MAN8010

MAN30X0A QT | Alldatasheet

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OPTOELECTRONICS AlGaAs RED CC Creme 7.6mm (0.3in) MAN3OXOA 14.2mm (0.56in) MAN6OXO 20.0mm (0.8in) MANSOXO - DESCRIPTION oN This line of solid state LED displays uses newly developed Double Heterojunction (HD) AlGaAs/GaAs ' . material to emit deep red light at 650 nm. This material 5 has outstanding efficiency at low drive currents and can be either DC or pulse driven. Viewability at up to 10 meters (MAN8000 Series) is available for applications such as instruments weighing scales, meters and point- of-sale terminals. = Low Power Consumption Typical power consumption is 1.6mA/seg. at 1mA drive o ideal for battery operated applications ‘eS = Typical intensity of 650.cd/seg at 1mA drive are ™ Excellent for multiplexing long digit strings = Compatible with monolithic LED display drivers = Three Character Sizes = Common anode or common cathode = Excellent character appearance _ 4 Wide viewing angle ee : Grey body for optimum contrast d : , ™ Categorized for luminous intensity. Use of like } & a categorizes yields a uniform display PART NO. SIZE DESCRIPTION DRAWING MAN3010A Common anode; right hand decimal A MAN3040A ‘Common cathode; right hand decimal B MAN3020A 0.3" (7.6mm) Common anode; left hand decimal c MAN6060 Common anode; right hand decimal D MAN6080 0.56" (14.2mm) Common cathode; right hand decimal E MAN8010 Common anode; right hand decimal F MAN8040 0.8" (20mm) Common cathode; right hand decimal G

OPTOELECTRONICS AlGaAs RED ——_— LOW CURRENT DISPLAYS el ELECTRICAL/OPTICAL CHARACTERISTICS AT T,=25°C TEST DESCRIPTION SYMBOL DEVICE CONDITIONS MIN. TYP. MAX. _UNITS Luminous intensity/segment [1.2] (digit average) WV MAN3OO0A Series 1 mADC 315 600 5 mADC 3600 20mA nod Pk: 1 of 4 3300 Duty Factor MANG6000 Series. 1 mADC. 400 700 5mADC 4200 20 mA nod Pk: 1 of 4 3900 Duty Factor MAN8000 Series. 1 mADC. 270 500 5mADC 3500 20 mA ned Pk: 1 of 4 3300 Duty Factor Peak wavelength APeak All Devices 650 am Dominant wavelength [3] Ad AllDevices 642 nm Forward voltage/segment or DP Ve AllDevices =1mA 16 (20 \\=5mA 174 v 1.=20 mA Pk 1822 Reverse voltage/segment or DP Va __ AllDevices = 100 pA 3015 v ‘Temp. coefficient of V./seg.orDP__AV./°C =2mV_ MvieC ‘Thermal resistance LED junction— to—pin ReJ-PIN MAN3000 255 MAN000 400 *CMISeg. MAN8000 430 1. Case temperature of the device immediately prior to the intensity measurement is 25°C. 2. The digits are categorized for luminous intensity with the intensity category designated by a letter on the side of the package. 3. The dominant wavelength, A., is derived from the CIE chromaticity diagram and is that single wavelength which defines the color of the device.

QT] DOUBLE HETEROJUNCTION OPTOELECTRONICS AlGaAs RED ——oas: LOW CURRENT DISPLAYS ABSOLUTE MAXIMUM RATINGS (Ai Products) Peak forward current per segment or DP (T,=25°C)[1] -..-- 06. cee eee eee eee seers e cess 45 MA Average or DC forward current per segment or DP (T,=25°C) . Peery . 15 mA Operating temperature range ae se neennesseees .. —20°C to +85°C Reverse voltage per segment or DP Peeereretireeirr iy 3.0V Lead solder temperature (1.59 mm [1/16"] below seating plane) seseseveseessees 260°C for 3 sec. NOTES: 1. Do not exceed maximum average current per segment. 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 segment within a digit. 2. Leads of the device immersed to 1/16” from the body. Maximum device surface temperature is 140°C. 3. For flux removal, Freon TF, Freon TE, Isoproponal or water may be used up to their boiling points. 4. All displays are categorized for Luminous Intensity. The intensity category is marked on each part as a suffix letter to the part numbers.

‘QT DOUBLE HETEROJUNCTION AlGaAs RED UPTOELECTAONICS LOW CURRENT DISPLAYS Caen easiest _PACKAGE DIMENSIONS : MAN3000A SERIES So PIN 0.188 PIN #1 (4.78m) 0.370 (940mm) rT 0.738 0.300 [ | 0.300 (18.75em) (762mm) Et | (7.62mm) | elk AOR B c an — |e) o160""* 4 18997 (4.06mm) 0.010 PIN #1 oO i L_ os | (0.25mm) 0.100 (254mm) Spel Lage ‘gps (0.51mm) wertilion\\ DATE cove LUMINIOUS INTENSITY CATEGORY ono | PART NO.

0.200 YXX

(5.08mm) t 4 F B “ona (4.06mm) E c PIN #8 —t @ JL dots ° NOTE : ALL DIMENSION ARE IN INCHES(mm) C3060 ato

VPTOELECTRONICS LOW CURRENT DISPLAYS TS PACKAGE DIMENSIONS MANG6000 SERIES 20.010 TL PIN gt PIN @ i -— 2s = « 0.750 20.010 (18.05mm) it (18.22mm) BOTTOM View = I 90.060 sr (aise) Pw DORE PART DATE CODE UGHT INTENSITY CAT IDENTIFICATION pee = 0.315 rae T0.080(1.27mm) PIN #1 4 +01 oaoo Tr.-} ok dh o.oatt BSsamnm) Lo 66% ood Caste) (15.24mm) A F B G : c [Dr ©3061

UPOELECTIOAIES LOW CURRENT DISPLAYS Cee ee etetthdeahteaitaletc si PACKAGE DIMENSIONS MAN8000 SERIES 0. 18 PIN ft (18.87mm) £0.10 I | 0.08 en) (850m) > (20.32mm) 7 0100(2 54mm) 4 ® = ond 0.100(2.54mm) 0.457 eB £0.010 (11.6imm) | wot een” . LUMINIOUS INTENSITY DATE CODE CATEGORY A Pant — peo | F 8 c 0.050 (1.27mm) / ml +3097 € c 40.015 =F 0.010(.254mm) D (ezamm) a Dor C3062

OPTOELECTRONICS AlGaAs RED —_—_— LOW CURRENT DISPLAYS ee ELECTRICAL CONNECTIONS [83] wondvon | wanSoon | marion | watts | unto | natin | wasn | MAN6060 1 | Cathodea ‘Anode F Cathode A Cathode E ‘Anode E No Connection | No Connection 2 | Cathode F Anode G Cathode F Cathode D ‘Anode D Cathode Anode 3. | Common Anode | No Pin Common Anode | Common Anode | Common Cathode | F Cathode F Anode 4 | NoPin ‘Common Cathode | No Pin Cathode C ‘Anode C Common Anode | Common Cathode 5 No Pin No Pin ‘No Pin Cathode D.P Anode D.P E Cathode E Anode 6 | NoConnection | AnodeE Cathode D.P Cathode B Anode B _ _

7 Cathode E Anode D Cathode E Cathode A Anode A E Cathode E Anode

8 Cathode D Anode C Cathode D ‘Common Anode | Common Cathode - _

9 Cathode D.P Anode D.P No Connection Cathode F ‘Anode F D Cathode Common Cathode 10. | Cathode NoPin Cathode C Cathode G Anode G DP Cathode DP Anode 11 | Cathode G NoPin Cathode G D Cathode D Anode 12 | NoPin Common Cathode | No Pin Common Anode | Common Cathode 13. | Cathode B Anode B Cathode B C Cathode C Anode 14 | Common Anode | Anode A Common Anode G Cathode: G Anode

15 B Cathode B Anode

16 - _

7 Common Anode | Common Cathode

18 = - 3 14 4 12. 3. 14

11217 Ie l9 hon 11216 17 18 19 h3i14 1 }2 16 [7 18 honalis

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