TA78L005AP | DigiCamel IC Datasheet

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TA78L005AP TOSHIBA | Alldatasheet

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TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC TA78LOO5AP, TA78LOOGAP, TA78L007AP, TA78LO75AP TA78LO08AP, TA78LOO9AP, TA78LO10AP, TA78L012AP TA78L132AP, TA78LO15AP, TA78L018AP, TA78LO20AP, TA78LO24AP THREE TERMINAL POSITIVE REGULATORS 5V, 6V, 7V, 7.5V, 8V, 9V, 10V, 12V, 13.2V, 15V, 18V, 20V, 24V

FEATURES

@ Suitable for TTL, C2MOS Power Supply ae @ Internal Short-Circuit Current Limiting I @ Internal Thermal Overload Protection . © Maximum Output Current of 150mA (Tj = 25°C) | | iW @ Available in the Plastic TO-92MOD Package | l 31 2, OUTPUT 2 3. COMMON SSIP3-P-1.27 Weight : 0.36g (Typ.) EQUIVALENT CIRCUIT Don ) =a © meer Q10 @) ouTPuT a (a @ common 96100168A2 @ TOSHIBA is continually working to improve the quality and the reliability of its products, Nevertheless, semiconductor devices in general can malfunction or fall due to their inherent electrical Sensitivity and vulnerability to physical stres. itis the responsibilty of the buyer, when utliing TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss of human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used within specified operating rangot at tot forth in tha most recent products epecificatione. Aleo, ploace keap in mind tho precautions and conditions eat forth in the TOSHIBA Semiconductor Reliability Handbook. G The products described in this document are subject to foreign exchange and foreign trade control laws Zhe Information contained herein 's presented only as 2 Guide for the applications ‘of our products. No responsibilty is assumed by, TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others, @ the information contained herein is subject to change without notice 1997-05-12 1/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP MAXIMUM RATINGS (Ta = 25°C) Input Voltage VIN Vv ower Disipation —[(Ta=25°0) [Pp | 00 aw Hihermat Resitance | Rng] 156 Per] 1997-05-12 2/20

TOSHIBA ___1A78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TA78LOO5AP

ELECTRICAL CHARACTERISTICS

(Unless otherwise specified, Vin =10V, IoyT=40mA, Cin =0.33 uF, CouT=0.14F, 0°CSTjS 125°C) TEST cuaractenisric | SYMBOL vesrconorrion || rv. [ax | un CUIT| Output Vortage Vour | 1 [yea [as] so] 32] v_| Line Regulati Reali 1 |te25ec [OVS Vins 20V [= | 55] 50] ee sus [Pe * povevinszov | — [as too | ™ Load Regulation Reg.load Tj =25°C ™ OUT ™ P= ff 60 | mV LOmA=Iout=40ma | — | 50| 30 | =VIN= _|70VS Vins 20v, ays 5.25 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA Vv [LomaZIgur=70ma | 475 | — | 525 | ; 225% [= [33 60] Quiescent Current 8.0V= Vin= 20V [— | — [15] Change 1.0mAS lout= 40mA [— | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 40] — [xvrms| a mV/ A «ge f=120Hz, Wa-Vourl [1 |1=25, lour=150ma [= pap pv Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 3/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TA78LOO6AP (Unless otherwise specified, Vin =11V, louT=40mA, Cin =0.33uF, CouT =0.1uF, 0°CS Tj = 125°C) TEST cuanactenistic | SYMBOL vesrconorrion || rv. [ax | un CUIT| Output Voltage Vour | 1 [R=25 [576 [ 60] 62a v_| Line Regulati Reali 1 [tp e25ec EVE Vins 21V [| = | 50] 50] ——— sou’ 1E* fpovevinsz f= [asf 10] Load Regulation Reg.load | Tj =25°C 1.0mA=|qyT=40mA D— 155} 35] mV B.1VEVin=21V 57 63 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA : . Vv [LomaZigur=7oma_| 57 | — | 63 | ; 225% [= [3a] 60] Quiescent Current 9.0V= Vin= 20V [— | — [15] Change 1.0mAS lout= 40mA [— | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 40] — [xvrms| an mV/ . «ge f=120Hz, Wia-Vourl [1 [1=25, lour=150ma [= pap pv Average Temperature Coefficient of Output Tcvo louT=5mA -0.7 mvV/°C| Voltage 1997-05-12 4/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TA78LOO7AP (Unless otherwise specified, Vin =12V, louT=40mA, Cin =0.33uF, CoyT =0.1uF, 0°CS TS 125°C) TEST cuaractenisric | SYMBOL vesrconorrion || rv. [ax | un cult] Output Voltage Vour | 1 [y=25% ; ppc P2vavinS2ev___| — | 50] 160 | tine Regulation Regtine | 1 [N=2hrovevinszav [as 15] ™ Load Regulation Reg.load | Tj =25°C 1.0mA=|qyT=40mA L— | 60} «0 | mV 9.2V5 VinS 22V 735 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA : Vv [LomAZIoura7oma_| 665 | — | 735 | ; Wa25 [— 3a] 65] Quiescent Current 10VS Vins 22V [— |= [15] Change 1.0mAS lout= 40mA [— | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 50] — [xVrms| a mV/ , “oct = 120Hz, Mavourl + [=25°c, toyr=150ma Pa Average Temperature Coefficient of Output Tcvo louT=5mA -0.75 mvV/°C| Voltage 1997-05-12 5/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TA78LO75AP (Unless otherwise specified, Vin = 13V, louT=40mA, Cin =0.33uF, CoyT =0.1huF, 0°CS TS 125°C) TEST cuaracreristic | SYMBOL TEST CONDITION |r. [ax] un cult| Output Voltage Vour | 1 [y=25% ; ope Pavevn=2v | — | 40170] tine Reauietion Realing | t [B?hrosveviyszav_—— | — | ao| a0] ™Y Load Regulation Reg.load Tj =25°C ™ OUT ™ [= [ta] 20 mV LOmASIgyr=4oma_| — | 65| 40] 9.8V5 Vin 23V, 7.125 7.875 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA [725] — |7.975| Vv [LomAZIgura7omA_|7.125| — |7.875| ; Wa25 [— [33] 65] Quiescent Current 10.5VS Vin= 23V [| — | — [15] Change 1.0mAS lout= 40mA [— | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 60] — [xVrms| an mV/ ; a f=120Hz, pevswerss | os [> i Rcanneare | | =| Wavourl + [=25°c, tour=150ma Pa Average Temperature Coefficient of Output Tcvo louT=5mA -0.75 mvV/°C| Voltage 1997-05-12 6/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TA78LOO9AP (Unless otherwise specified, Vin = 15V, louT=40mA, Cin =0.33uF, CoyT =0.1p4F, 0°CS Tj = 125°C) TEST cuanactenistic | SYMBOL vesrconorrion || rv. [ax | un CUIT| Output Voltage Vour | 1 [R=25 [sea [ a0] o36[ v_| 11.4V5 Vins 24V Line Regulation Reg.line 1 |Tj)=25°C IN | — | 80} 200 | mV Load Regulation Reg.load Tj =25°C ™ OUT ™ = [90 | mV TomASIoyr=4oma | — | 80] 45 | 11 AVS Vin= 24V 9.45 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA : Vv [omAZtgur=7oma | 655 | — | 945 | ; 225% [— [32] 65] Quiescent Current 12V'5 VinS 24V [= |= [15] Change 1.0mAS lout= 40mA [— | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 65] — [Vrms] an mV/ . «ge f=120Hz, Wa-Vourl [1 [7 =25°, lour=150mA [= ay pv Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 8/20

TOSHIBA _TA78L005,006,007,075,008,009, 10, 12,13,15,18,20,24AP TA78L010AP (Unless otherwise specified, Vin = 16V, IouT=40mA, Cin =0.33uF, CoyT =0.1p4F, 0°CS TS 125°C) TEST cuaracreristic | SYMBOL TEST CONDITION |r. [ax] un CUIT Output Voltage Vout | 1 [y=25% [36 |_| a] ; ppc (VEvNev | — | 80] 230 | tine Reauietion Reating | t [Be?hraveviys2sv | =| 30| ro | ™ Load Regulation Reg.load Tj =25°C ™ OUT ™ [= | ta} 20 | mV 12.5VS VinS 25V, 05 105 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA : . Vv [romaztoyr=7oma_| 95 | — | 105 | ; Wa25 D— 132] 65) Quiescent Current 13VS ViNS 25V [— | = [15] Change 1.0mAS lout= 40mA [ — | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 70] — [x\\Vrms| an mV/ ; a f=120Hz, Wavourl Lt [=25°c, toyr=150ma Lae Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 9/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TA78L132AP (Unless otherwise specified, Vin =21V, louT=40mA, Cin =0.33uF, CoyT =0.1hF, 0°CS TS 125°C) TEST cuanactenistic | SYMBOL TEST CONDITION |r. [ax] un CUIT| Output Vortage Vour | 1 [yea ; ; ; . _ 95ec LOS VinS 28V | — | 125] 270] tne Regulation Reoline | f [S2 frrvsvins2ev [| 105 [225] Load Regulation Reg.load | Tj =25°C 1.0mA=|qyT=40mA D— |} _oo| mV 16V=Vin=28V, 12.54 13.86 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA [1254] — | 1206] Vv [LomaZigur=70ma [1254] — [15.86] ; 225% [— [32] 65] Quiescent Current 17VS Vins 28V [| — [= | 15] Change 1.0mAS lout= 40mA [— | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 90] — [Vrms] an mV/ cesvemsny [woul [ ||| — [ra . «ge f=120Hz, peeemmaen | oe [> [an ame | =| [=| Wa-Vourl [1 [7=25°, lour=150mA [= pat pv Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 11/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TA78L018AP (Unless otherwise specified, Vin =27V, louT=40mA, Cin =0.33uF, CoyT =0.1puF, 0°CS Tj = 125°C) TEST cuaracreristic | SYMBOL TEST CONDITION |r. [ax] un cult| Output Voltage Vour | 1 [y=25% ; ee VE vIne sf — | 32] 325 | tine Reauietion Realing [tb ?faaveviysaav | = [a7 | 275 | Load Regulation Reg.load Tj =25°C ™ OUT ™ [| = | 30] mV TOmAZIgut=40ma_| — | 15] 75 | 21.4VS Vins 33V, 71 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA . Vv [LomAZIoura7oma_| 171 | — | 183 | ; Wa25 [— 133] 65] Quiescent Current 22V5 Vin= 33V [— | = [15] Change 1.0mAS lout= 40mA [ — | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 150] — [Vrms] an mV/ ; a f=120Hz, Wavourl Lt [=25°c, tour=150ma Lae Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 13/20

TOSHIBA _TA78L005,006,007,075,008,009, 10, 12,13,15,18,20,24AP TA78LO20AP (Unless otherwise specified, Vin =29V, louT=40mA, Cin =0.33uF, CoyT =0.1huF, 0°CS Tj S 125°C) TEST cuaracreristic | SYMBOL TEST CONDITION |r. [ax] un cult| Output Voltage Vour | 1 [y=25% [92 [20208 | Vv ; oc a avEvINesy | — | 33] 330 | tine Reauietion Reating [tH ? leave viysasv | — [2a | 25 | Load Regulation Reg.load Tj =25°C ™ OUT ™ [= [33] 180 | mV LOmAZIout=40mA_| — | 17] 90 | 23.5V5 Vin= 35V, 210 Output Voltage VouT Tj =25°C | 1.0mA=louT= 40mA ° Vv [LomAZIoura7oma | 193.0, — | 21.0 | ; Wa25 [— 133] 65] Quiescent Current 24V 5 Vin= 35V [— | = [15] Change 1.0mAS lout= 40mA [ — | — | 01] Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 170] — [Vrms] an mV/ ; a f=120Hz, Wavourl Lt [1=25°, toyr=150ma Lae Average Temperature Coefficient of Output Tcvo louT=5mA -17 mvV/°C| Voltage 1997-05-12 14/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP TEST CIRCUIT 1/STANDARD APPLICATION

3 OD Se ale fw

TEST CIRCUIT 3 R.R. #530cm eee? D OSCILLOSCOPE bp ee OTT meee P fi 1997-05-12 16/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP Eo PD MAX ~ Ta Ivin-Voutl - Tj 8 = 25) * "“TTNLLLLLI . “ODLLLILLLLL A COON eR Po SS se PEARS 2 SSS 2 wa [7 | 8 04 QO ET TELL rn 3 10 Po ELEerPPr rey) CE i Beret EER EEE i z % 20 20 60 80 700 % 25 50 75 700 125 AMBIENT TEMPERATURE Ta (°C) JUNCTION TEMPERATURE qj ive)

20 VouT - VIN so IB - VIN

vorusee TTT TT TT | a EEE) 3 CEE 2 TTT TELE . J 3 2 _—

5 LY e Pp eer TT

0 20 40 6.0 8.0 10.0 0 10 20 30 40 INPUT VOLTAGE Vj vy) INPUT VOLTAGE V ™) ‘IN IN VouT - louT “TLET TT TIT ce ~ 60 e LETTE TT g T)= 125°C 25°¢| st | Pa oe OUTPUT CURRENT IguT (mA)

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP Precautions for Use If high voltage in excess of output voltage (TYP. value) of IC is applied to its output terminal, IC may be destroyed. In this case, connect a Zener diode between the output terminal and GND to prevent application of excessive voltage. In particular, in such a current boosting circuit as shown in Application Circuit Example (2), if input voltage is suddenly applied by stages and furthermore, load is light, excessive voltage may be applied transiently to the output terminal of IC. In such a case as this, it may become necessary to increase capacity of output capacitor as appropriate, use a smaller Ry (a resistor for bypassing IC bias current) or gradually rise input voltage in addition to use of a Zener diode as mentioned above. APPLICATION CIRCUIT (1) | STANDARD APPLICATION Dy D1: IC protective diode When surge voltage is applied to IC output terminal or vino G eo © Vout the high speed swithing diode D4 | ~[TA78Lx x xaP Pe sp + Power limiting resistor 2 +, If Vin is too high, always connect Rsp in order to reduce ° @) ° power consumption of IC. (2) | A. CURRENT BOOST VOLTAGE REGULATOR vin Qy Use a required rediation plate for Qy q > © Vout Tip MAX & TA78L x x x AP where, Veet Vee of external transistor Qy 8 Ip MAX: Max. bias current of IC e ® B. SHORT-CIRCUIT PROTECTION Rsc Qy Vin vi w r Gay BL x x x AP > © Vout where, Isc: Short-Circuit current S © 1997-05-12 18/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP (3) | CURRENT REGULATOR Vin © q D> tour= “2 sip . ITA78L x x x AP EN 3 ® ——9 lout (4) | VOLTAGE BOOST REGULATOR Vin © oO > © Vout vin © q 2 © Vout TA78L x x x AP ITA78L x x x AP FS © 5 Fs D = Vout=Vz+ Vout (of IC) Vout =R2 (ls ourere +Vour (of 10) A little of current in resistor R is needed. 1 (5) | NEGATIVE REGULATOR oO > o mer ITA78L x x xX AP. ! : LIE —y— | © -VouT (6) | POSITIVE AND NEGATIVE REGULATOR o > O +Vout mz A7BL x x x AP LJ se 4 g e mr ITA78Lx x xX AP. LI y © -Vour 1997-05-12 19/20

TOSHIBA TA78L005,006,007,075,008,009,10,12,13,15,18,20,24AP OUTLINE DRAWING SSIP3-P-1.27 Unit : mm 5.1MAX a 0.75MAx “ao tomax [LET 0.80MAX qi. osoux IIT ||| 2] 3 2 | al & 1.27 | 1.27 2.54 pL race ts | 3 Weight : 0.36g (Typ.) TOOT 97-05-12 20720

Product Information

TA78L005AP specifications and overview.

Summary

THREE TERMINAL POSIVIVE REGULATORS

Description

THREE TERMINAL POSIVIVE REGULATORS

Source title TA78L005AP Datasheet(PDF) - Toshiba Semiconductor

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