MAN32X0A QT | Alldatasheet
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OPTOELECTRONICS AlGaAs RED —— SUNLIGHT VIEWABLE DISPLAYS Se 7.6mm (0.3in) MAN32X0A 14.2mm (0.56in) MAN62X0 20.0mm (0.8in) MAN82X0 ——— eee
DESCRIPTION
oe This line of solid state LED displays uses newly developed Double Heterojunction (DH) AlGaAs/GaAs . material technology. This LED material has outstanding < 4 light output efficiency over a wide range of drive currents and can either be DC or pulse driven. The color is deep red at the dominant wavelength of 637 nanometers. Viewability of up to 10 meters (MAN8200 Series) is available for applications in bright sunlight such as automotive and avionic instrumentation, portable instruments, point-of-sale terminals and gas pumps. o = Sunlight Viewable a Typical intensity of 1Smcd/Seg at 20mA Drive y = Capable of high drive currents = Excellent for multiplexing long digit strings = Three Character Sizes = Excellent character appearance Evenly lighted segments —_ £ Wide viewing angle . Grey body for optimum contrast P ; ®™ Categorized for luminous intensity. Use of like 1 a categorizes yields a uniform display MODEL NUMBERS PART NO. SIZE DESCRIPTION DRAWING MAN3210A Common anode; right hand decimal A MAN3240A Common cathode; right hand decimal B MAN3220A 0.3" (7.6mm) Common anode; left hand decimal c MAN6260 Common anode; right hand decimal D MAN6280 0.56" (14.2mm) Common cathode; right hand decimal E MAN8210 Common anode; right hand decimal F MAN8240 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.
OPTOELECTRONICS AlGaAs RED UPIDELECTROHICS SUNLIGHT VIEWABLE DISPLAYS eerste PACKAGE DIMENSIONS MAN3200A SERIES 7 Mo PIN #1 — 0.188 PIN #1 ((4.78mm) UJ 0.370 ) (9.40mm! ena 0.738 0.300 il 0.300 | elk AOR B Cc ang — Mri) (£0.015 “ft 0.160 PIN #1 (4.06mm) oie —t (0.25mm) tt o100 (254mm) 20.015 ™ tLegp att — ‘zat (0.5mm) RAeinon\\ DATE cove LUMINIOUS INTENSITY CATEGORY y a aaketane | PART NO. Sx (5.08mm) = F B | LJ ~Taoors (408mm) E c PIN #8 i @, Pp Job JL 88 , 0.100 (254mm) 0.020 (0.51mm) NOTE : ALL DIMENSION ARE IN INCH S(mm) C3060
‘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
[83] marten | wanfnon | weninon | waite | wate | were | waa _| MAN32208
1 Cathode A Anode F Cathode A Cathode E Anode E No Connection No Connection
2 Cathode F Anode G Cathode F Cathode D Anode D ACathode: A Anode
3 Common Anode | No Pin Common Anode | Common Anode | Common Cathode | F Cathode F Anode
- | 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 | Anode E CathodeDP | Cathode B Anode B = - 7 | Cathode E ‘Anode D Cathode E Cathode A ‘Anode A E Cathode E Anode 8 | Cathode ‘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 c NoPin Cathode C Cathode G ‘Anode G DP Cathode DP Anode 11. | Cathode G No Pin 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 _— — C— 4 4 12 3 14 fre [ i i F : | 11217 18 19 holii13. 112161718 lohslie 1121617 Is honi13 MANS210 MAN3240 ‘'MAN3220 ® ©) C3063 C3064 C3065 s is s 8 1 l2[¢tel7 te hols 112141 }7 le hols MAN6260 MAN6280 (0) «© 06s co0e7 2 13 15,7]9,1thohshal15 2 [3 ts,7holtshshal1s ‘MANB210 ‘(MAN8240 (3) @) caves 2089