AN38

MAN3400A QT | Alldatasheet

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OPTOELECTRONICS SEVEN SEGMENT DISPLAYS Ce ed HIGH EFFICIENCY GREEN MAN3400A RED MAN70A ORANGE MAN3600A YELLOW MAN3800A teases isieeesisissensisiscdiddit = Common anode or common cathode models ™ Red, Yellow, Green and Orange = Fast switching — excellent for multiplexing ™ Low power consumption ® Bold solid segments that are highly legible } . ™ Solid state reliability — long operation life - ® Impact resistant plastic construction © Directly compatible with integrated circuits ™ High brightness with high contrast ™ Categorized for Luminous Intensity (See Note 6) DESCRIPTION = Standard 14 pin dual-in-line package configuration = Wide angle viewing...150° The MAN3400A, MAN3600A, MAN70A and MAN3800A Series provides a choice of color of LED displays. os Standard units are available in Red, Green, Orange and APPLICATIONS | Yellow. They can be mounted in arrays with 0.400-inch (10.16 mm) center-to-center spacing. Yellow and High = Digital readout displays Efficiency Green displays are constructed with Grey face Instrument panels and neutral segment color. Red displays have Black © Point of sale equipment faces and Red segment color. Others have face and = Calculators segment color corresponding to the emitted light. ™ Digital clocks MODEL-NUMBERS (fluc a ee MAN3420A High Efficiency Green Common Anode; Left Hand Decimal MAN3440A High Efficiency Green Common Cathode; Right Hand Decimal MAN3610A Orange Common Anode; Right Hand Decimal MAN3620A Orange Common Anode; Left Hand Decimal MAN3630A Orange Common Anode; Overflow +1 MAN3640A Orange Common Cathode; Right Hand Decimal MAN71A Red Common Anode; Right Hand Decimal MAN72A Red Common Anode; Left Hand Decimal MAN73A, Red Common Anode; Overflow +1 MAN74A Red Common Cathode; Right Hand Decimal MAN3810A Yellow Common Anode; Right Hand Decimal MAN3820A Yellow Common Anode; Left Hand Decimal MAN3840A Yellow Common Cathode; Right Hand Decimal

QT 0.300-INCH DPIOTLECTRONICS SEVEN SEGMENT DISPLAYS el] ELECTRO-OPTICAL CHARACTERISTICS (25°C Free Air Temperature Unless Otherwise Specified) MAN3410A, 3420A, 3440A Luminous Intensity, digit average 750 3200 ned = -=10 mA (See Notes 1 and 3) 900 4000 ued __l=60 mA peak, 1:6 DF Peak emission wavelength 562 am Spectral line half width 30 am Forward voltage Segment 22 30 v l=20mA Decimal point 22 3.0 v l=20 mA Dynamic resistance Segment 12 a |,=20 mA Decimal point 12 a .=20 mA Capacitance Segment 40 pF V=0 Decimal point 40 pF__V=0 Reverse current Segment 100 HA Wn=5.0V Decimal point 100 HA __Wn=5.0V MAN3610A, 3620A, 3630A, 3640A Luminous Intensity, digit average 510 1800 ued k= 10mA (See Note 1 and 3) Peak emission wavelength 630 om Spectral line half width 40 om Forward voltage Segment 25 v 1=20 mA Decimal point 25 v l=20 mA Dynamic resistance Segment 26 in l=20 mA Decimal point 26 a l=20 mA Capacitance Segment 35 pF V=0 Decimal point 35 pF V=0 Reverse current Segment 100 uA Vn=5.0V Decimal point 100 HA Vn=5.0V

QT 0.3004NCH arrarartiunules SEVEN SEGMENT DISPLAYS ed _ ELECTRO-OPTICAL CHARACTERISTICS (25°C Free Air Temperature Unless Otherwise Specified) (Cont'd) MIN. TP. MAX. UNITS ‘TEST CONDITIONS. MAN71A, 72A, 73A, 744 Luminous Intensity, digit average 125 350 wed = =10 mA (See Note 1 and 3) Peak emission wavelength 660 nm Spectral line haif width 20 nm Forward voltage ‘Segment 20 v 1=20 mA Decimal point 20 v 1=20 mA Dynamic resistance ‘Segment 2 a ha=100 mA Decimal point 2 a = 100 mA Capacitance ‘Segment 35 80 pF V=0 Decimal point 35 80 pF V=0 Reverse current Segment 100 HA Wy=5.0V Decimal point 100 HA W=5.0V MAN3810A, 3820A, 3840A Luminous Intensity, digit average 450 1700 ued = =10mA (See Note 1 and 3) Peak emission wavelength 585 am Spectral line half width 40 am Forward voltage Segment 3.0 v 1=20 mA Decimal point 3.0 v h=20 mA Dynamic resistance Segment 26 a 1=20 mA Decimal point 26 2 k=20mA Capacitance Segment 35 pF V=0 Decimal point 35 pF _V=0 Reverse current Segment 100 HA Wn=5.0V Decimal point 100 HA__Ve=5.0V

QT] 0.300INCH brroeiecrannics SEVEN SEGMENT DISPLAYS SS RECOMMENDED OPTICAL FILTERS For optimum ON and OFF contrast, one of the following filters or equivalents should be used over the display: DEVICE TYPE FILTER DEVICE TYPE FILTER MAN3610A MAN71A MAN3620A Panelgraphic Scarlet 65 MAN72A Panelgraphic Red 60 MAN3630A Homalite 100-1670 MAN73A Homalite 100-1605 MAN3640A MAN74A MAN3410A Panelgraphic Green 48 MAN3810A Panelgraphic Yellow 25 or Amber 23 MAN3420A Homalite 100-1440 Green MAN3820A, Homaiite 100-1720 or 100-1726 MAN3440A MAN3840A, Panelaraphic Grey 10 Homalite 100-1266 Grey ABSOLUTE MAXIMUM RATINGS HIGH EFF. GREEN RED ‘MAN34108 MANIA MAN34208 MAN72A MAN3440A MAN74A MAN73A Power dissipation at 25°C ambient ve 600 mW 480 mW 300 mW Storage and operating temperature || : 40°C 10 +85°C = 40°C to +B5°C = — 40°C to +85°C Continuous forward current Total oo. eee ceeeee beveeeeees 240 mA 240 mA 150 mA Per segment... 0.000001) : : ‘30 mA 30 mA 30 mA Decimal point: °° ae rene 30 mA 30 mA 30 mA Reverse voltage Decimal point Bererreeeeeeen ore 6.0V 60V 6.0V YELLOW ORANGE MAN38108 MAN36108 MAN3820A MAN3620A MAN38408 MAN36408 (MANS6308 Storage and operating temperature |. 40°C to +85°C 40°C 10 +85°C © — 40°C to +85°C Continuous forward current Per segment. me : on 25 mA 30 mA 30 mA Decimal point: aon eneeeennenen 25mA 30 mA 30 mA Reverse voltage Per segment... beteetteee eens 6ov 60V 6.0V Decimal point. pereeeeeeeeenennen 6.0V 60V 6.0V Soldering time at 260°C (See Notes 4 and 5). en 5 sec. 5 sec. 5 sec. GREEN/YELLOW Thermal resistance junction to free air >. ae we vee eeeeeeneeeeee 160.GW RED/ORANGE Wavelength temperature coefficient (case temperature)... vee Senne + TOAPC Forward voltage temperature coefficient... eee eee Pe S20 mvc 1. The digit average Luminous Intensity is obtained by summing the Luminous Intensity of each segment and dividing by the total number of segments. Intensity will not vary more than +33.3% between all segments within a dig 2. The cure in Figures 3, 6, 9, and 12 is normalized to the brightness at 25°C to indicate the relative Luminous Intensity over the operating temperature range. 3. The decimal point is designed to have the same surface brightness as the segments, therefore, the Luminous Intensity of the decimal point ‘s.3 times the Luminous Intensity of the segments, since the area of the decimal point is .3 times the area of the average segment. 4. Leads of the device immersed to 1/16 inch from the body. Maximum device surface temprature is 140°C. §. For flux removal, Freon TF, Freon TE, Isoproponal or water may be used up to their boiling points. 6. Alldisplays are categorized for Luminous Intensity. The Intensity category is marked on each part as a suffix letter to the part number.

IPTOELECIANNICS SEVEN SEGMENT DISPLAYS NN PACKAGE DIMENSIONS mad yo ea p 2m] blaine of 4 ] JL ow: 1 20" * oy hee sah abe aie “RF ms I i ky Sas hl Op il lop fo | Fh rie! i LT yt ot | OPS \\ #44 i cxedo | ple aoe emt ma Ope og a Wi kestad i ee r ao} oh ole wil. q | “on se cee je ea of o/s [: Bh # +f Lh. | ee | MAN36108, 26104, 71A, 28108 | MAN3420A, 728, 96208,3820a | _MAN3GSOA,73A | MAN944OA, 26504, 748, 3840

1 Cathode A Cathode A Anode C, D Anode F

2 Cathode F Cathode F No Pin Anode G

3 Common Anode Common Anode Anode C, D No Pin

4 No Pin No Pin No Pin Common Cathode

5 No Pin No Pin No Pin No Pin

6 No Connection Cathode D.P. No Pin Anode E

7 Cathode E Cathode E Cathode D Anode D

8 Cathode D Cathode D Cathode C Anode C

9 Cathode D.P. No Connection No Connection Anode D.P.

10 Cathode C Cathode C Cathode B No Pin

W Cathode G Cathode G Cathode A No Pin

12 No Pin No Pin No Pin Common Cathode

13 Cathode B Cathode B No Pin Anode B

14 Common Anode Common Anode Anode A, B Anode A

DETOELECTAOLICS SEVEN SEGMENT DISPLAYS CCC ee ° a “TT =) | / | mMrmatzen ar - 10m 5 a -—ft— Bo el fy 4 z | i i” 7 5 iol Joust tS on Lt L to 20~SC«0SCS lc FonMano Cunncn—1 na) FORWARD VOLTAGE —ve VOLTS) Cxee7 cme Fig. 1. Forward Current Fig. 2. Relative Luminous Intensity vs. Forward Voltage vs. DC Forward Current "ATI NORE a 2 nae we eseeesenes TT TT] PORT feeueEEaeee fat | NT tee fa tT N | ech Fy 20) | IN HSE oh L_| LIN “ a eeeee "S80 sw 7s wo CLIT YT TT TT vs. Temperature Forward Voltage vol] —atesoosemies _T) “— mo ee ee a os a Ee a | 2 nen a 3 »f} +S 4 to ee ee ae | peo Sf Se es Le eS Ss a | a i es a 2 x a a co ae a A a a eS rs ee ae vs. Temperature Forward Voltage

OPTOELECTRONICS SEVEN SEGMENT DISPLAYS el TYPICAL CHARACTERISTIC CURVES (Conta) ‘| [enn Coe aS SO T_T Tt] Fe a a _« FS a ce is i ey S| Ee a oe a | Fe a a | Ee a a a =F Fe a a Se | fo nS OS o—_} [ZT | i A a rs a vs. Temperature Forward Voltage : {oS ; 110} ain me mT Ht pi TTT Ty j SSS SENG wl a Td ‘one nw PUIS OURATION ot sacar arenatont “eco rome Fig. 9. Relative Luminous intensity Fig. 10. Maximum Peak Current vs. Temperature vs. Pulse Duration “Tm T Soe] ng _ | tee gmt — PH, | a g2 | f i | 1 Ni BLT Poor No Eo ESS Coony a es LL TT Fig. 11. Relative Efficiency Fig. 12, Max Peak Current vs. vs. Duty Cycle Duty Cycle

PPrOeLECTANIIES SEVEN SEGMENT DISPLAYS CL TYPICAL CHARACTERISTIC CURVES (Cont'd) ‘Ese TT °C Poon senes] TTT) Re a > CY on » ELE Tram

2 DON TT pe

fe NN | pe a aT TIN rh Fs a : PPT Nea oe ee SPT TNT i a OS Pf See OTT TTT (COT TRE Swen Our ovae x " Duty Cycle Duty Cycle peed AO CLL ‘000 (1mm J TT] to RA wot on pro en CIEE TT Sisal I <0 2 i SONG ie TS " 223 5810 20 3% 80100 - 73 9 8G 2 W050 80V0 Duty Cycle Duty Cycle 2 wioeatene | TTT = FERED: i AEE CO 3 z 2. TIN TTT 2 7 iad Sa Poo Ei " 2 ee S| Ceres L411 TT |, T Neveseae * wy FORWARD CURRENT-na Duty Cycle Forward Current