LTD-6000 LITEON | Alldatasheet
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45SE D MM 8835695 0003844 i100 METLIT 0.56’" DUAL DIGIT NUMERIC DISPLAYS
FEATURES
0.56 INCH (14.2mm) DIGIT HEIGHT *CHOICE OF SIX BRIGHT COLORS-RED/BRIGHT : RED/GREEN/YELLOW/ORANGE/HIGH EFFICIEN- f CY RED. *LOW POWER REQUIREMENT. @ EXCELLENT CHARACTERS APPEARANCE. * CATEGORIZED FOR LUMINOUS INTENSITY @1.C. COMPATIBLE. *EASY MOUNTING ON P.C, BOARD OR SOCKETS. DESCRIPTION a ‘ anh The LTD-6000, series are 0.56 inch (14.2mm) heigh, aan” 2, dual digit displays. = = The red series devices utilize LED chips which are made 25 from GaAsP on @ GaAs substrate, The bright red and sae green series devices utilize LED chips which are made eS from GaP on a transparent GaP substrate. The yellow, Ss orange and high efficiency red series devices are utilize g= LED chips which are made from GaAsP ona transparent 32 GaP substrate, Red and bright red displays have black go face and red segment color, Green and yellow displays have gray face and white segment color. Orange displays have orange face and orange segment color. High efficiency red displays have red face and red segment color DEVICES PART NO, LTD— INTERNAL BRIGHT veiom HILEFF. DESCRIPTION circult RED orance | "hep DIAGRAM orice [sos | ior | aoe | onrone fend Deer 6730R | 6730P | 64306 | eBs0y | 6630e | ssaoHA | Common Anode, Le | th c hod! 6750R | 6750P | 6450c | ea5oY 6650E | 6950HR Sorption Cath * Lo | 5-130 793
: oct ° SE ETE ae de EINE COT ON RE REE ; N LITON ELECTRO esa Betige ; . NIC S93E D MM@ 8835695 0003847 O47 METLIT sae BA we aces . ONAL A Ea Pes, bie Rees RS PACKAGE DIMENSIONS LTD-6x10/6x30/6x40/6x50 IMB cage) DE. 0 # [ U Il “ [h {} Ih Hlimeters wank 4o Meaty) 9, Yo". NOTE: All dimensions are in ENCES eolerance are: ok (inches) Tics ome SET | 1. Lead length (from seating plane) oth ao" A minimum vatue —0-00__ CUD 00000 (20.0807, : eoso ase ‘ 2 0.000" aise Gi et 2, 20.25. ress oth ec SRT unless otherwise noted. PIN CONNECTION CONNECTION ene: 1 | cathode E (Digit 11 | Cathode G (Digit 1). Anode E (Digit 1). ° |"; Anode (Otalt't)-2 oa 2 | Cathode D (Digit 1) | CathodeJ. H (Digit 1) Anode D (Digit 1) ~ ahade yd. F(Digit. BE 3 Cathode C (Digit 1) Cathode C (Digit 1) Anode C (Digit 1) | Anode C (Digit.1) 2s 5 Cathode E (Digit 2) Cathode E (Digit 2) Anode E (Digit 2) Anode E (Digit 2):".54 6 | Cathode D (Digit 2) Cathode D (Digit 2) Anode © (Digit 2) Anode D (Digit 2)” 7 | Cathode G (Digit 2) Cathode G (Digit 2) Anode G (Digit 2) Anode (Digit 2° 8 | Cathode C (Digit 2) Cathode C (Digit 2) Anode C (Digit 2) Anode C (Digit 2) "J
10 Cathode 8 (Digit 2) Cathode B (Digit 2) Anode B (Digit 2) Anode 8 (Digit 2) a
11 | Cathode A (Digit 2) Cathode A (Digit 2) Anode A (Digit 2) Anode A (Digit 2),
12 Cathode F (Digit 2) Cathode F (Digit 2) Anode F (Digit 2) “Anode F (Digit 2)»
- [Common Anode (Digit 2) |Common Anode (Digit 2) | Common Cathode (Digit 2)- | Common Cathode (Digit 14. {Common Anode (Digit 1) | Common Anode (Digit 1) | Common Cathode (Digit 1) | Common Cathode (Digit 4} 16 Cathode B {Digit 1) Cathode B (Digit 1) Anode B (Digit 1) Anode & (Wigit 4),.° 4]
16 Cathode A (Digit 1) No Connection Anode A (Digit 1) No Connection a
5131 | 17 | Cathode G (Digit 1) No Connection Anode G (Digit 1) No Connection - jag |: 18 | Cathode F (Digit 1) No Connection Anode F (Digit 1) No Connection WIRAR SAS RA ca SEA i iy bie irate Ue ABA Sah Rent
CREED id id neal ines erwin 2 a TIE DMM 8835695 oOORa4a Taa @TLIT pate INTERNAL CIRCUIT DIAGRAM A. LTD-6x10 B. LTD-6x30 © 7 6 8 wos eo wo suo eH we . 2 a4 5 8 7 oo 1224 8 6 78 8 C. LTD-6x40 D. LTD-6x50 , wwe wa BH suo won ; 1234 8 or we 12345 67 8 8 ABSOLUTE MAXIMUM RATINGS AT Ta = 25°C [_rananeren | neo | R87 [enten] veccow | onanae [Maabr | uw [FowerDisiation Persegment [88 [ao | 75 | eo [| | mw | ‘Peak Forward Current Per Segment 41/10 Duty Cycie, 0.1ms Pulse Width) [coninon rower Gurentesenan| 3 | | @ |= | = | = | wa] [Beng ner ron acre tras [08 | aim [ea | oan | oa | oa [oar free voinetesoren fs] s ps | s | s Ts] [oeenimTarecavetos |e 795 Beare eee at ciated a Fs iltt cega thea at ou dad EAR PE TE SE 0 a BACHE or LMR ERASE ON PAGE 8 LS
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. » © © ww o 2s wm Te 1% = ° be Ambient Temperature (Ta} - °C Duty Cycle % Duty Cycie % Fig 4 MAX ALLOWABLE DC CURRENT PER SEG Fig 6 MAX PEAK CURRENT Vs DUTY CYCLE % fig 6 LUMINOUS INTENSITY Vs_DUTY CYCLE*s \\Vs AMBIENT TEMPERATURE (REFRESH RATE - F = 1 KH2) (AVERAGE ly = 10mA PER SEG 1 5-133 796 . : ' - y : . 2 a ee —_ a a a al te SP ee Cale
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© eiepige bie Sire Oa Ce RC ee een SE ERC S Nie eee Cae nT ee era eM wiaie ing a TATUAN LITON ELECTRONIC __4SE D MM 8835695 0003851 578 MMTLIT - SO Se pe ae a ee Cee SSE ee wR eda ee EMRE SR EET I ORRIN ES RIN oT eS BS PI RIN hae BIE LE SSRI PI a AI aN RO LE ELECTRICAL/OPTICAL CHARACTERISTICS AT Ta = 25°C LTD-6400G SERIES [aes tinoistnemny, | fee | amm f| t [iretan | seeing | deem TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES (25°C Ambient Temperature Unless Otherwise Noted) E im Zw) - | Eos — Oo nz Poneed 1 3 i 3 Bebe Za — Ezol if | Ld . bid 0 QE FORWARD CURRENT IPER SEGMENT) =r ‘8 _ rep poppy € H # i CCE be ENG 2.uety tt Ex» So é 7 ‘ce " LEU i tt ti Lt I oe eee Sr a a er eS Ambient Temperature (Tal — °C Duty Cycle % Duty Cycle % fig 4 MAX. ALLOWABLE DC CURRENT PER SEG. Fig 5 MAX. PEAK CURAENIT Vs, DUTY CYCLES Fig 6 LUMINOUS INTENSITY Vs. DUTY C¥CLE* 5-138 798
¥ A ~ * 1 SN athe tite rant N LITON ELECTRONIC ygg DM 4935695 oo03 i segs REeW I ces yfonh sears bunts : 852 404 meTLIT ELECTRICAL/OPTICAL CHARACTERISTICS AT Ta = 25°C LTD-6800Y SERIES TEST Roommeni | [we fam] Dm [vom | fewwtoenevaemen | || fe pm fone] TYPICAL ELECTRICAL/OPTICAL CHARACTERISTIC CURVES Be (25°C Ambient Temperature Unless Otherwise Noted) se "ITI 5 Tian in i ies a a ~ B= E | 4 Y00 Io as ~ — Ss : z | Lj 2, \\f- _ 3 # ol. {otif fal | _ 5 if go on ie ed - ' : < pile | 2 | BT] | Bo| tt gop | Aa. —— BL 2 | | fog : & ° Ty @ ery hy eos} biope ° it4 i o tM Lt . Loot W620 ae a a 0 5 em * Forward Voltage (V,) Volts Wavelength [) ) — nm Forward Current (le) - mA Fig 1 FORWARD CURRENT Vs FORWARD VOLTAGE Fig. 2 SPECTRAL RESPONSE Fig 3 RELATIVE LUMINOUS INTENSITY Vs FORWARD CURRENT (PFA SEGMENT) ™ rt im ‘Ss | ‘CLP j ™ iH sm B € a 1 | | 1 200 p+ t+, f oh. 8 ,| pat | 6” 7 Wo) ge ENGELS ° eS a °c » © ww o 2 sw mw W ® 2 rn Be Ambient Tomperatute (Ta) — °C Duty Cycle % Duty Cycle % Fig 4 MAX ALLOWABLE DC CURRENT PER SEG fig § MAX PEAK CURRENT Vs OUTY CYCLE %% Fu 6 LUMINOUS INTENSKIY Ve. DUTY CYCLE” Vs AMBIENT TEMPERATURE (REFRESH RATE F 1 KHel VAVERAGE |, — 10mA PER SEG 1 5-136 739
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