossed 115 Dam tape Horizontal direction 25 271 90 2 0 4 0 6 0 8 1 0 rn 4000 pcs reel 8000 pcs reel 11 3 Product List for the SMD Type Pa
38. D TLBE TLEGC TLEGD TLEGE TLGTE Series Toshiba s LED lamps feature more new color variations to meet our customers different needs These series are available in surface mount packages for use in end products that are small and thin These LED lamps are used in a variety of applications such as backlighting for LCDs and switches compact portable and battery operated devices Colors Blue BC BD BE d 470 472 nm typ Green EGC EGD A d 528 535 nm typ Bluish green GTE d 505nm typ Package size 2 0 L x 1 25 W x 1 1 H mm TL 1002 Series 3 2 L x 2 8 W x 1 9 H mm TL 1100B Series Backlighting for LCDs and switches indicators for compact portable and battery operated devices 9 40 to 85 40 to 100 120 to 135 40 to 100 40 to 100 Thin package 1 6 L x 0 8 W x 0 45 H mm Forward Current IF 25 mA High brightness InGaA4P LED Reverse Voltage Va 4 V Operating temperature 40 C to 100 C Allowable Power 60 issipati D 62 5 Lead Pb free reflow soldering d i u Colors Red Orange Yellow Green Operating Temperature Topr 40 to 100 C Storage Temparature Tstg 40 to 100 Backlighting for LCDs switches for automotive applications
39. LFGE1008A TO4 12 TLGU50T F 40 TLPGE1002A TO2 14 TLRF1060 T18 4 18 TLFGE1008A TO5 12 TLGU53C F 40 TLPGE1005B TO3 16 TLRH1100B T11 20 TLFGE1100B T11 20 TLGU53D F 40 TLPGE1008A T04 12 TLRH1106 T11 24 TLFGE18TP F 38 TLGU53T F 40 TLPGE1008A TO5 12 TLRH1102B T10 2 26 TLFGE19CP F 38 TLGU62T F 40 TLPGE1100B T11 20 TLRH1032 T14 F 5 10 TLFGE19TP F 38 TLGV1022 T14 F 10 TLPGE1102B T10 26 TLRH1032 T15 F 5 10 TLFGE23TP F 38 TLGV1022 T15 F 10 TLPGE11TP F 38 TLRH17TP F 30 TLFGE33CP F 38 TLOE1002A TO2 14 TLPGE18TP F 38 TLRH27T F 30 TLFGE50C F 38 TLOE1005B TO3 16 TLPGE19TP F 38 TLRH30TP F 30 TLFGE50T F 38 TLOE1008A TO4 12 TLPGE23TP F 38 TLRH50T F 30 TLFGE53T F 38 TLOE1008A TO5 12 TLPGESOT F 38 TLRH62T F 30 TLFGE62T F 38 TLOE1100B T11 20 TLPGE53T F 38 TLRME16TP F 30 TLFGE68CG F 38 TLOE1102B T10 26 TLPGE62T F 38 TLRME16CP F 30 TLFGE68DG F 38 TLOE11TP F 34 TLPGF1060 T18 4 18 TLRME17DP F 30 TLFGF1060 T18 4 18 TLOE16CP F 34 TLPGU1002A TO2 14 TLRME17TP F 30 TLFGH1032 T14 F 5 10 TLOE16TP F 34 TLPGU1008A TO4 12 TLRME20CP F 30 TLFGH1032 T15 F 5 10 TLOE17TP F 34 TLPGU1008A TO5 12 TLRME20TP F 30 TLGE1002A T02 14 TLOE17CP F 34 TLPGU13CP F 40 TLRME27C F 32 TLGE1005B T03 16 TLOE20TP F 34 TLPGU13DP F 40 TLRME28C F 32 TLGE1008A T04 12 TLOE25TP F 34 TLPGU18TP F 40 TLRMESOC F 32 TLGE1008A TO5 12 TLOE27C F 34 TLPGU23TP F 40 TLRME50T F 32 TLGE1100B T11
40. MD type HMSL automotive E pal 7 7 7 c TL amp F Series instrument clusters SMD type ja i High brightness Series o 2 Through hole type Electronic bulletin boards SMD type TL U Series E Low power general Through hole type purpose LEDs SMD type TLV Series E Low end SMD type Market Size HMSL High Mounted Stop Lamp Excellent visibility Usable in daylight and indoor applications Operating status can be read even from a distance Low power consumption Power consumption is less than that of standard LEDs since high brightness is achieved at low current Low component count The number of LEDs used for LCD backlighting can be reduced Component assembly cost can be also saved High reliability Longer operating life can be achieved at low forward current PE ppp 3 Colors of Four Element High Brightness LED Lamps Below is an overview of Toshiba s high brightness LEDs showing the H and E Series um ek TLRMH Low Relative Luminous Intensity High 558 565 571 580 587 605 613 626 630 Green Yellow Orange Red Colors and Materials InGaAgP 644 630 RH RE RF RU InGaAgP 636 626 RMK RMH RME RMV Red InGaAgP 636 623 SU InGaAgP 623 613 SH SE SF SV Orange InGaAgP 612 605 OH OE OF OV OU Amber InGaAgP 596 592 AU InGaAgP 590 587 YK YH YE YF YV YU Yel
41. TALY EBV Elektronik S r l Tel 39 02 66 09 62 90 Fax 39 02 66 01 70 20 http www ebv com Lasi Elettronica Tel 39 02 66 14 31 Fax 39 02 66 10 13 85 www arrowlasi com IRELAND Abacus Polar Tel 353 61480 166 Fax 353 61480 777 Arrow Electronics Ireland Tel 353 1 830 7207 7522 Fax 353 1 830 7201 http www arrowireland com EBV Ireland Tel 353 1 465 4034 Fax 353 1 456 4035 http www ebv com NETHERLANDS EBV Elektronik Tel 431 346 583010 Fax 31 346 583025 http www ebv com Glyn Benelux Tel 31 4020497 00 Fax 31 4020497 84 opto glyn de http www glyn de Spoerle Electronic Distribution International Tel 431 306 391234 Fax 31 306 391205 http www spoerle com NORWAY Arrow Nordic Tel 447 21 30 65 00 Fax 47 21 30 65 50 www arroweurope com northern EBV Elektronik Tel 447 22 67 17 80 Fax 47 22 67 17 89 http www ebv com POLAND EBV Elektronik Tel 48 0 71 3422944 64 87 Fax 448 0 71 3422910 http www ebv com Spoerle Electronic Polska Sp z 0 0 Tel 48 0 22 8569090 Fax 48 0 22 6465228 http www spoerle com RUSSIA EBV Elektronik Tel 7 095 976 1176 Fax 7 095 976 4808 http www ebv com SLOVENIA EBV Elektronik Tel 386 0 61 300 0371 Fax 386 0 61 133 0457 http www ebv com SOUTH AFRICA Avnet Kopp Pty Ltd Tel 27 11 444 2333 Fax 27 11 444 7778 http www avnet co za SPAIN Arrow Iberia Tel
42. TG F TLSU114P F 32 TLYK16TP F TLSU123 F 32 TLYK31TP F 36 TLSU124 F 32 TLYU1002A T02 14 TLSU125 F 32 TLYU1008A TO4 12 TLSU126 F 32 TLYU1008A TO5 12 TLSU156P F 32 TLYU113P F 36 TLSU160 F 32 TLYU114P F 36 TLSU163 F 32 TLYU123 F 36 TLSU164 F 32 TLYU124 F 36 TLSU180P F 32 TLYU156P F 36 TLSU262 F 32 TLYU160 F 36 TLSU268G F 32 TLYU172P F 36 TLSV1022 T14 F 10 TLYU180P F 36 TLSV1022 T15 F 10 TLYU262 F 36 TLWA1100 T11 22 TLYU267 F 36 TLWD1100 T11 22 TLYV1022 T14 F 10 TLWH1100 T11 22 TLYV1022 T15 F 10 TLWJ1100 T11 22 TLYE1002A T02 14 TLYE1005B To3 16 TLYE1008A TO4 12 TLYE1008A To5 12 TLYE1100B T11 20 TLYE1102B T10 26 55 AUSTRIA EBV Elektronik Tel 43 1 89 152 0 Fax 43 1 89 152 30 http www ebv com Spoerle Electronic Distribution International Tel 4 43 1 360460 Fax 4 43 1 3692273 http www spoerle com BELGIUM EBV Elektronik Tel 32 2 7160010 Fax 4 32 2 7208152 http www ebv com Glyn Benelux contact the Netherlands office opto glyn de http www glyn de Spoerle Electronic Distribution International Tel 32 2 7254660 Fax 32 2 7254511 http www spoerle com CZECH REPUBLIC EBV Elektronik Tel 420 0 2 66 31 30 31 Fax 420 0 2 6889078 http www ebv com Spoerle Electronic spol sro Tel 420 0 2 71742000 Fax 420 0 2 71742001 http www spoerle com DENMARK Arrow Nordic Tel
43. TOSHIBA PRODUCT GUIDE LED Lamps semiconductor http www toshiba components com BCE0006C 0612 D C O I E N Overview of Toshiba s Visible LED Lamp Family 1 New Product Digest 1 High Brightness White Surface Mount LED Lamp TLWJ1100 2 High Brightness Compact Surface Mount LED Lamps TL 1060 Series 3 High Brightness Surface Mount LED Lamps with Lens TL kH1102B Series 4 Blue and Green Surface Mount LED Lamps TLBC TLBD TLBE TLEGC TLEGD TLEGE TLGTE Series 5 Small Surface Mount LED Lamps for Automotive Applications TLH1032 Series 2 Overview 1 Features 2 Advantages of Four Element High Brightness LED Lamps 3 Colors of Four Element High Brightness LED Lamps 4 Colors and Materials 5 Luminous Intensity Classification 6 Lens Color and Appearance 7 Pulse Operation SN SS haracteristics m MH m H REPETIT 3 Product List for the SMD Type 10 1 TLV1022 T14 F TL V1022 T15 F TL KH1032 T14 F TL KH1082 T15 F e IHR 10 2 TL E1008A T04 5 TL KU1008A TO4 TL kU1008A TOS 3 TLE1002A T02 TL KU1002A TO2 TL z C1002 T02 4 TL E1005B T03 5 TL F1060 T18 TL kD1060 T18 6 TL 1100B Series 7 TL H1106 T11 8 1102 10 TL E1102B T10 4 Product List for the Through Hole 29 1 Electrical and Optic
44. V1022 T15 F 10 TLGH1032 T14 F 5 10 TLOU1002A TO2 14 TLRE1008A TO5 12 TLRPA1100 T11 22 54 TLRU1002A TO2 14 TLYE11TP F 36 TLRV1022 T14 F 10 TLYE16CP F 36 TLRV1022 T15 F 10 TLYE16TP F 36 TLSE1002A T02 14 TLYE17CP F 36 TLSE1005B T03 16 TLYE17TP F 36 TLSE1008A T04 12 TLYE20TP F 36 TLSE1008A T05 12 TLYE25TP F 36 TLSE1100B T11 20 TLYE27C F 36 TLSE1102B T10 26 TLYE28C F 36 TLSE16CP F 30 TLYESOTP F 36 TLSE16TP F 30 TLYE33CP F 36 TLSE17TP F 30 TLYEBOC F 36 TLSE20TP F 30 TLYEBOT F 36 TLSE27C F 32 TLYE53T F 36 TLSE28C F 32 6 36 TLSE30TP F 30 TLYE62T F 36 TLSE50T F 32 TLYE68CG F 36 TLSE53T F 32 TLYE68DG F 36 TLSE62T F 32 TLYE68TG F 36 TLSF1060 T18 4 18 TLYF1060 T18 4 18 TLSH1100B T11 20 TLYH1100B T11 20 TLSH1106 T11 24 TLYH1102B T10 4 26 TLSH1102B T10 4 26 TLYH1106 T11 24 TLSH1032 T14 F 5 10 TLYH1032 T14 F 5 10 TLSH1032 T15 F 5 10 TLYH1032 T15 F 5 10 TLSH16TP F 30 TLYH16TP F 36 TLSH17TP F 30 TLYH17TP F 36 TLSH20TP F 30 TLYH20TP F 36 TLSH30TP F 30 TLYH27TP F 36 TLSH38TP F 30 TLYH28C F 36 TLSH50T F 30 TLYH30TP F 36 TLSU1002A TO2 14 TLYH38TP F 36 TLSU1008A T04 12 TLYH50T F 36 TLSU1008A T05 12 TLYH62T F 36 TLSU113P F 32 TLYH68
45. act your nearest Toshiba sales representative For other relevant information consult the manufacturer of the automated pick and place equipment Diameter of vacuum head 01 2 mm 16 Pulse allowable forward current lv Ir Ir VF characteristics 3000 50 3 CARS lt 25 8 25 C TLSE Taceo 120 T o ms E HIT amp 30 TLOE ms Pw 10 us gt 1000 c m TLYE D Siig rT TLPYE s 20m 1ms 50 P4 TLGE TLFGE 80 300 10 s Le THPOE p Allowable Range 2 E 60 2 100 7 One 8 5 2 8 re TLOE s 2 50 TLYE 3 40 2 39 TLPYE 5 8 TLGE lt 20 8 10 1 2 0 1 3 5 10 30 50 100 16 47 18 19 20 21 22 10 10 10 1 Forward Current Ir mA Forward Voltage Vr V Duty Ratio Dr IF Ta Radiation pattern z 40 25 x 2010 O 10 po 30 5 8 80 2 20 60 SN E 70 lt S 70 5 I 2 E 819 90 Me 90 0 02 04 06 08 10 E 0 0 20 40 60 80 100 Ambient Temperature C Suffi
46. al Characteristics 29 2 Package Selection Guide 3 High Brightness Red LED Lamps 4 High Brightness Orange LED Lamps 5 High Brightness Yellow LED Lamps 6 High Brightness Green LED Lamps 7 Bluish Green LED Lamps 2 8 High Brightness Dual Color LED Lamps 40 9 Package Dimensions 42 5 Packing Specifications 44 1 Through Hole Type 1 1 Tape packing 1 2 Bulk packing 1 3 Taped pack options 2 SMD Type 6 Handling Precautions 50 1 Through Hole Type c 1 1 Mounting on a printed circuit board 50 1 2 Mounting precautions 50 1 3 Reliability 50 1 4 Lead Pb Free lead finish packaging 1 5 Four element LEDs 2 SMD Type 2 1 Soldering conditions 2 2 Mounting precautions 2 3 Moisture proof packing 2 4 Design precautions 2 5 Ultraviolet light in LED lamps 7 Product Index 54 For other LED product guides e g the LED Lamps Application Guide please visit the Toshiba Web site at http www semicon toshiba co jp eng E Overview of Toshiba s Visible LED Lamp Family E LED Lamp Family High Brightness The four element InGaAgP LED lamps ranging from the Series Through Hole Type which offers the brighest luminous intensity level in Toshiba LED lamps m InGaAlP to the TL kU Series which is for general purpose applications Series Package TL H Series 95 mm 93 mm oval er Sore For 5 mm packages LED lamps with and
47. ange s 80 2 8 5 40 8 40 5 lt 8 2 5 o 103 10 107 1 a 10 2 10 2 10 1 1 Duty Ratio Dr Duty Ratio Radiation pattern 10 0 10 o 20 4 7720 25 RQ 30 30 90 0 2 0 4 0 6 0 8 1 0 Forward Current Ir mA mA Allowable Forward Current Ir i VF TTL H Series InGaAQP TL E Series InGaAgP 50 25 30 10 oH TLRH TLRMH TLSH 5 TLYH 3 TLRE TLSE TLOE TLYE TLGE TLFGE 1 e TLPGE 1 6 1 8 20 22 2 4 26 Forward Voltage Vr V IF Ta 80 TL H InGaAZP TL E 60 40 20 0 0 20 40 60 80 100 120 Ambient Temperature C Suffix t Packing Container p a Pitch Quantity Reel DUM Tape dimensions mm Appearance zu cud TH 4m T X 2000 pcs reel 2 21 Wide operating temperature range Topr 40 to 100 C 1 2 Polarity 35 LED chip 3 Product List for the SMD Type Lead Pb Free reflow soldering TL k 41100B Series Reflow soldering 1100 Series Series TL kD Series TLBA1100B TLWA1100 TLBGA1100 TLRPA1 100 Lala ala
48. ansparent 3 40 272 600 TLRMH30MP F 626 636 Milky white diffused 3 2720 4700 TLSH50T F 613 623 Transparent 3 o3 16 850 2000 TLRH50T F 630 644 Transparent 3 80 47 6 180 TLRH62T F 630 644 Transparent 3 Oval 5 x 5 8 40 70 153 450 TLRH2TT F 630 644 Transparent 3 4760 12000 TLRME20CP F 626 636 Red transparent 3 Te 2720 9000 TLSE20TP F 613 623 Transparent 3 2720 8000 TLRME20TP F 626 636 Transparent 3 2720 7000 TLRE20TP F 630 644 Transparent 3 850 3000 TLSE17TP F 613 623 Transparent 3 20 850 2400 TLRME17TP F 626 636 Transparent 3 476 1500 TLRE17TP F 630 644 Transparent 3 TL E 476 1500 TLSE16TP F 613 623 Transparent 3 Series 25 476 1000 TLSE16CP F 613 623 Red transparent 3 InGaAgP 272 1200 TLRME16TP F 626 636 Transparent 3 25 272 800 TLRE16TP F 630 644 Transparent 3 272 800 TLRME16CP F 626 636 Red transparent 3 153 600 TLRE16CP F 630 644 Red transparent 3 153 500 TLRME17DP F 626 636 Red diffused 3 272 1000 TLSE30TP F 613 623 Transparent 3 30 153 600 630 644 Transparent 3 75 47 6 150 TLRE25TP F 630 644 Transparent 3 130 8 5 20 TLRE11TP F 630 644 Transparent 3 Designed for flush mounting When designing a circuit in which an LED is used refer to the relevant technical datasheet Note Refer to page 9 for information on pulse operation Also refer to page 3 for product number format 30 Ta 25 C
49. arent 3 571 574 Transparent 3 565 568 Transparent 3 558 562 Transparent 3 571 574 Transparent 3 571 574 Green transparent 3 571 574 Transparent 3 565 568 Green transparent 3 565 568 Transparent 3 558 562 Transparent 3 2 571 574 Green diffused 3 s 565 568 Green diffused 3 120 571 574 Transparent 3 Oval 5 x 5 8 30 50 3 571 574 Green transparent Oval 4 3 x 5 80 50 571 574 Green transparent 3 565 568 Green transparent 3 Arched 5 x 2 5 571 574 Green transparent 3 571 574 Transparent 3 Designed for flush mounting When designing a circuit in which an LED is used refer to the relevant technical datasheet Note Refer to page 9 for information on pulse operation Also refer to page 3 for product number format 38 Ta 25 C 50 200 Oval 2 Message boards 512 ki 50 200 05 9 4 50 200 05 9 2 50 200 95 9 06 50 200 95 10 Pilot lamps El narrow range Hi 50 200 95 10 oa 50 200 95 10 50 200 25 10 0 20 40 60 80 10 Ambient Te
50. ce are a set of specified parameter values that must not be exceeded during operation even for an instant Moreover one or more of the absolute maximum ratings must not be exceeded at the same time For the ratings of a specific device refer to the relevant technical datasheets The recommended operating conditions for each device are those necessary to guarantee that the device will operate as specified in the datasheets If greater reliability is required derate the device maximum ratings for voltage current power and temperature before using it For details refer to the relevant technical datasheets Compared with electromechanical components semiconductor devices are generally highly sensitive to temperature Since the electrical characteristics of the device are subject to operating temperature circuit designers must be fully aware of the thermal characteristics and may need to derate the ratings of the electrical characteristics If the guaranteed operating temperature is exceeded the electrical characteristics of the device may be irreparably altered and the reliability and lifetime of the device can no longer be guaranteed Each product has its own distinct viewing angle characteristic Select the product whose viewing angle characteristic best meets the requirements for the device in which it will be used The viewing angle is based on the angle 0 between the axis on which the luminous intensity of light from the optical source
51. ckage dimensions 1 6 L x 0 8 W x 0 6 H mm High brightness and low power consumption Available in T04 tape 4 mm pitch and T05 tape 2 mm pitch Use of T05 tape improves the efficiency of assembly process Low profile package t 0 6 mm suitable for use as backlighting in thin equipment Lead Pb Free reflow soldering ns Unit mm Unit mm 1 2 Polarity 299 0 98 LED chip 0 2 sill 2 5 1 r El 16 14 N S S Forward Current IF 25 mA L 0 3 Reverse Voltage VR 4 Power Dissipation Pp 60 to 62 5 Note 1 mW 1 Cathode 1 2 2 Jf Operating Temperature Topr 40 to 85 C Storage Temperature Tstg 40 to 100 40 Cathode index Tolerance 0 1 Note 1 Refer to the relevant technical datasheet TLRE1008A T04 T05 TLSE1008A T04 T05 TLE Series InGaA P TL U Series InGaAsP w Sealed in a moisture proof bag For the available luminous intensity bins and further details contact your nearest Toshiba sales representative 12
52. diffusing M Milky white diffusing Can be mounted flush on a PCB Pis suffixed for LEDs without standoffs for o5 mm packages only tan G is suffixed for LEDs that can be mounted flush on a PCB Lead Pb free lead finish 3k Lead Pb free lead finish Recommended The part number for an SMD type consists of the following five groups of alphanumeric codes Puman OCO Example TLYU1008A T04 1 _____ High brightness TLYU Series with tape Revision code and reel suffix TO4 Four digit package number Package number 1008A Color symbol Toshiba LED X TLV 1022 Series OOOO ILI F Example TLRMV1022 T14 F 1 1 i y High brightness TLRMV Series with ee tape and reel suffix T14 Four digit package number muitos A Color symbol 210 Toshiba LED Lead Pb free lead finish 1 New Product Digest P 1 High Brightness White Surface Mount LED Lamp J1100 A highly efficient blue chip and an optimized phosphor have enabled the TLWJ1100 to achieve a luminous intensity around 1 7 times greater than that of the TLWH1100 Toshiba s previous LED lamp The TLWJ1100 is used in a wide range of applications from general purpose applications such as light sources for equip ment switches and backlighting to automotive applications High brightness and clear white color 2 package 3 2 L x 2 8 W
53. e TO2 T03 T04 TO5 T11 T14 T15 T18 0180 29 921 0 8 013 0 5 T10 9 02 ipit 1 0 e T 13 0 3 1154 1 0 oO se 47 Unit mm 5 Packing Specifications 2 SMD Type 1 30 0 05 3 50 0 05 1 75 0 1 Polarity a H a 3 50 0 05 1 75 0 1 8 0 0 3 Polarity 0 85 0 1 0 20 0 05 1 3 50 0 05 11 75 0 Polarity 0 87 0 07 0 6 0 05 4 0 x 0 1 A sa Tello k dre 3 50 0 05 1 75 0 1 0 87 0 07 48 T10 4 0 0 1 2 0 0 05 1 0 3 0 05 Unit mm 3 6 0 1 5 59 ao s 4 Ss 25 E 4 T M 85 s 8 o
54. g co 56 LL 2 lt en 20 8750 209 Wiz e aa Met 0 TO S so 3131 ES BJ Y 3 3 p di p Di I Ha e T i 8 E LL g usu L pepnaoud Buipnjoul Q L Z 920 8 3 8 LO 88 gso seoree 15002 25 3 8 ee EM e 50 5 ai JD 3 arg d CH 92 0 99 9 x e o A x 9 5 EE iS c MEL xD 205996 102 B Xo 8 2 8 5 7 Raves T 50 ay a 9 af L ING S I zu L SC P SG QOH p at s o US U li gc zi Aum usu n 9 usai pepnujoid Buipniour D 9 1 92 0 99 8 7 E 8 2 2 pe lt 8 60 24 s 5 8 8 Oma zt E 55 EY rai Ta o 556 2 8 5 a a Sr 0 So SE a ci Se 5 5 Ege 5 NES il W Iv i 52 E 23 pepnujoud 42 E o o x o9 9 38 2 82 isos c z lt 0 lt goos o 0 8 TA 20 8 50 g Ta 3 6 o 05 0 0 2 a 2 54 ans i 95 0 0 2 I J I 0 5 2 54
55. in an aluminum envelope with a silica gel and a moisture indicator to avoid moisture absorption The optical characteristics of the devices may be affected by exposure to moisture in the air before soldering and they should therefore be stored under the following conditions 1 This moisture proof bag may be stored unopened within 12 months at the following conditions Temperature 5 C to 30 C Humidity 90 max 2 After opening the moisture proof bag the devices should be assembled within 168 hours in an environment of 5 C to 30 C 60 RH or below refer to the relevant datasheet 3 If upon opening the moisture indicator card shows humidity 30 or above Color of indication changes to pink or the expiration date has passed the devices should be baked in taping with reel After baking use the baked devices within 72 hours but perform baking only once Baking conditions 60 5 C for 12 to 24 hours Expiration date 12 months from sealing date which is imprinted on the same side as this label affixed 4 Repeated baking can cause the peeling strength of the taping to change then leads to trouble in mounting Furthermore prevent the devices from being destructed against static electricity for baking of it 5 If the packing material of laminate would be broken the hermeticity would deteriorate Therefore do not throw or drop the packed devices 2 4 Design precautions The absolute maximum ratings of a semiconductor devi
56. ing wide range 50 200 03 1 50 200 Oval 1 Message boards 50 200 Oval 2 50 200 Arched 1 Backlighting 30 120 05 1 Pilot lamps 20 120 pro narrow range 30 120 95 3 30 120 95 5 Message boards 30 120 05 5 Backlighting 30 120 93 3 30 120 93 4 Pilot lamps 30 120 03 4 30 120 93 2 Backlighting wide range 30 120 03 2 30 120 Oval 1 Message boards 812 5 1 5 5 06 pl E 5 04 5 E 02 8 0 2 0 2 40 60 80 10 Ambient Temperature Ta C 30 C to 85 40 C to 120 C 5 gt 5 BE ms 2 8 2 E 8 20 40 60 80 100 Ambient Temperature Ta 20 C to 75 C 30 C to 100 C lative value r FP p o Allowable Forward Current o 20 40 60 80 100 Ambient Temperature Ta C 120 40 C to 100 C 40 C to 120 C 35 Series InGaA0P TL H Series InGaA0P Oval 5 x 5 8 Oval 4 3 5 InGaA P
57. is 100 and any axis on which the luminous intensity is 50 The angle between these two axes is referred to as the LED s half angle value For the viewing angle of a specific LED refer to the relevant technical datasheets 52 The failure rate of semiconductor devices greatly increases with operating temperatures To achieve optimum reliability observe the following precautions concerning thermal design Keep the ambient temperature Ta as low as possible If the power dissipation of the device is relatively large select the most appropriate circuit board material and consider using heatsinks or forced air cooling Such measures will help lower the thermal resistance of the package Luminous intensity 1 An ae amp emperature of li ol Because the recombination rate of the minority carriers in LEDs depends ideis 4 on temperature the luminous intensity decreases as the temperature rises 19 To prevent a rise in LED junction temperature rise due to power dissipation Toshiba recommends LED pulse operation or thermally enhanced packages Before operating the equipment in which the LED is used make sure that there is no problem with the equipment Emitted color wavelength As the junction temperature rises the emission wavelength shifts to a longer wavelength Toshiba recommends a thermal design that prevents junction temperature
58. k polyethylene bag Large box standard Small box QA seal QA seal 120 mm outer dimension lt Packing box 260 mm outer outer _ dimension dimension 180 mm outer outer dimension dimension dimension 10 bulk bags per large box 5000 pcs 2 bulk bags per small box 1000 pcs Minimum quantity 500 pcs per bulk polyethylene bag Large box standard Small box QA seal QA seal 120 mm outer dimension lt outer dimension 260 mm 85 mm outer outer _ dimension dimension 180 mm outer dimension dimension 20 bulk bags per large box 10000 pcs 4 bulk bags per small box 2000 pcs 45 5 Packing Specifications 1 3 Taped pack options Reel Dimensions 1 360 t 50 mm 2 30mm a User direction of feed W Packing Quantity 03 Series 2 000 pcs 05 Series 1 000 pcs 1 tape is folded alternately with 25 devices attached per fold 2 The first and last folds have at least four devices removed At least four devices are removed One fold has 25 devices N At least four devices are removed W Packing Quantity Small box di 140 d2 336 mm d3 52 Standard box 41 268 mm d2 339 mm d3 55 mm 92 03 2 000 4 000 95 Series 1 000 or 2 000 pcs 46 Typical quantity gt 2 SMD Typ
59. low InGaAgP 583 580 PYE PYE 571 GE GF GV GU InGaAgP FGE FGF Green EGC EGD EGE InGaN 468 470 BC BD BE Blue GaN 428 465 BA TLSH SE SF SV TLAM TLGH TBC TLSU TLBA TLBD TLBE TLGTE TLEG TPG 0 8 N 04 Relative Luminous Intensity 0 2 300 400 500 600 700 Wavelength Note For details refer to the relevant technical datasheets uminous Intensity Classification Through Hole Type SMD Type TL 1100B 1106 1060 1102B Series 0 09 to 0 23 85 to 230 0 15 to 0 41 153 to 414 0 27 to 0 74 272 to 736 0 48 to 1 29 476 to 1 290 0 85 to 2 3 850 to 2 300 1 53 to 4 14 1 530 to 4 140 2 72 to 7 36 2 720 to 7 360 4 76 to 12 9 4 760 to 12 900 8 5 to 23 8 500 to 23 000 15 3 to 41 4 15 300 to 41 400 27 2 to 73 6 27 200 to 73 600 47 6 to 129 Example TLYH16TP ST Lead free lead finish Part number Luminous intensity bin For the available luminous intensity bin contact your nearest Toshiba representatives Appearance 100 to 160 125 to 200 160 to 250 200 to 320 250 to 400 320 to 500 400 to 630 500 to 800 630 to 1000 800 to 1250 1000 to 1600 1250 to 2000 63 to 100 80 to 125
60. mperature Ta C 50 200 95 10 50 200 95 11 30 C to 85 C 50 200 95 11 40 C to 120 C 50 200 05 11 50 Ea ET Message boards Backlighting 50 200 95 6 50 200 05 7 12 50 200 05 7 5 E 8 50 200 93 3 50 200 93 3 5 5 06 50 200 93 3 8 04 50 200 93 3 Pilot lamps 02 50 200 03 4 8 50 200 03 4 20 40 60 80 100 Ambient Temperature Ta C 50 200 03 4 50 200 93 5 20 C to 75 C 50 200 03 5 27 PES 30 C to 100 C 50 200 03 5 50 200 932 Backlighting wide range 50 200 03 2 Ma 50 200 93 5 5 i E 50 200 93 5 s A 50 200 03 1 amp 50 6 50 200 Oval 1 Message boards 4 50 200 Oval 2 20 2 50 200 Arched 1 r 3 50 200 Arched 1 Backlighting 26 20 40 60 80 100 120 50 200 Arched Ambient Temperature Ta C 40 C to 100 C 40 C to 120 C 4 Product List for the Through Hole Type 571 574 Transparent 3 558 562 Transparent 3 571 574 Transparent 3 558 562 Transparent 3 571 574 Green transparent 3 571 574 Green transparent 3 558 562 Green transparent 3 571 574 Green diffused 3 558 562 Green diffused 3 5125 571 574 Transparent 3 naa 558 562 Transparent 3 571 574 Transparent 3 558 562 Transparent 3 571 574 Green transparent 3 558 562 Green transparent 3 571 574
61. ning optimum lenses Select the appropriate product for your application Tisu Series 30 4 72 Ni 20 24 20 50 4 636 17 623 20 Note 1 For operating and storage temperatures see page 33 Note 2 For operating and storage temperatures see page 35 Note 3 For operating and storage temperatures see page 37 TLRH Series 4 40 to 100 40 to 120 4 TLRE Series 50 4 120 40 100 40 to 120 1 9 24 20 50 4 644 20 630 20 TLRMK Series 50 4 130 4010100 40 to 120 2 4 2 6 20 50 4 636 13 626 20 TLRMH Series 50 4 120 4010 100 40 to 120 1 9 24 20 50 4 636 13 626 20 TLRME Series 50 4 120 40to100 40to 120 19 2 4 20 50 4 636 23 626 20 TLSH Series 50 4 120 40to 100 40to 120 2 0 2 4 20 50 4 623 13 613 20 TLSE 4 40to 100 40 to 120 4 40 to 120 When designing a circuit in which an LED is used refer to the relevant technical datasheet Package Selectio ide Package Size Viewing Ange Part Number Size Viewing Angle PartNumber 23TP Arched5x2 5 10 33TP 33CP 6 180 30 45 248 Z 20 Oval5x5 8 30 50 27C 49 40 70 gt
62. nous intensity Viewing angle The light output changes according to the ambient temperature 3 Product List for the SMD Type 1 TL V1022 T14 F TL V1022 T15 F 1032 T14 F TL H1032 T15 F lt TL V1022 gt Package dimensions 1 6 L x 0 8 W x 0 45 H mm including lead length New LED chip structure achieving high brightness and low current drive TL V1022 The TL xV1022 Series can replace the previous high brightness LED lamps TL H1032 Series can be used in automotive interior applications Lead Pb Free reflow soldering Package Dimensions manaa 44 1022 Series TL kH1032 Series oro Q gt lt TL H1032 gt Unit mm 02 1 6 0 1 0 1 x 03 Forward Current IF 15 25 mA LED chip Reverse Voltage VR 4 V Power Dissipation Pp 34 5 to 62 5 mw 1 Cathode Operating Temperature 40 to 100 2 Tolerance 0 05 Storage Temperature Tstg 40 to 100 Note Refer to the relevant technical datasheet for the detail Ta 25 xx TLRV1022 T14 F T15 F xx TLRMV1022 T14 F T15 F Y TLSV1022 T14 F T15 F Series InGaAgP GD ye TLRH1032 T14 F T15 F ED 7 TLRMH1032 T14 F T15 F GD Yc TLSH1032 T14 F T15 F
63. ns before the second reflow process 30 C 70 RH max Do not perform wave soldering The first reflow process should be performed under the above temperature profile within 168 h after opening the bag If a second reflow process needs to be performed it should be performed within 168 h from the first reflow under the above temperature profile Storage conditions before the second reflow process 30 C 60 RH max If wave soldering needs to be performed contact your local Toshiba sales representative Wave soldering cannot be performed for the TL x1060 Series The first reflow process should be performed under the above temperature profile within 168 h after opening the bag Ifa reflow process needs to be performed repeatedly contact your local Toshiba sales representative Do not perform wave soldering The first reflow process should be performed under the above temperature profile within 168 h after opening the bag Ifa second reflow process needs to be performed it should be performed within 168 h of the first reflow under the above temperature profile Storage conditions before the second reflow process 30 C 70 RH max If wave soldering needs to be performed contact your local Toshiba sales representative Manual soldering with a soldering iron should meet the following conditions Temperature at tip of iron 300 C max Soldering iron capacity 25 W Time 3 s max only once at each soldering
64. nsparent 2 587 590 Yellow diffused 2 587 590 Transparent 587 590 Yellow transparent 2 587 590 Yellow diffused 2 587 590 Transparent 1 587 590 Yellow transparent 1 25 50 200 05 3 Pilot lamps narrow range 50 200 05 13 Message boards Backlighting 50 200 95 1 50 200 25 4 Pilot lamps narrow range 50 200 95 2 50 200 05 3 Message boards 50 200 95 14 Backlighting 50 200 93 3 Pilot lamps 50 200 93 5 Backlighting wide range 50 200 93 2 50 200 Oval 1 Message boards 50 200 Oval 2 50 200 95 9 50 200 95 1 50 200 05 10 BiloWamps narrow range 50 200 95 2 50 200 95 2 50 200 95 3 50 200 95 3 Message boards 50 200 95 14 Backlighting 50 200 95 11 50 200 95 6 Backlighting wide range 50 200 95 7 50 200 93 3 50 200 93 3 50 200 93 3 Pilot lamps 50 200 93 4 50 200 93 4 50 200 93 5 50 200 93 5 50 200 93 2 Backlighting wide range 50 200 93 2 50 200 93 5 50 200 93 1 50 200 Oval 1 Message boards 50 200 Oval 2 50 200 Arched 1 Backlighting 50 200 Arched 1 30 120 95 1 30 120 25 3 Pilot lamps narrow range 30 120 95 3 30 120 9555 Message boards 30 120 05 5 Backlighting 30 120 93 3 30 120 93 4 Pilot lamps 30 120 93 4 30 120 93 2 Backlighting wide range 30 120 93 2
65. point 2 2 Mounting precautions Do not apply mechanical stress to the resin body at high temperature The resin body is easily scratched avoid friction against hard materials When installing the assembly board in equipment ensure that the devices on the board do not contact with other components The mounting direction of the LED should be such that the direction of the LED electrodes is perpendicular to the long dimension side of the PCB Design the PCB to minimize any stress that will be applied on the LED if the PCB warps When the LED is mounted onto a flexible PCB before using the equipment ensure that PCB there is no problem with LED reliability Mounting example 51 6 Handling Precautions When cleaning is required after soldering Toshiba recommends the following cleaning solvents It is confirmed that these solvents have no effect on semiconductor devices in our dipping test under the recommended conditions In selecting the one for your actual usage Be sure to perform sufficient review on washing condition using condition and etc ASAHI CLEAN AK 225AES made by ASAHI GLASS KAO CLEAN TROUGH 750H made by KAO PINE ALPHA ST 100S made by ARAKAWA CHEMICAL TOSHIBA TECHNOCARE made by GE TOSHIBA SILICONES FRW 17 FRW 1 FRV 100 2 3 Moisture proof packing As a gt These LED devices are packed
66. r Ambient Temperature C 25 Packing Container Suffix to Pitch Quantity Reel Part Number Tape dimensions mm Appearance sn i T18 4mm 3000 pcs reel ape 19 3 Product List for the SMD Type 11008 Series gt InGaAZP Series Package dimensions 3 2 L x 2 8 W x 1 9 H mm Resin with high heat resistance is adopted for the package the device can be used in high temperature Wide operating temperature range 40 to 100 C Series 40 to 110 C Series Lead Pb Free reflow soldering Package Dimensions Unit mm Recommended Soldering Patterns 1 2 1 65 115 1 65 Polarity 3 5 3 2 Unit mm 02 4 LED chip 4 a E Forward Current DC ode 50 70 Note 1 mA Reverse Voltage VR 4 1 gt Power Dissipation Pp 120 to 161 Note 1 mW 1 Anode Operating Temperature Topr 2 Cathode Tolerance 30 2 Storage Temperature uem 9e Ree ie 5 1 Refer to the relevant technical datasheet Red amp TLRH1100B T11 63 150 19 23 10 644 18 630 Red amp TLRMH1100B T11 63 150 19 23 10 636 17 626 TL H Series Rea TLSH1100B T11 160 260 19 23 10 623 17 613 InGAAZP Red amp TLRE1100B T11 40 100 19 24 50 644 18 630 Red amp
67. shall be made at the customerls own risk 02123 B W The information contained herein is presented only as a guide for the applications of our products No responsibility is assumed by TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may result from its use No license is granted by implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others W The information contained herein is subject to change without notice Toshiba Electronics Europe GmbH Hansaallee 181 40549 D sseldorf Handelsregister D sseldorf HRB 22487 Gesch ftsf hrer Ryoichi Shikama Amtsgericht D sseldorf
68. ur local Toshiba sales representative 1 5 Four element LEDs This type of visible LED lamp also emits some IR light If a photodetector is located near the LED lamp ensure that it will not be affected by this IR light 50 2 1 Soldering conditions refer to the relevant technical datasheet 10 s max 240 C max 9 140 C to 160 C max 4 C s max Package surface temperature C a Package surface temperature C 60 to 120 s max 60 to 120 s max 30 to 50 s 1 Time s Time s Temperature profile for Pb soldering example Temperature profile for Lead Pb free soldering example TL3 k1008A 1002A 1 100B 1060 1 106 TL k1022 TL 1032 Series The products are evaluated under the above reflow soldering conditions No additional tests are performed for conditions exceeding the maximum ratings indicated Be sure to perform reflow soldering under the above conditions For series specific soldering patterns refer to page 10 12 14 16 18 20 22 and 24 The first reflow process should be performed under the above temperature profile within 168 h within 72 h when performing lead Pb free soldering after opening the bag e a second reflow process needs to be performed it should be performed within 168 h within 72 h when performing lead Pb free soldering from the first reflow under the above temperature profile e Storage conditio
69. x 1 9 H mm Operating temperature range 40 C to 100 C Ir 15 mA Backlighting for car interiors and various switches Pilot lamps Forward Current DC 30 Allowable Power Dissipation 120 mW TLWJ1100 White 0 32 0 31 750 3 3 Operating Temperature 40 to 100 Storage Temperature Tstg 40 to 100 b 2 High Brightness Compact Surface Mount LED Lamps TL s 1060 Series TL k 1060 Series has been developed as a compact version of the TL 1100B Series which is used in automotive instrument panels This series offers ten different emitted light colors eight InGaA P LED colors red 2 orange yellow 2 and green 3 and two InGaN LED colors emerald green and blue Package size 2 0 L x 1 4 W x 1 3 H mm The package size is reduced to less than half the size of that of the TL k1100B Series Lead Pb free reflow soldering Backlighting for car interiors and various switches pilot lamps ED TLRF1060 T18 GD TLSF1060 T18 NEW 3 NEW NEW NEW NEW NEW H1102B Series High brightness InGaA2 P LED chip Package size 3 2 L x 2 8 W x 3 4 H mm TLRH1102B T10 400 630 19 Colors Red Orange Yellow ED TLRMH1102B T10 480 626 19 GD TLSH1102B T10 850 613 1 9 P 4 Blue and Green Surface Mount LED Lamps TLBC TLB
70. x t Packing Container uffix to i Tape Type Pitch Quantity Reel Part Number 5 A Tape dimensions mm Appearance m Embossed 1 cs reel tape 4 8 000 pcs 4 17 3 Product List for the SMD Type Package dimensions 2 2 L x 1 4 W x 1 3 H mm Resin with high heat resistance used for the package extends the range of the operating temperature Topr 40 to 100 C Lead Pb Free reflow soldering Unit mm Unit mm 1 0 EET n Cathode index Absolute Maximum Ratings _ 250 e apos oj 4 Forward Current DC IF 30 mA d L Reverse Voltage VR 41o 15 V t Los 1 Power Dissipation 75 to 120 Note 1 mw 1 Anode es P Canada Tol r ficsr 30 Operating Temperature Topr 40 to 100 C Storage Temperature Tstg 40 to 100 AG Note 1 Refer to the relevant technical datasheet GD TLRF1060 T18 GD x lt TLSF1060 T18 yr Sealed in moisture proof bag VR 4V 18
71. y Tape Type Pitch Quantity Reel Part Number 5 Tape dimensions mm Appearance Embossed tape T04 4 4000 pcs reel Embossed tape T05 2mm 8000 pos reel 13 3 Product List for the SMD Type 1002A T02 TL C1002 T02 Package dimensions 2 0 L x 1 25 W x 1 1 H mm Four element InGaAgP and InGaN high brightness LED Replacement of the general purpose luminosity LED lamps contributes to reducing power consumption and obtaining higher brightness in end products A package height of 1 1 mm supports use in slim profile devices as backlighting Lead Pb Free reflow soldering Unit mm Unit mm 1 2 Polarity 12 1 0 12 Cathode index LED chip 0 25 Ao hk a 8 7 20 14 Absolute Maximum Ratings r Forward Current IF 15 25 Note 1 _ 04202 Reverse Voltage VR 4 V Power Dissipation Pp 60 to 63 Note 1 1 Cathode Ye 7 7 2 Operating Temperature Topr 40 to 85 C Storage Temperature Tstg 40 to 100 C Tolerance 0 1 Note 1 Refer to the relevant technical datasheet TLRE1002A T02 w TLSE1002A T02 TLE Series InGaAZP vv TLRU1002A TO2 TLSU1002A TO2 TLU Series InGaAsP TLC Series InGaN w Sealed in moisture proof bag
72. y lenses e Caution Where skin would be exposed to ultraviolet light over a long period with a distance of 20mm or less between the skin and LED and an exposure time of 120 min or more Where a photosensitive material would be used with the LED 53 7 Product Index TLGH1032 T15 F 5 10 TLAU1002A T02 14 TLOU1008A T04 12 TLRE1100B T11 20 TLAU1008A T04 12 TLGH28C F 38 TLOU1008A TO5 12 TLRE1102B T10 26 TLAU1008A TO5 12 40 TLOU113P F 34 TLRE11TP F 30 TLBA1100B T11 5 22 40 TLOU114P F 34 TLRE16CP F 30 1002 02 5 14 40 TLOU123 F 34 TLRE16TP F 30 TLBD1100B T11 5 22 5 22 TLOU124 F 34 TLRE17TP F 30 TLBD1060 T18 4 18 TLGU1002A TO2 14 TLOU156P F 34 TLRE20TP F 30 TLBE1100B T11 5 22 TLGU1008A T04 12 TLOU160 F 34 TLRE25TP F 30 22 TLGU1008A T05 12 TLOU172P F 34 TLRE27C F 32 TLEGC1002 T02 5 14 TLGU13CP F 40 TLOU180P F 34 TLRE28C F 32 TLEGD1100B T11 5 22 TLGU13DP F 40 TLOU248 F 34 TLRE30TP F 30 TLEGD1060 T18 4 18 TLGU18CP F 40 TLOU262 F 34 TLRE50T F 32 TLEGE1100B T11 5 22 TLGU18TP F 40 TLOU267 F 34 TLRE53T F 32 TLFGE1002A T02 14 TLGU23TP F 40 TLOV1022 T14 F 10 TLRE60T F 32 TLFGE1005B TO3 16 TLGU27C F 40 TLOV1022 T15 F 10 TLRE62T F 32 T
73. y to physical stress It is the responsibility of the buyer when utilizing TOSHIBA products to comply with the standards of safety in making a safe design for the entire system and to avoid situations in which a malfunclion or failure of such TOSHIBA products could cause loss of human life bodily injury or da mage to property 02123 A IB In developing your designs please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent TOSHIBA products specifications Also please keep in mind the precautions and conditions set forth in the Handling Guide for Semiconductor Devices or TOSHIBA Semiconductor Reliability Handbook etc 02123 A W The TOSHIBA products listed in this document are intended for usage in general electronics applications computer personal equipment office equipment measuring equipment industrial robotics domestic appliances These TOSHIBA products neither intended nor warranted for usage in equipment that requires extraordinarily high quality and or reliability or a malfunction or failure of which may cause loss of human life or bodily injury Unintended Usage Unintended Usage include atomic energy control instruments airplane or spaceship instruments transportation instruments traffic signal instruments combustion control instruments medical instruments all types of safety devices etc Unintended Usage of TOSHIBA products listed in this document
74. ze of the cleaning tank the output power of the oscillator the size of the PCB and the mounting method Confirm test results under actual conditions before starting cleaning in the production line Ultrasonic cleaning should normally be conducted with an ultrasonic output of 300 W or lower and should be completed within 30 seconds These requirements may vary according to the size of the cleaning tank and the PCB 2 Solvent Depending on the solvent used the resin body may be degraded It is therefore necessary to confirm in advance that the solvent used for cleaning will not degrade the resin body Also the use of solvents containing freon is restricted so as to prevent destruction of the ozone layer Before using any altemative cleaning agent confirm that it will not degrade the resin body 1 3 Reliability InGaAZP series LEDs are known for their high reliability compared with other LED devices and exhibit excellent character istics particularly in high temperature high humidity environments However before using these devices in equipment be sure to perform adequate testing in addition include safety margins in design specifications 1 4 Lead Pb Free lead finish packaging To protect the environment Toshiba plans to convert to lead Pb Free lead finish on four element high brightness through hole LED lamps Part Number Format Example TLRE16TP lead Pb containing product TLRE16TP F lead Pb Free product For details contact yo

TOSHIBA PRODUCT GUIDE 2006-12 LED Lamps

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