UPC78M05AHF

UPC78M00A NEC | Alldatasheet

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THREE TERMINAL POSITIVE VOLTAGE REGULATORS

DESCRIPTION

uPC78MOOA series are monolithic three terminal positive regulators which employ internally current limiting, thermal shut down, output transistor safe operating area protection make them essentially indestructible. They are improved for load regulation, as comparison of conventional uPC78MO00 series.

FEATURES

+ Wide operation temperature range. + Good regulation (line, load). + Built-in some protection circuits. (over current protection, SOA protection and thermal shut down) ORDER INFORMATION TYPE NUMBER OUTPUT VOLTAGE PACKAGE QUALITY GRADE HPC7BMOBAHF uPC78MO6AHF HPC78MO7AHF uPC78MO8AHF 8V _ HPCTEMOSAHF SV MP-45G(ISOLATED TO-220) Standard uPC78M10AHF : m0) ) Stender uPC78M12AHF LPCT8MI5AHF HPC78M18AHF HPC78M24AHF Please refer to “Quality grade on NEC Semiconductor Devices” (Document number EI-1209) published by NEC Corporation to know the specification of quality grade on the devices and its recommended applications. EQUIVALENT CIRCUIT CONNECTION DIAGRAM S: SEE GS GL 7a SE Re Ro ‘Ove “ype i a | o | pale cebsazact Ri 123 © OUT Rs » Go UU - Os Shs TO Ra 1.1N roi The 2. GND Re Ra = cx Qn 3. OUT ar + oh Ea Roo ecee © GND Document No. IC-3170 (0.0. No, 1C-8083) Date Published December 1992 M . Printed in Japan © NECCorporation 1992

' NEC uPC78MO0A SERIES ABSOLUTE MAXIMUM RATINGS (Ta = 25 °C) e140 Be Internal Power Dissipation _ Pro | __ 15 WNotez! _Ww Operating Ambient Temperature Range | Topt - 30 to +85 °C Operating Junction Temperature Range | Toptii — 30 to + 150 °c Storage Temperature Range Thermal Resistance (junction to ambient] Ria [| 65s CW _| (Note1) u.PC78MO05A, 06, 07, 08, 09, 10, 12, 15, 18 : 35 V, uPC78M24A : 40 V (Note2) Internally limited TYPICAL CONNECTION D INPUT a | OUTPUT ° uPC78MO0A ° Cw T Cour I o C1: Required if regulator is located an appreciable distance from power supply filter. i C2: More than 0.1 uF Di: Needed for Vin < Vo Dz: Needed for Vo < GND RECOMMENDED OPERATING CONDITIONS : CHARACTERISTIC | symeo. | | min. | typ. | max. | UNIT | upcramosaHF | 7 | 10 | 25 | uPcTaMosaHF | 85 [11 | 25 _| ! 95 | 12 | 26 | HPC78MO8AHF | 10.5 | 14 | 25 | Input Voltage Vin HPCTBMOSAHF | 11-5 | 15 | 25 | Vv 145 75 | 23 | 30] uPcramiganr | 21 | 27 | 30_| ee _ uPC78M24AHF 33 | 38 Output Current lo All 350 mA Operating Junction ey

ELECTRICAL CHARACTERISTICS jPC78M05A (Vin = 10 V, lo = 350 mA, 0°C ST 5+ 125 °C) CHARACTERISTIC TEST CONDITIONS [ min. | TyP. | MAX. | UNIT | Ti = 25°C 48 | 50 | 5.2 Output Voltage Vo TV Vin520V,5mA=lo=350mA| 4.75 | ‘| 5.25 | V ~30%C STS + 25°C bars || 525 | Line Regulation [Tie 2 7Ve n= 25v,0-20mA) | 3 | 20 | ay Ti=25°C,8VSVns25V,lo=200mA| —s | 1 =| 15 | Load Regulation REG. | 1i= 25°C, 8 mA = lo 5 500 mA | | 3 | 20] Ly an Tj= 25 °C, 5 mA S lo= 200 mA | 10 | Quiescent Current ___| tews_|{ Tis 25°C | 6.0 | ma | Quiescent Current Alans _8.V = VIN 25 V, lo = 200 mA | | foe | ig Change 5 mA = lo = 350 mA rts | Ripple Rejection Ti= 25 °C, f = 120 Hz, 84

8 V = Vn 18 V, lo = 300 mA

Dropout Voltage Vor | Ti= 25°C 2.0 Short Circuit Current loshon | Ti= 25 °C, Vin= 35 V [| 430 | | ma | Peak Output Current | low | Tia2eec | to | A Temperature Coefficient f [sfOtiarvatase™ [vor |iersma | soa] iow ELECTRICAL CHARACTERISTICS pPC78M06A (Vin = 11 V, lo = 350 mA, 0°C ST; 5+ 125 °C) CHARACTERISTIC SYMBOL TEST CONDITIONS [ MIN. | TYP. | MAX. | UNIT [tizasec | 876 | 6.0 | 6.24 | Output Voltage Vo 85VEVNS21V,5mAS5350mA| 5.7 | | 63 | V [-scstssisc | a7 | | 63 | Line Regulation REGN >= “ ox200ma] | 4 mv aes | Ti= 25 °C, 9 V = Vins 25 V, lo= 200 mA Ti= 25°C, § MAS lo = 500 mA | 48 | 25 | Load Regulati REG arr ane ae mV oad Regulation \\ [Tie 25°C, 5 mA = lo 200 mA | 24 | 15 | [Guiescent Current | tas | T,~ 25°C Ce feo [a | Change [SmAsios350ma | | | Output Noize Voltage Ti= 25°C, 10 Hz = f = 100 kHz [| 45 | [pes . oe Ti= 25 °C, f = 120 Hz, Dropout Voltage Ti=25°C C2] [short circuit Current [owen | Tin 25°C, Vw=a35v (| +d «20. | | ma | Temperature Coefficient _

ELECTRICAL CHARACTERISTICS pPC78M07A (Vin = 12 V, lo = 350 mA, 0°C ST} $+ 125°C) CHARACTERISTIC TEST CONDITIONS [ MIN. | TYP. [| MAX. | UNIT] Output Voltage Vo 9.5VSVInS22V,5mASl0=350mA | 6.65] | 7.35 | V - Ti=25°C,95VSVins25V,lo=200mA| | 5 | 25 | i Vv Line Regulation REG Fin 25°C, 10V= Vins 25V, 0 200mA || 15 | 20] ™ [Tis 25°C, Smasos200ma |__| 28 | 1 | Quiescent Current 9.5 V 5 Vin= 25 V, lo= 200 mA | | on | Alsias mA Change 5 mA = 10350 mA Lp fos | Output Noize Voltage Ti= 25°C, 10 Hz $f = 100 kHz | | 50 | [arma . oe Ti = 25 °C, f =120 Hz, | RopteReiosion | ron | 10 V & Vin # 20 V, lo = 300 mA e| fa] Dropout Voltage Voir Ti= 25°C 2.0 [fv | Short Circuit Current | loshon | Ti= 25 °C, Vin= 35 V 430 | | ma | Peak Output Current | lopeak | Ti= 25°C | [i0}] | a | Temperature Coefficient ELECTRICAL CHARACTERISTICS uPC78M08A (Vin = 14 V, lo = 350 mA, 0°C S Tj = + 125 °C) CHARACTERISTIC SYMBOL TEST CONDITIONS [ MIN. | TYP. | MAX. | UNIT Output Voltage Vo 10.5 V = Vin = 23V, 5 mA = lo 360 mA M7 Line Regulati ReEGw LU25%C WSVSVn=25V,to=200ma] | 6 | 30 | ine Regulation N | Ti=25°C, 11V5 Vins 25V,lo=200mA | | 2 | 25 | Load Regulation REG u ™ ° |__| 64 | 35 | mV Quiescent Current Ti= 25°C [| 4.2 | Quiescent Current ‘Along | 10:5. V = Viv 25 V, lo= 200 mA | [os | oy Change 5 mA = lo = 350 mA | | os | T= 26°C, 10H =t= too Ke | | 65 | __[iWena| Ripple Rejecti T= 25 °C, f = 120 Hz, Ippie Meisction 11.5 VS Vin = 21.5 V, lo= 300 mA Dropout Voltage _ Ti= 25°C — | fv | Short Circuit Current loshor | Ti= 25°C, Vin= 35 V | | 430 | | ma | Peak Output Current lopeak Ti= 25°C [ [10] fa | Temperature Coefficient 0 [ereisronge™=°™ | awn fons | [ona] nw

NEC _ _ uPC78MO0A SERIES ELECTRICAL CHARACTERISTICS ,PC78M09A (Vin = 15 V, lo = 350 mA, 0°C 5 Tj = + 125 °C) CHARACTERISTIC _ [SYMBOL TEST CONDITIONS [ min. | TYP. | MAX. | UNIT Output Voltage Vo 115V = Vin 24V,5mASlo= 950 mal 8.55 | | 9.45 | V = 30°C 5 Tis + 125°C [ess | | 948 | Line Regulation REG U7 2800.11.58 VS Vin or 200mal {65 | 38 | ny [T= 25°C, 12VEVn=25V,lo=200mal | 2 | 30 | Ti= 25°C, 5 mA = lo = 500 mA Load Regulation REGL i= 26°C, 8 mAS lo m | [ 4] Oy Quiescent Current Iaias Tj= 25°C | [42 | 60 | mA] Quiescent Current long | LESS Viv 25 V, lo-= 200 mA [| 08 | an Change 5 mA Slo = 350 mA || 08 | - a T= 25 °C, f = 120 Hz, Dropout Voltage Voir Ti= 25°C [20] |v | | Short Circuit Current | loston__| Ti= 25 °C, Viv= 35 V | 430 | | ma | [Peak Output Current | lov [Tinzeec | | | Temperature Coefficient - 0 ELECTRICAL CHARACTERISTICS ;PC78M10A (Vin = 17 V, lo = 350 mA, 0°C = Tj 5 + 125 °C) CHARACTERISTIC __|SYMBOL TEST CONDITIONS [ MIN. | TYP. [ MAX. | UNIT | iemec «i «88 | 10.0 | 100 | Output Voltage Vo 125VSVin=25V,5mAslo=350mA 9.5 | | 105] V [=s0°CaTs+iz5ec | 95 | | 105 | Ti= 25°C, 14VSVin= 28V,lo=200mAl_ —«|_-2_~=~| (30 | aay TY Zloz Load Regulation REG. 12 25°C, 5 MAS lo 5 500 mA |e | 4 | ay Quiescent Current Al 12.5 V = Vins 28 V [| 0.8 mA Change BAS [5 mA Slo 350 mA [| [os | . a Ti= 25 °C, f = 120 Hz, T= 28°C a] [Shor circuit Currant | tonon | Tin 28°, Viva 36V [#30 |_| ma | [Peak Output Current [tom [Tiere | tT Temperature Coefficient sranaevacamter [aver Jeena TL |te] fore

ELECTRICAL CHARACTERISTICS pPC78M12A (Vin = 19 V, lo = 350 mA, 0°C ST) + 125 °C) CHARACTERISTIC TEST CONDITIONS [ min. | TYP. | MAX.] UNIT Output Voltage Vo M45 VSVINS27V,5mAs 105 350mAl 11.4] | 126 | V [-sorcstis+tc (| a] | wa | Line Regulation REGI |= 25°C, 145 V = Vin 30 V, lo= 200 ml | 8 mV nn _____| Tis 25°C, 16 V5 Vin 5 30 V, lo= 200 nf {2 tes j= 25° Sloe 50 Load Regulation neo, 25°C. 5mAsio=500mA | | 96 | mv _ Ti= 25 °C, 5 MA = lo = 200 mA [48 | 25 | Quiescent Current Alone [MSVSVIs30V,lo=200ma | | | 08 | Change [SmAsios350mA | | 08 | ; a Ti = 25 °C, f =120 Hz, Ripple Rejection RR 15 V5 Viv 5 25 V, lo= 300 mA peje] | «| [Shor ciruit Curent [toner] T= 28°, Vino 95 a LS [Peak Output Current [owe [Tie25C SS Temperature Coefficient o [SStatfonge™™™ [ver [weesma | te] mire ELECTRICAL CHARACTERISTICS uPC78M15A (Vin = 23 V, lo = 350 mA, 0°C STj = + 125 °C) CHARACTERISTIC TEST CONDITIONS [ MIN. | TYP. [MAX. | UNIT ] el ee Output Voltage Vo 17.5 VS Vn 30V, 5 mASl0= 350 mA] 14.25[ | 15.75] V socets+isc (45) [575] av Line Regulation REG | W2 2520.17.58 VS Vin 30 V, lo= 200 mA [| 10 | 50 | [T= 25°C, 20VeVn=30V,lo=200mal | 3 | 40_| av Load Regulation REG, | U= 26°C, 8MAS lo = 500 mA [| | 60 _| - Ti= 25°C, 5mASI0=200mA || 6 | 30 Quiescent Current [ leas | Ti= 25°C aan Quiescent Current Alans [17.5 V= Vin $30 V, lo = 300 mA He ma | Change 5 mA 5 lo= 350 mA. [ [05 | . _ Ti= 25 °C, f = 120 Hz, 6 Ripple Rejection 18.5 VS Vin 28.5 V, lo = 300 mA Dropout Voltage Voir Ti= 25°C [20] |v | Short Circuit Current loshort Ti = 25 °C, Vin= 35 V | 430 | | mA | Peak Output Current T= 25 °C | [ao] [A | Temperature Coefficient ji

NEC _ HPC78MOOA SERIES __ ELECTRICAL CHARACTERISTICS 1PC78M18A (Vin = 27 V, lo = 350 mA, 0°C $Tj 5 + 125 °C) CHARACTERISTIC [SYMBOL TEST CONDITIONS UNIT Output Voltage Vo 21V SVs 33V,5mASl05350mA | 17.1[ ‘| 18.9 | V [=acens+n5c | 71 | | v8 | Ti= 25°C, 21V=Vn=33V,lo=200mAl —s | 10-*| 50 | ir i mV Line Regulation REGIN [5295 C, 24V = Vin= 30 V, low 200 malt 4 =| «(40 | L ; Ti= 25 °C, 5 MA = lo = 500 mA mv oad Regulation _[ REG F7= 26°C, 8 mA = lo= 200 mA | Gutput Noize Voltage [Ve | Tix 35°C, 10Ha= t= T00K || 100] Wma] Ripple Rejection RR 22 VS Vin = 32 V, lo = 300 mA 3 ae | Dropout Voltage | Vor ~—s|‘Ti=25°C [| 20 | [v_| Short Circuit Current loshon | Ti= 25°C, Viv= 35 V |_| 430 | | Peak Output Current | tome | Ti-asec | to TA Temperature Coefficient ELECTRICAL CHARACTERISTICS PC78M24A (Vin = 33 V, lo = 350 mA, 0°C = Tj 5 + 125 °C) CHARACTERISTIC __[SYMBOL| TEST CONDITIONS [tieaec 23.0 | 24.0 | 250 | Output Voltage Vo 27 V #Vin= 38 V, 5 mA=lo=350mA | 22.8] | 25.2) V Line Regulation REG |= 25°C 27 V = Vn 38 V, lo= 200 mA | | w | so] —_ _ _Ti= 25 °C, 28 V = Viv = 38 V, lo= 200 mal | 5 | 40 | . Ti= 25°C, 5 MAS lo= 500 mA | 19.2 | 100 | Load Regulati REG ee mv aa *_[ Tis 25°C, 6 mA 5 lo 200 mA [38 | 60 | Quiescent Current [lems | Ti= 25°C [ 4.8 | 60 | mA | Quiescent Current Alnng |-22 VS Vin = 38 V, lo = 200 mA | | [ost Change 5 mA 5 lo = 350 mA [| os | . a T= 25°C, f = 120 Hz, Ripple R 52 engin is | Est aem 2 || | Bropout Voltage i= 26°C [fae fv [ shor Circuit Current | mmr | T)= 25°C, Vin 35 V Lf aso [| | Peak Output Current lo | Tiw2aecSSSS*dSSd Temperature Coefficient El

—_ NEC HPC78MOOA SERIES TYPICAL CHARACTERISTICS (Ta = 25 °C) Po~Ta AVo-Tj 20 200 =I | | | Pi | | = ool INLET [esse] z , e ~-t NTT TI Pa LIS -SCCCOANS é : 7 “= a a vepepedee ts) ES EEEEEE RE 0 25 50 75 100 125 150 600 0 50 100 150 Ta — Ambient Temperature ~ °C T\\- Junction Temperature — °C Vor - Ti lopeak - (Vin-Vo) LOTT); AA Tsetse) UE H | SSE 3 08 =a CT COPD Ree] bel SLES Pip ott | Pes et EE Re iE Terre | of ne “TTEEEPEr “CoE -50 0 50 100 150 0 5 10 15 20 25 30 35 Ti - Junction Temperature - °C (Vin-Vo) = Input to Output Voltage Differential - V RR-f R-R-lo 100 100 WP A To 90 en 90 = UPAR SSE é 70 Bi el Bel g 70 Ha 3 60 B 60 - Pe CHIC = & eCHIlll mill ee 0 1 RT a 2 eC eo SII STH HEC © "cE HIE l 10 t 10 = 25% TE SECT CTW 10 100 1k 10k 100k 1 10 100 1000 f— Frequency - Hz lo - Output Current - mA

Vo - Vin < LOAD TRANSIENT RESPONSE 8 1 Ey (Ti = 25 °C e Ti= 25°C

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3PIN PLASTIC SIP (MP-45G) A N EL [ TA | : oo | , jo ° F : ) ia | a) J ve a ° c F PSHF-2548-1 iTem| MILLIMETERS INCHES i NOTE A 10.4 MAX. 0.410 MAX. | Each lead centerline is located within 0.25 mm (0.01 inch) of its true positon (T.P,) at maxi- pa] 7 fon | G 0.25 0.010 i j 50 197°? J 2.66 MAX 0.105 MAX. De] aemm Toren L 8.5 0.335 M 85 0.335 Peas | ore LP | 280 0.110 *8888 ; a] 224 max 0.882 MAX. Y 8g? 0.350*°°%*

RECOMMENDED SOLDERING CONDITIONS The following conditions (see table below) must be met when soldering this product. Please consult with our sales offices in case other soldering process is used, or in case soldering is done under different conditions. TYPES OF THROUGH HOLE MOUNT DEVICE uPC78MOOAHF Series Soldering process Soldering conditions Symbol : ° low. Wave soldering Solder temperature : 260 °C or below. Flow time : 10 seconds or below.

[MEMO] No part of this document may be copied or reproduced in any from or by any means without the prior written consent of NEC Corporation.NEC Corporation assumes no responsibility for any errors which may appear in this document. NEC Corporation does not assume any liability for infringement of patents, copyrights or other intellectual property rights of third parties by or arising from use of a device described herein or any other liability arising from use of such device. No license, either express, implied or otherwise, is granted under any patents, copyrights or other intellectual property rights of NEC Corporation or others. The devices listed in this document are not suitable for use in aerospace equipment, submarine cables, nuclear reactor control systems and life support systems. If customers intend to use NEC devices for above applications or they intend to use "Standard" quality grade NEC devices for applications not intended by NEC, please contact our sales people in advance. Application examples recommended by NEC Corporation. Standard: Computer, Office equipment, Communication equipment, Test and Measurement equipment, Machine tools, Industrial robots, Audio and Visual equipment, Other consumer products, etc. Special: Automotive and Transportation equipment, Traffic contro! systems, Antidisaster systems, Anticrime systems, etc. Ma 92.6