L78M06T

L78M00T SANYO | Alldatasheet

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+ Output voltage L78M05T:5V L78MO6T:6V L78MO7T:7V L78MO8T: 8V L78MO9T: 9V L78M10T: 10V L78M12T: 12V L78M15T: 15V L78M18T: 18V L78M20T: 200 L78M24T: 24V + 500mA output . On-chip thermal protector - On-chip overcurrent limiter » On-chip ASO protector - Small-sized power package TP-3H permitting the equipment to be made compact + The allowable power dissipation can be increased by being surface-mounted on the board. « Capable of being mounted in a variety of methods because of various lead forming versions available [Common to L78MOOT series] Maximum Ratings at Ta=25°C unit Maximum Supply Voltage Voc. max Pin 1 35 v Allowable Power Dissipation Pd max No fin 1.0 W Operating Temperature Topr -20 to +80 °C Storage Temperature Tstg ~40 to +150 [L78M05T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Von 7.5 to 20 Vv Output Current. Tour 5 to 500 mA Operating Characteristics at Ta=25°C,V. yz 10V,1 yT=350mA , See specified Test clbeuit. min typ max unit Output Voltage Your Tj=25°C 4.8 5.0 5.2 V Line Regulation AVS) ine TJ=25°C, TVS Vy y$25V, Toyp=200mA 3.0 50 mv TJ=25°C, BVSVIyS20V , Igy p=200mA 1.0 25 mv C i . Equivalent Circuit - ont inued on next page 1 . Package Dimensions 3110 eur (unit : mm) i AQ CQ peti : os

9 OF ovecwarrant

o ce 0. 5 | os © = 3. OUTPUT GND 1 1 i +4 SANYO: TP-3H SANYO Electric Co.,Ltd. Semiconductor Business Headquarters TOKYO OFFICE Tokyo Bldg., 1-10, 1 Chome, Ueno, Taito-ku, TOKYO, 110 JAPAN D0694HK /9237KI/9107TA, TS No.2609-1/8 |

Continued from preceding page. 5 min typ max unit Load Regulation Vo TJ=25°C, SmAST op $500mA 100 nV o20ad 15=25°C, Sua Tonas 200mA 50 mV Output Voltage Your TGV y$20V, 5m Top 350mA 4,75 5.25 v Current Dissipation Ipc Tj=25°C 4.5 6.0 mA Current Dissipation Alcciine BYE ViyS25V, Ipyp=200mA 0.8 mA Variation (Line) Current Dissipation ATocioad SmAST oyp$350mA 0.5 mA Variation (Load) Output Noise Voltage Vy 10Hz¢f¢ 100kHz 40 uv Ripple Rejection Rrej £=120Hz Toyyp=100mA 62 dB BVEVyyS19V |Toyp=300mA 62 80 4B je28 ( Minimum Input-Output Varop Toyp=350mA 2.0 v Voltage Drop Short Current Ios T3=25°C, Vyy=35V,to GND 300 mA Peak Output Current I5, 7 3=25°C 0.7 A [L78M06T} Recommended Operating Conditions at Ta=25°C unit Input Voltage Voy 8.5 to 21 v Output Current Tour 5 to 500 mA Operating Characteristics at Ta=25°C,V. N= 11V, Ipyp=350mA, See specified Test cehauit. min typ max unit Output Voltage Your Tj=25°C 5.75 6.0 6.25 v Line Regulation Met ine TJ#25°C, BVS VzyS25V, Io y= 200mA 5.0 60 nV TJ=25°C, SVE VqyS20V, Toy 7=200mA 1.5 30 mv Load Regulation AVoload TJ=25°C, SmAL To y7¢500mA 120° mV TJ=25°C, SmAST yy p$200mA 60 nV Output Voltage Your BYKV. yS21V, Skt op 350mA 5.7 6.3 Vv Current Dissipation Ipc 153225 c 4.5 6.0 mA Current Dissipation ATocrine IVSVry$25V,Ioyq=200mA 0.8 mA Variation (Line) Current Dissipation ATocioad [MAST oyp$350mA 0.5 mA Variation (Load) Output Noise Voltage Vo 10Hz¢f¢ 100kHz 45 uv Ripple Rejection - Rrej f=120Hz Toyp=100mA 59 dB OVSV. ys20V Ioyr=300mA 59 80 dB 1j=25 c Minimum Input-Output Varop Toyp=350mA 2.0 v Voltage Drop . Short Current Ips TJ=25°C, Vyy=35V, to GND 300 mA Peak Output Current Top Tj=25°C 0.7 A [L78M07T] : Recommended Operating Conditions at Ta=25°C unit Input Voltage Vin 9.5 to 22 v Output Current Tour 5 to 500 mA . No.2609-2/8:

Operating Characteristics at Ta=25°C,V. N=12V,Ipyp=350mA, See specified Test ceeauit. min typ max unit Output Voltage Your 73=25°C 6.72 7.07.28 v Line Regulation AVoline 15=25°C, 9VSVyyS25V, Ipy7=200mA 6.0 60 mV TJ=25°C, 10VS Vy y$20V, Ioyp=200mA 2.0 30 mV Load Regulation Noload 14=25°C, 5mAgT oN rS500mh to) omV TJ=25°C, 5mAST oy 7S 200mA 70 nV Output Voltage Your 9vsv. yS2V, 5k gt yp$350m8 6.6 TA OV Current Dissipation Ipc 15225 c 4.6 6.0 mA Current Dissipation ATociine LOVE Vi yS25V, Toy p=200mA 0.8 mA Variation (Line) Current Dissipation AT, SmALT py S$ 350mA 0.5 mA Variation (Load) Coroad Sure Output Noise Voltage Vy 10Hz<f¢ 100kHz, 48 uv Ripple Rejection © Rye _-—=—[F=120Hz Fecaseteae 58 4B 1OVEVyyS21V | Ioyy=300mA 58 80 4B j225' y Minimum Input-Output Yarop Toyp=350mA 2.0 Vv Voltage Drop Short Current Tos 1J=25°C, Vyy=35V, to GND 300 mA Peak Output Current 15, TJ=25°C 0.7 A (L78Mo8T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Vay 10.5 to 23 Vv r Output Current Tour 5 to 500 mA Operating Characteristics at Ta=25°C,V. N=15V,Ipyp=350mA, See specified Test. eat. min typ max unit Output Voltage Your Tj=25°C 7-7 8.0 8.3 v Line Regulation Moline TI=25°C, 10.5VSVyyS25V,Toyp=200mA 6.0 60a TJ=25°C, 11VSVpyS20V, Ipyp=200mA 2.0 30 ov Load Regulation No1oad 14=25°C, 5magToNr<500mk 160 mV TJ=25°C, SmAg Top 200mA 80 mv Output Voltage Your 10.516 Vy 23V5 SmASToyyp6350mA 7.6 8.4 Current Dissipation Tec Tj=25°C 4.6 6.0 mA Current Dissipation Alcgyjne 11VSVzy$25V,Igyp=200mA 0.8 mA Variation (Line) Current Dissipation : ATecioad SMAI pyp$350mA 0.5 mA Variation (Load) Output Noise Voltage Vyo 10Hz¢f¢ 100kHz 50 uv Ripple Rejection Rrej '=120Hz Toyp=100mA 56 dB 11. 5VEVyyS22V | Ioy7=300mA 56 80 4B 'j=25°C Minimum Input-Output Varop Tpyp=350mA 2.0 v Voltage Drop Short Current Ios 1j=25°C, Vyy=35V,to GND 300 mA Peak Output Current Top T=25°C 0.7 A [L78MO9T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Vin 12 to 25 v . Output Current Tour 5 to 500 mA : ' No.2609-3/8

Operating Characteristics at Ta=25°C ,Vjy=16V,Ipy7=350mA, See specified Test. ce eauit. min typ. max unit Output Voltage Your 1Tj=25°C 8.6 9.0 9.4 v Line Regulation Aer ine TJ=25°C, 11.5VgVzyS25V,Igyp=200mA = 6.0 100 mV 13=25°C, 12VgVqyS50V, 1 p= 200mA 2.0 50 mv Load Regulation Nojoad 1}=25°C ,5mAgTong £5000 180 mV TJ=25°C, SmAS To yy7S200mA 90 mV Output Voltage Your 11. 5UCV ry S28 Vo DMRS T oyyp6350mA 8.5 9.5 Vv Current Dissipation Ig TJ=25°C 4.6 6.0 mA Current Dissipation ATociine 12.5 V£Vyy$25V,Ipyp=200mA 0.8 mA Variation (Line) Current Dissipation Al¢c)5aq Sm@AgToy$350mA 0.5° mA Variation (Load) Output Noise Voltage Vuo 10H2¢f¢ 100kHz 60 uv Ripple Rejection Rrej £=120Hz Toy? 100mA 56 dB levgVy. $230 Toyp=300mA 56 80 ¢B Tj=35' t Minimum Input-Output Varop Toyp=350mA 2.0 Vv Voltage Drop Short Current log Tj=25°C, Vzy=35V,to GND 300 mA Peak Output Current Top Tj=25°C 0.7 A (L78M10T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Vin 13 to 25 Vv Output Current Tour 5 to 500 mA Operating Characteristics at Ta=25°C,Vjy=17V,Ioyp=350mA, See specified Test cei. min typ max unit Output Voltage Vour —- T4=25°C 9.6 10.0 10.4 Vv Line Regulation AVoline TJ=25°C, 12. 5VSVzy$25V, Toy p=200mA 7.0 100 mV TJ=25°C, 1306 Vy yS22V, Toy p=200mA 2.0 50 mv Load Regulation Vo1oad 14=25°C, SmAgT Ne <500mK 200 nV TJ=25°C, SmASToy pg 200mA 100 «mV Output Voltage Your 12. 50 VyS25V4 SHAS Toyyp6350mA 9.5 10.5 Vv Current Dissipation Ig Tje25°C 4.6 6.0 mA Current Dissipation aa cor ine 13. 5VSVyy$25V,Igyp=200mA 0.8 mA Variation (Line) Current Dissipation AT, SmALT yp $350mA 0.5 mA Variation (Load) CCload “Ure Output Noise Voltage Vyo 10Hz¢f¢ 100kHz 65 uv Ripple Rejection Rrej f=120Hz Toyp= 100mA 55 dB : 13VgVzyS25V | Toyg=300mA 55 80 4B j=25' i Minimum Input-Output Varop Toyp=350mA 2.0 v Voltage Drop Short Current Tog TJ=25°C, Vzy=35V, to GND 300 mA Peak Output Current I), TJ=25°C 0.7 A No.2609-4/8

(L78M12T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Vin 15 to 25 v . Output Current Tour 5 to 500 mA Operating Characteristics at Ta=25°C,Vjy=19V,Ioy7=350mA, See specified Test cerauit. min typ max unit Output Voltage Your Tj=25°C 11.5 12.0 12.5 Vv Line Regulation WVoine TJ=25°C, 14. 5VgVpyS30V, Igy =200mA 8.0 100 mv TJ=25°C, 16V<VyyS25V, I, 200m 2.0 50 mv Load Regulation AVoload 1 J525°C, SmAST yp 65004 240 mV TJ=25°C , SMA Toy pS 200mA 120° mV Output Voltage Your 1H. 5VVpyS27 V6 SRST yn 6350MA 11.4 12.6 Vv Current Dissipation Toc 73=25°C 4.8 a4 mA Current Dissipation AT TBVEVry$30V, Ip p=200mA oO. mA Variation (Line) Coline eeetye OUT Current Dissipation AJ, SmACI, $350mA 0.5 mA Variation (Load) CCload “Thr ouT® Output Noise Voltage Vyo 10H2gf¢100kHz 15 uv Ripple Rejection Rrej £=120Hz Toyp=100mA 55 dB 15VEVzyS25V_— |Toyp=300mA 55 80 4B j=25' t Minimum Input-Output Varop Ipyp=350mA 2.0 Vv Voltage Drop Short Current Tog 1J=25°C,Vyy=35V,to GND 300 mA Peak Output Current I5, TJ=25°C 0.7 A (L78M15T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Viy 18 to 30 Vv Output Current Tour 5 to 500 mA Operating Characteristics at Ta=25°C,V. N=23V,Ipyp=350mA , See specified Test copeuit. min typ max unit Output Voltage Vour Tj=25°C 14.4 15.0 15.6 Vv Line Regulation Motine TJ=25°C, 17.5VSVyyS30V,Ipyp=200mA 10.0 100 mV 14=25°C, 19607 2 90V, I, ype 200mA 3-0 50 mV Load Regulation Voi ag 1=25°C ,SmagTo yy 500m 300 mV . T3=25°C , SmAC I py pS 200mA 150 nV Output Voltage Your 17. 5VSVry$30V0 DIAS T opp 350A 14.25 15.75 Vv Current Dissipation I¢¢ T3=25°C 4.8 6.0 mA Current Dissipation ATeciine 17 SVE Vyy$30V, Igyp=200mA 0.8 mA Variation (Line): Current Dissipation ATecioad SmALT oy $350mA 0.5 mA Variation (Load) Output Noise Voltage Vy 10Hz¢f¢100kHz 90 uv, Ripple Rejection Rng f=120Hz Ioyp=100mA 54 4B 18. 5V£Vzy$28.5V|Ioyp=300mA 5470 4B 225°C Minimum Input-Output Varop Toy7=350mA 2.0 v Voltage Drop Short Current Iog TJ=25°C, Viy=35V, to GND 300 mA Peak Output Current Ip Tj=25°C * 0.7 A No.2609-5/8

(L78M18T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Voy 21 to 33 Vv - Output Current Tour 5 to.500 mA Operating Characteristics at Ta=25°C,V,y=27V,Ipyp=350mA, See specified Test oetauit. min typ max unit Output Voltage Your Tj=25°C 17.3 18.0 18.7 Vv Line Regulation Aer ine TJ=25°C, 21VSVyy$35V, Igy p=200mA 10.0 100 nV TJ=25°C, 22VEVyyS35V, Toy p=200mA 5.0 50 av Load Regulation AVoroad 1J=25°C, 5mAgT yp 6500mh 360 mV TJ=25°C, 5mAST oy pS 200mA 180 mV Output Voltage Vour 21VEVy, £330, DURST ppp 350mA 17.1 18.9 v Current Dissipation Toc Tj=25 N 4.9 6.0 mA Current Dissipation ATeciine 21VSVyy$33VsIoyp=200mA 0.8 mA Variation (Line) Current Dissipation ATocload SmAgI pyp$350mA 0.5 mA Variation (Load) Output Noise Voltage Yyo 1OHzgf¢ 100kHz 100 uv Ripple Rejection Rng f=120H2 Toyp=100ma 53 4B 22VEV 546330 [Tog =300mA 53 70 4B ‘J=25 t Minimum Input-Output Varop Toyp=350mA 2.0 v Voltage Drop Short Current Jos TJ=25°C, Vyy=35V,to GND 300 mA Peak Output Current Top Tj=25°C 0.7 A (L78M20T] Recommended Operating Conditions at Ta=25°C unit Input Voltage Voy 23 to 35. «OV Output Current Tour 5 to 500 mA Operating Characteristics at Ta=25°C ,Vyy=29V,Ipyp=350mA, See specified Test cleouit. min typ max unit Output Voltage Vopr —«-74=25°C : 19.2 20.0 20.8 Vv Line Regulation AVoline TJ=25°C,23VSVpyS35V,Toyy=200mA = 10.0 100s nV 1J=25°C, 2UVSVryS35V, Toyp=200mA 5.0 50 mv Load Regulation Noroad TJ=25°C, SmAgT yp 5000 400 mV . TJ=25°C, 5mASTo, $200mA 200 «mv Output Voltage Your 23VEVq) $350, SUAS oy 6 350mA 19.0 21.0 Vv Current Dissipation Icg Tj=25 u 4.9 6.0 mA Current Dissipation Alociine 23VEV py S35V, Toy p=200mA 0.8 mA Variation (Line) Current Dissipation AI¢gy qq 5UA£Toyp$350mA 0.5 mA Variation (Load) Output Noise Voltage Vuo 10Hz¢f¢ 100kHz 110 uv Ripple Rejection Rrej '=120Hz Toyr=100mA 53 dB 2AVEVayS34V —— [Toyp=300mA 53 70 4B iT j=25' u Minimum Input-Output Varop Toy7=350mA 2.0 v Voltage Drop Short Current Ips TJ=25°C, Vpy=35V, to GND 300 mA Peak Output Current Ip TJ=25°C : 0.7 A No.2609-6/8 |

[L7eM2nT] ; Recommended Operating Conditions at Ta=25°C unit Input Voltage Vin 27 to 35 v Output Current Tour 5 to 500 mA Operating Characteristics at Ta=25°C, Vjy=33V,Ipyp=350mA, See specified Test ceeeuit. min typ max unit Output Voltage Your 7j=25°C 23.0 24.0 25.0 V Line Regulation MVoline TJ=25°C,27VEVyy$35V, Ipy7p=200mA 10.0 100 mV TJ=25°C , 2BVS Vy yS35V, Igy p=200mA 5.0 50 nV Load Regulation Noioad 19=25°C , SmAgTaye<500mA 480 nV TJ=25°C, SmAgT oyp$200mA 240 av Output Voltage Your 27VEVy, £350, Sth ST yy 350mA 22.8 25.2 v Current Dissipation Ig 14235°R 5.0 6.0 mA Current Dissipation Xeon 2TVEVpy$35V; Igyp=200mA 0.8 mA Variation (Line) Current Dissipation ATocload DMASIgyp$350mA 0.5 mA Variation (Load) Output Noise Voltage Vyo 10Hzgf¢ 100kHz 170 uv Ripple Rejection Rrej f=120Hz Toyr=100mA 50 dB 26V<Vy $35V Toyp=300mA 50 «670 dB geo5et Minimum Input-Output Varop Tpyp=350mA 2.0 Vv Voltage Drop Short Current Ios TJ=25°C, Vyy=35V,t0 GND 300 mA Peak Output Current Top Tj=25°C 0.7 A Specified Test Circuit (Common to L78MOOT series) INPUT 4 ° 3 ouTPUT 0.33u | ? ie Unit (capacitance: F) The allowable power dissipation (Pd max) is 1.0W (Ta=25°C) with no fin attached. When the L78MOOT series are surface-mounted on a hybrid IC board or printed circuit board, a high allowable power dissipation can be obtained, though: they are placed in a small-sized package. Shown below is the relationship between the Cu-foiled area and the allowable Power dissipation: when the L78MO0T series are surface-mounted on a glass epoxy board (50x50x0.8tmm ). = Pd max ~ Ta = Pd max - S . . *[SuFfaceMmounted ‘on:board 50x50x0.0tmm a 4 |(e1as8 epoxy) 51.0 r) z Poy oi™N || ELLE, Tt try 7 i || PK | § A Bas IN atti fi ey | a] | ee ee eee 5 = 4 0.4 + [ 1 a ne a & 1.0 . ALE) gg tHE #0 aq¢i1 71 |v itt fy 9 -20 0 20 40 Cy 80 100 3 35? 109 3S 7 yoo 2 q Ambient ‘Temperature,Ta ~ °C PI Cusfoiled Area,S ~' woh a No. 2609-7/8

Lead Formings © : . an (—_) [ al FA forming LR forming I No products described or contained herein are intended for use in surgical implants, life-support systems, aerospace equipment, nuclear power control systems, vehicles, disaster/orime-prevention equipment and the like, the failure of which may directly or indirectly cause injury, death or property loss. W Anyone purchasing any products described or contained herein for an above-mentioned use shall ® Accept full responsibility and indemnify and defend SANYO ELECTRIC CO, LTD,, its affiliates, subsidiaries and distributors and all their officers and employees, jointly and severally, against any and all claims and litigation and all damages, cost and expenses associated with such use: ® Not impose any responsibilty for any fault or negligence which may be cited in any such claim or litigation on SANYO ELECTRIC CO, LTD, its affiliates, subsidiaries and distributors or any of their officers and employees jointly or severally. : Information (including circuit diagrams and circuit parameters) herein is for example only; it is not guarant- eed for volume production. SANYO believes information herein is accurate and reliable, but no guarantees are made or implied regarding its use or any infringements of intellectual property rights or other rights of third parties. S No.2609-8/8 |