TA79L09F | DigiCamel IC Datasheet

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TA79L05F TOSHIBA | Alldatasheet

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TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC TA79LO5F, TA79LO6F, TA79LO8F, TA79LO9F, TA79L10F TA79L12F, TA79L15F, TA79L18F, TA79L20F, TA79L24F 3-TERMINAL NEGATIVE VOLTAGE REGULATORS 5V, 6V, 8V, 9V, 10V, 12V, 15V, 18V, 20V, 24V

FEATURES

@ Best suited to a power supply for TTL and C2MOS iG @ Built-in over current protective circuit @ Built-in thermal protective circuit © Max. output current 150mA (Tj = 25°C) ae Cc @ Packaged in POWER MINI. (SOT-89) 1 4 COMMON 2. INPUT (CASE) 3. OUTPUT HSOP3-P-1.50 Weight : 0.05g (Typ.) EQUIVALENT CIRCUIT GND or) 8 . @ é é ca ce Q18 odio INPUT 2610016802 malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing 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 ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the TOSHIBA Semiconductor Reliability Handbook. 1997-05-12 1/15

TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F MAXIMUM RATINGS (Ta = 25°C) | Tavsoer [8 | -35 Input Voltage “iN Y [Power Disipation| cTa=25°) | Pp | 500 | mw |

961001 EBA2’

@ The products described in this document are subject to foreign exchange and foreign trade control laws. @ The information containad herein is tubject to change without notice. 1997-05-12 2/15

TOSHIBA __—CTA79L05,06,08,09, 10,12, 15,18,20,24F TA79LO5F

ELECTRICAL CHARACTERISTICS

(Vin = - 10V, lout =40mA, Cin =0.33 uF, CouT =0.1uF, 0°CST;< 125°C, unless otherwise specified) TEST cuanactenistic | SYMBOL vesrconorrion || rv. [ax | un CUIT| Output Vorage Vout | 1 [eae [=52[-50| -aa|_v_| , . ope OVE Vin= FOV — [55] 150) tine Regulation Regtine | 1 |=?" |=ovevive -e0v | — | 45[ 100] Load Regulation Reg.Load Tj =25°C ™ OUT ™ [= [11] 100] mV LOmASIqyr=4oma_| — | 5.0] — 50 -20V=Vin= -7.0V -5.25) -4.75 Output Voltage VouT Tj =25°C|1.0mAS IoyutS 40mA Vv [LomaZIgur=70ma_|~525| — |-a73 Tj = 25°C Quiescent Current = | = | [6.9] mA Quiescent Current — | digi [1 | = 20V5 Vins -8.0V [= |=] 15] Change TomA=TouT=40mA Sa Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 40] — [xvrms| an mV/ ; a. ; = 18V= Vin= -8.0V Mwvour| tie CP | rT | Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 3/15

TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F TA79LO6F (VIN = -11V, louT=40mMA, Cin =0.334F, COUT =0.14F, 0°CST;S 125°C, unless otherwise specified) TEST cuanactenistic | SYMBOL TEST CONDITION wn |v. [ax] un CUIT| Output Vortage Vout | 1 [q=25% [=2a|-60[-576| V_| , . ogee 2WEVin= eV — [50] 150] tne Regulation Regting [2 [B26 [-ziveviys -90v [= [as[ 70] Load Regulation Reg.Load | Tj =25°C 1.0mA=|qyT=40mA D— 155} 0| mV =21V=Vin= -8.1V 57 Output Voltage VouT Tj =25°C|1.0mAS IoyutS 40mA “|v [LomaZigur=70ma_| ~63| — | -57] Tj = 25°C Quiescent Current = | = | [6.9] mA Quiescent Current — | digi [1 | = 20V5 Vins -9.0V [= |=] 15] Change TomA=TouT=40mA Sa Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 40] — [xvrms| an mV/ ; a. ; = 19V= Vin= -9.0V Mwvour| tie CP | rT | Average Temperature Coefficient of Output Tcvo louT=5mA 07 mvV/°C| Voltage 1997-05-12 4/15

TOSHIBA __—CTA79L05,06,08,09, 10,12, 15,18,20,24F TA79L10F (Vin = - 16V, lout =40mA, Cin =0.33 uF, CouT =0.1uF, 0°CST;< 125°C, unless otherwise specified) TEST cnaracrerisric | syMBOL TEST CONDITION wn |v. [ax] un CUIT| Output Voltage Vour | 1 [R=25 [=104[-100] -36[ V_| , . ope VEVin= 25 [ — [80] 230] tne Regulation Reotine [2 [B28 [-asvevivs av [= [30170] Load Regulation Reg.Load Tj =25°C ™ OUT ™ [= [13] 190 mV TOmAZIgyr=40ma_[ — [85] 90 ~25VEVinS -12.5V | _ 19 6 Output Voltage VouT Tj =25°C|1.0mAS IoyutS 40mA : Vv [LomaZIgur=70ma _|[-105| — |-95 ; 225% [= [33] 65 Quiescent Current [dig | 7 [-25V=Vin= 15 P= p= [35] Change TomA=TouT=40mA [= [= Per Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 70] — [xVrms| an mV/ : as : =24VSViN= - 13V CS Mwvour| tye CP | tt | Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 7/15

TOSHIBA CT A79L05,06,08,09,10,12,15,18,20,24F TA79L15F (Vin = -23V, lout =40mA, Cin =0.33uF, CouT =0.1uF, 0°CST;< 125°C, unless otherwise specified) TEST cuaractenisric | symaot vesrconorrion [wv re | wax | unt curt Output Voltage Vour T=25 [159-150] - 144 v_| ; ; ppc aSOVEVINE = 75V_| — | _130[ 309 tine Regulation reatine | + [tie2se| Spouse say [=f tay Load Regulation Reg.Load B Tj =25°C 1.0mAS loyt=40mA L— 112 130 mV -30VS Vins -17.5V |. 2 1425 Output Voltage VouT 1/7) =25°C|1.0MAS outs 40mA ° ° Vv [LomaZIqurs70ma_[=15.79 — |= 14.25 ; Wa25 L— [a 63 queen curent | te | Hae [= |= | «9 Quiescent Current | digi | 1 | -30V=Vin= -20V [=T=— 413 Change [digo [1 [10ma= lour=40ma [= T= {24 Output Noise Voltage | Vno | 2 [Ta=25°C, 10Hz=f=100kHz | — | 90] — |[xVrms| a mV/ , “oct . = 28.5V5 Vins - 18.5V Wavoun| 1 y= SSCP rp — | Average Temperature Coefficient of Output Tcvo lout =5mA 1.3 mvV/°C| Voltage 1997-05-12 9/15

TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F TA79L18F (VIN = -27V, louT=40mA, Cin = 0.33 KF, COUT =0.14F, 0°CST;S 125°C, unless otherwise specified) TEST characrensnic | svmBot vesrconorrion || rv. [ax | un CUIT] Output Vortage Vour | 1 [yea , . ogee Le SBVEVin= 207 | — [32] 325) tine Regulation regtine | + [rie2se|Syeweman t= fata] Load Regulation Reg.Load | Tj =25°C TOmASIoyt=40ma_|_— | __15| 155] mV —33V=VinN= -20.9V 471 Output Voltage VouT Tj =25°C|1.0mAS IoyutS 40mA ‘|v [LomaZIgur=70ma_|[-185| — |-179 ; 225% [= [3365 Quiescent Current |_ digi 1 | = 385 Vins = 21V J= [=| 15] Change TOmA=TouT=40mA Sa Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 150] — [Vrms] a mV/ ; a ; —33V=Vin= -23V MnVour| 1 [je SSC | tt — | Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 10/15

TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F TA79L24F (Vin = -33V, louT=40mA, Cin = 0.33 KF, COUT =0.1uF, 0°CST; = 125°C, unless otherwise specified) TEST cuanactenistic | SYMBOL TEST CONDITION wn |v. [ax] un CUIT| Output Vortage Vour | 1 [yea [=250[-240[-23.0] V_| , . ogee BVEVin= 2 — [35] _ 350) tne Regulation Reoune | + [tease =Saveuqecawy—[ =| —0|—am Load Regulation Reg.Load Tj =25°C ™ OUT ™ [= | ao} aao] mV LOmASIqyr=40ma | — | 20] 200 =38VSVins-27V | _3. 5 208 Output Voltage VouT Tj =25°C|1.0mAS IoyutS 40mA Vv [romAZtgur=7oma_|[=252| — |=223 ; 225% [= [33,65 Quiescent Current | digi 1. | = 38V5 Vins = 28V [= |=] 15] Change TOmA=louT=40mA [= [= [ay Output Noise Voltage Ta=25°C, 10Hz= 5 100kHz [| — | 200] — [xVrms| an mV/ ; a. ; —35V= Vin= -29V MnVour| 1 [je SSC | tt — | Average Temperature Coefficient of Output Tcvo louT=5mA mvV/°C| Voltage 1997-05-12 12/15

TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F TEST CIRCUIT 1. Vout, Reg-line, Reg.load, Ig, 4Ig, 4Vout/ 4t, |Vin-Voutl, Tcvo vw oO) = = © Do eo ® vo 2. VNO ° rou LH eo So NOISE METER cae et CA | ca Yo ee o 9 000K 3. RR. x % VIN g 3 ® vo td ~ ci= Vp-p | f= 120Hz & #=30cm RR.=20fog = 8) TTT 1997-05-12 13/15

TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F Pp MAX - Ta IVin-Voutl - Tj “Po ee Ceram > f[lTLIItf_i || SUBSTRATE {40 x 50 x0.8mmt) - 1s é @ * (20x30x0.81

8 MTTTINE |S fisnisno ann 3 | Za

< Jet NI @ NO HEAT SINK > 3. 1.6 és “EPRIN TTI aa || | Bob ANEE EEE Ce == oT] Fe LENE EE 3 | eS Os gs eT Pa ENE LLE 5 os —

8 JESSIE Tee

eS Ne 8 rEEEEELe] (OSS ; 0 40 80 120 160 200 =50 0 50 100 150 AMBIENT TEMPERATURE Ta (°C) JUNCTION TEMPERATURE (°C) VouT - VIN IB - VIN -8; 8 wor | | [| 7 | | rao Lit yy 2] VT tt e [ere 2 lour= = Ima bal

3 Lon SAR | | | ee ee

5 > 3 s || ~ |i il e [yrrr yt | > | ITA iF | ttt tT ft = -2 g 2 a TIA TT Ely ae a INPUT VOLTAGE Vin (V) INPUT VOLTAGE Vin (V)

3 Vout - louT

{weer TT TT TT I es {TiTi iti tty Bs LTT TTT TTT : +H HH aeeecama : “ETP °% 50 100 150 200 250 OUTPUT CURRENT lout (mA) 1997-05-12 14/15

TOSHIBA TA79L05,06,08,09,10,12,15,18,20,24F OUTLINE DRAWING HSOP3-P-1.50 Unit : mm 4.6MAX 1.6MAX 1.7MAX 0.4+0.05, a a bar) x | : s A) oy TOUT (3 +0.08 a 0.45“9.05 © ogee | 0.41898 1.5+0.1/1.5:40.1 1 2 3 Weight : 0.05g (Typ.) 9997-05-12 15/15

Product Information

TA79L09F specifications and overview.

Summary

3-TERMINAL NEGATIVE VOLTAGE REGULATORS

Description

3-TERMINAL NEGATIVE VOLTAGE REGULATORS

Source title TA79L09F Datasheet(PDF) - Toshiba Semiconductor

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