Description of Terminology 2. Structural Drawing. Reliability Test and Measuring Method 2. Handling Precautions 3

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1 TABLE OF CONTENTS Description of Terminology Structural Drawing Reliability Test and Measuring Method Handling Precautions Super Bright LED Light Bar Module Description of Part Number Characteristics by LED Light Bar Module Product Line - Super Bright LED Numeric Display (Seven Segment Display) Description of Part Number Characteristics by.mm Type 9 0.0mm Type 0-.0mm Type.0mm Type Bi- LED Numeric Display Alpha Numeric LED Display Index by Part Number -9 This datasheet has been downloaded from at this page

2 DESCRIPTION OF TERMINOLOGY ITEMS SYMBOLS DEFINITION UNIT Absolute Max. Ratings Power dissipation Forward current Peak forward current Current derating Forward voltage (Pd) (IF) (IFM) ( IF) (VF) Power dissipated by forward current and forward voltage Current from anode to cathode Forward peak current driven during pulse lighting Derating over C ambient temperature Voltage drop when forward current goes from anode to cathode (mw) (ma) (ma) (ma/ C) (V) Electro-optical characteristics Reverse current Luminous intensity Peak wavelength Spectral line half width (IR) (IV) (λp) ( λ) Leakage current when bias voltage is applied from cathode to anode Flux in lumens per unit of solid angle on optical axis Wavelength at which radiant intensity becomes greatest Wavelength range in which radiant intensity becomes more than 0% of its peak value (µa) (mcd) (nm) (nm) RELIABILITY TEST AND MEASURING METHOD Items to be Guaranteed for LEDs TEST ITEM STANDARDS TEST CONDITION Operating Endurance Test Resistance to Soldering Heat Temperature Cycling Humidity (Steady State) High Temperature (Storage) Low Temperature (Storage) Lead Tension Vibration Fatigue JIS C 0 Added documents JIS C 0 A- JIS C 0 A- JIS C 0 B- JIS C 0 B-0 JIS C 0 A- JIS C 0 A- JIS C 0 A-0 Ta= C, IF=Maximum Rated Current, t=000 Hrs. + C, 0+sec., mm from package base -0 C (0 min) to normal temperature ( min) to +00 C (0 min) To normal temperature ( min) cycles Ta=+ C, RH=90+%, t=000hr Ta=00+ C, t=000hr Ta=0+ C, t=000hr kg/0 sec. one time (thin lead: 0.kg) 0G, 00 to 000Hz sweep for 0 min., hours for directions, Y and Z SAMPLE SIZE 0 0 Measuring Method Luminous Intensity (Iv) Structural Drawing for Numeric Display Detector Epoxy resin (0.0sr) 00mm Dark room LED chip Lamp house LED A Lead frame Constant Current Power Supply

3 HANDLING PRECAUTIONS Soldering Conditions Please refer to each product to see if it s compatible with lead-free soldering. Conventional Soldering Conditions SOLDERING IRON DIP SOLDERING REFLOW SOLDERING Iron Tip Temperature: 00 C Max. (0W Max.) Soldering Time: Seconds Max. Location: At least.0mm away from resin Pre-heat: 0 C Max. / sec. Max. (Resin surface temperature) Bath Temperature: C Max. Dipping Time: sec. Max. Position: At least.0mm away from resin body Not recommended Lead-Free Soldering Conditions SOLDERING IRON DIP SOLDERING REFLOW SOLDERING Iron Tip Temperature: 00 C Max. Soldering Iron: 0W Max. Soldering Time: Seconds Max. Position: At least.0mm away from resin Pre-heat: 00 C Max. / seconds Max. (Resin surface temperature) Bath Temperature: C Max. Dipping time: sec. Max. Position: At least.0mm away from resin body Not recommended Cleaning Residual solder of flux left on the LED housing could reduce intensity and could affect the optical characteristics. Excess flux can be removed by the following chemical method:. Cleaning solvents (dipping time: minutes maximum at normal temperature) Ethyl alcohol Isopropyl alcohol Pure water (after cleaning, the water must be removed by drying) Drying condition: 90 C max., 0 sec. max. and times max.. The effect of ultrasonic cleaning on the LED resin body depends on such factors as the oscillator output, size of PCB and LED mounting method. Ultrasonic cleaning is strongly recommended after confirming that there are no problems.. Ultrasonic wave frequency: khz or 0 khz. Output: 0 W/I. The solvent for freon equivalent (recommended after confirming that there are no problems). AK-AES Clean through Pine alpha ST-00S Chemicals Ethyl alcohol Isopropyl alcohol Pure water Freon substitute detergent AKAES Clean through 0H Pine alpha ST-00S DIP Soldering and cleaning is not recommended for Alpha-Numeric (AARand AAA) LED displays.

4 SUPER BRIGHT LED LIGHT BAR MODULE Stanley s MU series of super-bright LED light bar modules can be selected from a wide variety of configurations and colors to suit a broad range of requirements. By using front mask patterns, including letters, numbers and even graphics, this series is usable for a myriad of display applications. Description of Part Number Characteristics by """ """ """ "" "" "" 9 "" 9 "" 9 "" Characteristics by Package Dimensions Material Forward Current I F " MU 0-0 Peak Forward Current I FM " unit : mm Code color Absolute Maximum Ratings Reverse Voltage VR Operating Temperature Topr " GaAIAs () 0 GaAsP () GaP () 0 GaP (Pure ) GaP () 0 GaP (Pure ) GaAIAs () 0 GaP (Pure ) GaAIAs () 0 GaP () 0 GaAIAs () 0 GaAsP () Units ma ma V Resin C Light Emitting Surface (Outer ) x ( x ) x 9 ( x 0) Storage Temperature Tstg " Suffix No. of Chips pcs ma/ C.... / Pure Absolute Max. Rating Power Dissipation Pd mw Forward Voltage V F V MA IF ma Electro-Optical Characteristics Reverse Current I R MA. " : MU9, MU9 and MU9 series are all 0 ma. " : tw msec, duty / However, for the MU9, MU9 and MU9 series, 00 ma for red and 00 ma for yellow, orange and pure green (tw msec, duty /0) " " : For MU9, MU9 and MU9 series, the temperature range is -0 C to + C. Lead-free soldering compatible product MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-90 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-90 Units Pure Pure Pure Pure Pure Pure Milky White mm Derating I F µa 0 V R V. Peak λ p 0 0 Electro-Optical Characteristics Wavelength Spectral Line Half Width λ TYP nm IF mcd ma Ta= C I F ma Ta= C Tolerance : ±0.mm (.) (Top View) 0 9 G R R G (0.) 0. (.) G R R G

5 SUPER BRIGHT LED LIGHT BAR MODULE Characteristics by Ta= C Resin Light Emitting Surface (Outer ) No. of Chips Absolute Max. Rating Power Dissipation Pd Electro-Optical Characteristics IF MU0-0 MU MU0-0 MU0-0 MU0-0 MU0-0 x9 (x0) MU0-0 Pure 90 0 MU MU0-0 MU0-0 MU0-0 MU0-0 Pure x9 (x0) MU0-0 Pure MU0-0 MU0-0 MU0-0 MU0-0 Pure x (x) MU0-90 Pure Units mm pcs mw mcd ma Lead-free soldering compatible product Package Dimensions unit : mm Tolerance : ±0.mm (.) View) (Top View) RG "90Type only (.) (Top View) (.0) 0. (.) "0Type only (.) (.) (.) (Top View) (.) 0. (.) (.) (0.) 0. (.) (Top View) 0 9 G R R G G R R G

6 SUPER BRIGHT LED LIGHT BAR MODULE Characteristics by Ta= C Resin Light Emitting Surface (Outer ) No. of Chips Absolute Max. Rating Power Dissipation Pd Electro-Optical Characteristics IF MU09-90 Pure 0 0 MU09-90 φ. (φ ) MU MU-0 MU-0 MU-0.x9. (.x0.) MU-0 Pure 0 0 MU-90 MU-90 Pure 9x9 (0.x0.) MU-0 MU MU-0 MU-0 MU-0 MU-0 x (x) MU-0 MU-0 Pure 0 0 MU-0 MU MU-0 MU-0 MU-0 MU-0 x9 (x0) MU-0 MU-0 Pure Units mm pcs mw mcd ma Lead-free soldering compatible product Package Dimensions unit : mm Tolerance : ±0.mm (.) (Top View) (.0) 0. (.) 0

7 SUPER BRIGHT LED LIGHT BAR MODULE Characteristics by Ta= C Resin Light Emitting Surface (Outer ) No. of Chips Absolute Max. Rating Power Dissipation Pd Electro-Optical Characteristics IF MU0-0 MU MU0-0 MU0-0 MU0-0 MU0-0 x9 (x0) MU0-0 MU0-0 MU9-00 MU9-00 MU9-00 Pure x (x) MU9-00 Pure.. 0 MU9-00 MU9-00 MU9-00 9x (9x) MU9-00 Pure.. 0 MU9-00 MU9-00 MU9-00 0x0 (0x0) MU9-00 Pure. 0 Units mm pcs mw mcd ma Lead-free soldering compatible product Package Dimensions unit : mm Tolerance : ±0.mm () 0. 0.MA. 0. (.) MA (.)

8 SUPER BRIGHT LED NUMERIC DISPLAY (SEVEN SEGMENT DISPLAY) Stanley s Numeric Displays which incorporate super-bright LEDs produce vivid, brilliant displays. Available colors are red, pure green, green, yellow and orange. Display types include segment type (character heights.mm to mm) and the alpha-numeric type (character heights mm and mm). These are suitable for dynamic drive due to the low-current drive characteristics. Description of Part Number Characteristics by Ta= C Material Chip/ Segment Power Forward Dissipation Current Pd I F Absolute Maximum Rating Peak Forward Current I FM Reverse Voltage T R Operating Temp Topr Storage Temp Tstg Forward Voltage V F Electro-Optical Characteristics Reverse Current I R Wavelength λ p MA. IF MA. V R TYP IF Derating IF N " R" GaP(). 0~+ 0~ N " R" S,ME N " G" P,SP,MP GaAIAs() GaP() ~+ 0~+ 0~+ 0~ N " A",S,M GaAsP() 0 0 0~+ 0~ N " R",N" R GaAIAs() N " R" S GaAIAs() ~+ 0~ N " G" P, N " GP GaP() N " G" SP N " A",N" A" GaP() GaAsP() ~ N " A" S GaAsP() 0 0 0~+ 0~ NARG" GaAIAs() GaP() 0 0~+0 0~ N " R",N" R" N " G" P, N " G" P N " A",N" A" GaAIAs() GaP() GaAsP() NARG" GaAIAs() ~+0 0~+0 0 GaP() N " R0" N " G0" P N " A0" NARG0" GaAIAs() ~+ 0~ GaP() 00 0~+ 0~ GaAsP() 00 0~+ 0~ GaAIAs() ~+0 0~+0 00 GaP() mm Units mw ma ma V C V ma µa V nm ma ma/ C Number of chips per segment Ratings and specifications are for one segment When both colors of a bi-color LED are driven simultaneously, the rating of NARG types are the total of the Pd, F and FM values. " : NARG 0# type in dynamic drive has a duty cycle of / and f=00hz and the others have a duty cycle of / and f = khz.

9 SUPER BRIGHT LED NUMERIC DISPLAY.mm Type Ta= C Case (WH) Anode Common Cathode Common Rank B Rank C I F.0.0 NARS/S NAGSP/SP NAAS/S NKRS/S NKGSP/SP NKAS/S NAGME/ME NAGMP/MP NAAM/M NKRME/ME NKGMP/MP NKAM/M NAR/ NAGP/P NAA/ NKR/ NKGP/P NKA/ mm Units mcd ma Package Dimensions unit : mm Tolerance : ±0.mm º. φ.0 SType. Cathode a. Cathode f. Cathode g. Cathode e. Cathode d ±0. 0. () e f d g a b c DP. Anode DP. Cathode DP. Cathode c 9. Common Anode 0. Cathode b " The polarity of pin No. and No. is reversed except for the emitting red color. (.) 0. " Common cathode types have a reverse polarity. However, the polarity of pin No. or No. is not changed even if it is the common cathode type. Common cathode types shown in and have a reverse polarity. 9

10 SUPER BRIGHT LED NUMERIC DISPLAY 0mm Type Ta= C Case (WH) Rank B Rank C I F. 9.0 Square shape type NSR/ NSGP/P NSA/ NSR/ NSGP/P NSA/ mm Units mcd ma Package Dimensions unit : mm Tolerance : ±0.mm 0

11 SUPER BRIGHT LED NUMERIC DISPLAY 0mm Type Ta= C Case (WH) Anode Common Cathode Common Rank B Rank C I F 9..0 NARS/S NAGSP/SP NAAS/S NKRS/S NKGSP/SP NKAS/S Square shape type NAR/ NAGP/P NAA/ NKR/ NKGP/P NKA/ NAR/ NAGP/P NAA/ NKR/ NKGP/P NKA/ mm Units mcd ma Package Dimensions unit : mm Tolerance : ±0.mm. 0º. Common cathode types shown in,, and have a reverse polarity º~0º f g a b e c (.) d DP. φ.. (0.) Cathode e. Cathode b. Cathode d. Cathode a. Common Anode. Common Anode. Cathode c 9. Cathode f. Cathode DP 0. Cathode g "Leave a minimum clearance of. mm from body resin to solder.

12 SUPER BRIGHT LED NUMERIC DISPLAY 0mm Type Ta= C Case (WH) Anode Common Cathode Common Rank B Rank C I F. 9.0 Square shape type NAR/ NAGP/P NAA/ NKR/ NKGP/P NKA/ NAR/ NAGP/P NAA/ NKR/ NKGP/P NKA/ mm Units mcd ma Package Dimensions unit : mm Tolerance : ±0.mm 9 0 Common cathode types shown in 9 and 0 have a reverse polarity.

13 SUPER BRIGHT LED NUMERIC DISPLAY mm Type Ta= C Case (WH) Anode Common Cathode Common Rank B Rank C I F. 9.0 NSR/ NSGP/P NSA/ NAR/ NAGP/P NAA/ NKR/ NKGP/P NKA/ NAR/ NAGP/P NAA/ NKR/ NKGP/P NKA/ mm Units mcd ma Package Dimensions unit : mm Tolerance : ±0.mm Common cathode types shown in and have a reverse polarity.

14 SUPER BRIGHT LED NUMERIC DISPLAY mm Type Ta= C Case (WH) Anode Common Cathode Common Rank B Rank C I F..0 Square shape type NSR0/0 NSG0P/0P NSA0/ Square shape type NAR0/0 NAG0P/0P NAA0/0 NKR0/0 NKG0P/0P NKA0/ NAR0/0 NAG0P/0P NAA0/0 NKR0/0 NKG0P/0P NKA0/ mm Units mcd ma Lead-free soldering compatible product Package Dimensions unit : mm Tolerance : ±0.mm Common cathode types shown in and have a reverse polarity.

15 SUPER BRIGHT LED NUMERIC DISPLAY Bi-color LED Numeric Displays 0//mm TYPE Ta= C Case (WH) Anode Common Cathode Common I F NARG/ NKRG/ NARG/ NKRG/ NARG0/ mm Units mcd ma Lead-free soldering compatible product Package Dimensions unit : mm Tolerance : ±0.mm 9

16 ALPHA-NUMERIC LED DISPLAY Description of Part Number Characteristics by Ta= C Material ( color) Power Dissipation Pd Forward current IF Absolute Maximum Ratings Peak Forward current IFM Reverse Voltage VR Operating Temp. Topr Storage Temp. Tstg Electro-Optical Characteristics Forward Voltage Reverse Current VF IR MA. IF MA. VR Wavelength λp VR Derating IF AAR AAA GaAIAs () GaAsP () ~+ -0~+ -0~+00-0~ AAR AAA GaAIAs () GaAsP () ~+0-0~+0-0~+0-0~ mm Units mw ma ma V C V ma µa V nm ma ma/ C Characteristics by (/0 mm TYPE) Ta= C Case (WH) Anode Common Rank B Rank C I F. AAR0 AAA AAR AAA 0 0 mm Units mcd ma Lead-free soldering compatible product Package Dimensions unit : mm Tolerance : ±0.mm 0 0 ma/segment is for segments A,B,E,F,U and P.

17 INDE PART NUMBER PAGE PART NUMBER PAGE PART NUMBER PAGE AAA0 AAA AAR0 AAR MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-90 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-90 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-90 MU09-90 MU09-90 MU09-90 MU-0 MU-0 MU-0 MU-0 MU-90 MU-90 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU0-0 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 MU9-00 NAA0 NAA0 NAA0 NAA0 NAA 9 NAAM 9 NAAS 9 NAA 9 NAAM 9 NAAS 9 NAA NAAS NAA NAAS NAA NAA NAA NAA NAA NAA NAA NAA NAA NAA

18 INDE PART NUMBER PAGE PART NUMBER PAGE PART NUMBER PAGE NAG0P NAG0P NAG0P NAG0P NAGMP 9 NAGP 9 NAGMP 9 NAGP 9 NAGP NAGSP NAGP NAGSP NAGP NAGP NAGP NAGP NAGP NAGP NAGP NAGP NAGP NAGP NAR0 NAR0 NAR0 NAR0 NAR 9 NARME 9 NARS 9 NARSP 9 NAR 9 NARME 9 NARS 9 NARSP 9 NAR NARS NAR NARS NAR NAR NAR NAR NAR NAR NAR NAR NAR NAR NARG0 NARG0 NARG NARG NARG NARG NKA0 NKA0 NKA0 NKA0 NKA 9 NKAM 9 NKAS 9 NKA 9 NKAM 9 NKAS 9 NKA NKAS NKA NKAS NKA NKA NKA NKA NKA NKA NKA NKA NKA NKA NKG0P NKG0P NKG0P NKG0P NKGMP 9 NKGP 9 NKGSP 9 NKGMP 9 NKGP 9 NKGSP 9 NKGP NKGSP NKGP NKGSP NKGP NKGP NKGP NKGP NKGP NKGP NKGP NKGP NKGP NKGP NKR0 NKR0 NKR0 NKR0 NKR 9 NKRME 9 NKRS 9 NKR 9 NKRME 9

19 INDE PART NUMBER PAGE PART NUMBER PAGE NKRS 9 NKR NKRS NKR NKRS NKR NSR 0 NSR 0 NSR 0 NSR 0 NSR NSR NKR NKR NKR NKR NKR NKR NKR NKR NKR NKRG NKRG NKRG NKRG NSA0 NSA0 NSA 0 NSA 0 NSA 0 NSA 0 NSA NSA NSG0P NSG0P NSGP 0 NSGP 0 NSGP 0 NSGP 0 NSGP NSGP NSR0 NSR0 9