DPTOELECTRONICS 0.43-INCH SEVEN SEGMENT DISPLAYS HIGH EFFICIENCY RED 5082-7650 SERIES The 5082-7650 and 5082-7700 Series are families of High Efficiency Red and Red seven segment LED displays with 0.43-inch digit height. For maximum ON/OFF contrast, 5082-7650 Series displays have Red face and Red segment color. 5082-7700 Series have Black face and Red segment color. RED 5082-7700 SERIES Industry-standard 0.43-inch displays = High Efficiency Red and standard Red models @ Left or right decimal versions m Common anode or common cathode @ Solid state reliability long operating life = |mpact-resistant plastic construction m Standard 14 pin DIP configuration = Categorized for Luminous Intensity m@ Wide viewing angle. ..150 @ Directly compatible with integrated circuits @ Instrumentation @ Point of sale terminals m= Appliances = Digital clocks @ Industrial control equipment PART NO. COLOR DESCRIPTION 5082-7650 High Efficiency Red Common Anode; Left Hand Decimal 5082-7651 High Efficiency Red Common Anode; Right Hand Decimal 5082-7653 High Efficiency Red Common Cathode; Right Hand Decimal 5082-7656 High Efficiency Red Universal Overflow +1; Right Hand Decimal 5082-7750 Red Common Anode; Left Hand Decimal 5082-7751 Red Common Anode; Right Hand Decimal 5082-7756 Red Universal Overflow +1; Right Hand Decimal 5082-7760 Red Common Cathode; Right Hand Decimal 5082-7650 SERIES Panelgraphic Scarlet 65 Homalite 100-1670 Panelgraphic Gray 10 Homalite 100-126 5082-7750 SERIES Panelgraphic Red 60 Homalite 100-1605OPTOELECTRONICS PARAMETER SYMBOL 5082-7650 SERIES Luminous (Digit average, seven segments Notes 1, Peak emission line halfwidth Forward resistance Reverse current Ratio |, (max. L/min. |) 5082-7750 SERIES Luminous (Digit average, seven segments Notes 1 Peak emission line halfwidth AAW Forward resistance Reverse current Ratio |, (max. (/min. |) 0.43-INCH SEVEN SEGMENT DISPLAYS TEST CONDITIONS 5 mA DC |=20 mA DC |-=60 mA 1:6 DF |-=20 mA DC ean Vion V-=0 Va=3.0 V l-=20 mA DC =20 mA (-=100 mA Pk 1:10 DF =20mA Vers V-=0 Va=5.0 V 1-=20 mA HIGH EFFICIENCY RED 5082-7650 5082-7750 5082-7651 5082-7751 5082-7653 5082-7656 5082-7760 5082-7756 Power dissipation at 50C ambient ............ 840 mW 630 mW 520 mw 390 mw Derate linearly from 50C oo... eee eee 16 mwiC -12 mW/C -6.9 mW/C .2 mW/C Storage and operating temperature ........... -40C to +85C 40C to +85C Continuous forward current Total ...... 0 eee. 240 mA 180 mA 200 mA 150 mA Per segment or decimal point ............... 30 mA 30 mA 25 mA 25 mA Reverse voltage Per segment or decimal point ............... 3V 3V 3V 3V Soldering time at 260C (See Notes 4 Fa 6 oP 3 sec. 3 sec. 3 sec. 3 sec. number. . The digit average Luminous intensity is obtained by summing the Luminous intensity of each segment and dividing by the total number of segments excluding decimal points. Intensity will not vary more than +33.3% between ail segments within a digit. 2. All displays are categorized for Luminous Intensity. The intensity category is marked on each part as a suffix letter to the part 3. Intensity adjusted for smaller areas of the + and decimal points. 4. Leads immersed to 1/16 inch from the body of the device. Maximum unit surface temperature is 140C. . For flux removal, use Freon TF, Freon TE, lsoproponal, or water up to their boiling paints.Ly 0.43-INCH OPTOELECTRONICS SEVEN SEGMENT DISPLAYS TEST 5082-765X 5082-775X SYMBOL CONDITIONS Thermal resistance junction to ambient 280C/W 280C/W Wavelength temperature coefficient (case temp.) ............ 0.1 nm/*C 0.3 nm/PC F=20 mA Forward voltage temperature coefficient -2.2 mv/C -1.6mv/c AV,/AT -=2mA 12.70 12.70 12.70 (500) Le (.500)>| bs (.500) PIN #8 MAX. PIN #1 MAX. PIN #1 MAX. MN A pel Pe te | _ F i] G {/B 19.05 + .025 ] /] 10.92 19.05 + .025 [| if 10.92 19.05+ 025) i] 10.36 : Is (750+ .010)) ACF | (430) (.750 + 010) (430) (.750 + .010) ad (.408) pie [_]) (I [| a le yf | fF 1 d--. oP Ui " Kunused -}- 7 i 1.57 DIA. 7} KA.57 DIA. A 7.01 Decimal 7.01 (.062) {.062) 1.57 DIA. (.276) lL Position (.276) Unused (.062) e [are Decimal 8 D 5082-7650 5082-7651/-7653 Position 5082-7656 0b [fs 5082-7750 5082-7751/-7760 5082-7756 CoP PART NO. CODE: e {8 5082-XXXX Part No. 6.35 (.250) YXX Date Code QT 5082-XXXX YXX Z DOP Z Light Intensity I Category A 1 1 T T }_ 4.06 (160) MIN. 54 (.100) _| rar bros (010) PIN ee | Lo -||o.51 (020) (300) NOTE: DIMENSIONS IN MILLIMETERS (INCHES). TOLERANCES + 0.25 (+ 0.010) UNLESS OTHERWISE INDICATED. 2023 PIN ELECTRICAL CONNECTIONS NO. A 6 c D 5082-7650/-7750 5082-765 1/-7751 5082-7653/-7760 5082-7656/-7756 1 Cathode A Cathode A Anode A Cathode D 2 Cathode F Cathode F Anode F Anode D 3 Commen Anode Common Anode Common Cathode No Pin 4 No Pin No Pin No Pin Cathode C 5 No Pin No Pin No Pin Cathode E 6 Cathoce D.P. No Connection No Connection Anode E 7 Cathode E Cathode E Anode E Anode C 8 Cathode D Cathode D Anode D Anode D.P. 9 No Connection Cathode D.P. Anode D.P. Cathode D.P. 10 Cathode C Cathode C Anode C Cathode B in| Cathode G Cathode G Anode G Cathode A 12 No Pin No Pin No Pin No Pin 13 Cathode B Cathode B Anode B Anode A 14 Common Anode Common Ancde Common Cathade Anade BDPTOELECTRONICS __] 0.43-INCH SEVEN SEGMENT DISPLAYS 14 MAXIMUM ALLOWABLE PEAK CURRENT - mA 10us 100.8 Tms 10 ms tp PULSE DURATION 5 C2017 Fig. 1. Maximum Tolerable Peak Current vs. Puise Duration MAXIMUM ALLOWABLE PEAK CURRENT mA $00 400 300 200 10 10s 100n8 Ims 10 ms ip PULSE DURATION s 2018 Fig. 2. Maximum Tolerable Peak Current vs. Pulse Duration0.43-INCH OPTOELECTRONICS SEVEN SEGMENT DISPLAYS NORMALIZED TO IL AT If = 20 mA AND Ta = 25C 82-7650 z Be | | 5082- ao @ 2.00 SERIES 2 5082-77501 | J = abe uw + | i iES. A a >> 11 i T e 1.75 SER BE T Zz SZ <9 10 5082-7750 o 1.50 yf ww SERIES 2 Ta = 50 xe 09 Oo 125 L az = Wg 0.8 S (; N5 [ 5 1.00 7 i qo 07 a // Lo) Ta= 70 ge Q 0.75 a os 0.6 w Lh Q2 3 0. Zz os z 050 7 04 | 2 02st 444 3 V) 0.3L = 0.00 Q 10 20 30 40 50 60 0 10 20 30 40 50 If (peak) PEAK SEGMENT lf FORWARD CURRENT mA CURRENT mA C2019 2020 Fig. 3. Relative Efficiency Fig. 4. Normalized Luminous (Average Luminous Intensity vs. Forward Intensity Per Unit Current Over Current) vs. Peak Temperature Current Per Segment NORMALIZED TO IL AT lr = 20 mA AND Ta = 28C 2.25 z= | |_| Pr oorres unes 7] 7 2.00 tt | 90 INDICATE f 9082775X |, z 5082-7650 = P SERIES a o Ta= 25 E ULSED { 4 E 1.75} SERIES iv tj 468 FOPERATION} t Z A Faz 50 x 7 ia /5082-765x | 1.50 . T / SERIES 5 YY Sal 70 3 i / 3 LZ 60 # z 1.25 vr a T / = a | ; = {fp <x 50 | 5 1.00 4 = / 5 & 40 t i 9 0.75 L 6 Poy? ui 4 a {lf N 30 | 7 z 0.50 7 S20 } & 0.25|+- U 40 | / = 0.00 4 2/ 0 10 20 30 40 50 1 2 3 4 If FORWARD CURRENT ~ mA C2021 Fig. 5. Normalized Luminous intensity vs. Forward Current Over Temperature Ve ~ FORWARD VOLTAGE V Fig. 6. Peak Forward Current vs. Forward Voltage C2022