TA79005 | DigiCamel IC Datasheet

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TOSHIBA TA79005~ 10,12,15,18,20,24S TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC TA79005S, TA79006S, TA79007S, TA79008S, TA79009S, TA79010S TA79012S, TA79015S, TA79018S, TA79020S, TA79024S 1A THREE TERMINAL NEGATIVE VOLTAGE REGULATORS -24V

FEATURES

@ Suitable for CMOS, TTL, and the other Digital IC Power Supply @ Internal Thermal Overload Protecting @ Internal Short Circuit Current Limiting @ Output Current in Excess of 1.0A | 1. COMMON © Metal Fin (Tab) is fully covered with Mold Resin. partied (TO-220 NIS package) 732 HSIP3-P-2.54A Weight : 1.7g (Typ.) EQUIVALENT CIRCUIT [A O GND o E “ Z Ei sf 6 | VF A ete 219 © 13 Ke203) Rio © ourPuT re 4 aman 4 26 Q8 a Aan R7 ca © 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 1/16

TOSHIBA TA79005~10,12,15,18,20,24S MAXIMUM RATINGS (Ta = 25°C) Input Voltage VIN Vv rower osspaton Feaas| 2 [-—ae— © | [20] Premdnsne Fas [pe few

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@ 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 2/16

TOSHIBA CTA79005~10,12,15,18,20,245 TA79005S

ELECTRICAL CHARACTERISTICS

(Unless otherwise specified, Vin = - 10V, IoyT=500mA, 0°CSTj= 125°C, Cin=1.04F, CouT = 1.0F) TEST cuaractenisric | SYMBOL vesrconorion || rv. [ax | un CUIT| Output Voltage Vour | 1 [R=25 [=52[-50| -aa[ Vv , . ope LeVine ev [750] tine Regulation Regtine | 1 [U=?5°|-a5vevive-7v | — | 35 [too] Load Regulation Reg.Load Tj =25°C ™ OUT aa) mV 250mA= IguT=750mA| — | 4 50] »,| -20VSVINS -7V Output Voltage Vout + | T)=25°C} oad louTS1.0A 5.25 4.75| V [Quiescent Coment | ip pa [yee SSCSCSC~C SY | BO mY Quiescent | Une | alg) | 1 | -25VEVin=—7V Seno Current Change | Load | _algq | 1 [5mA=loyr= 710A [= [= 1-05)" Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz [| — | 40| — [Vims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [3] _70[ — | 48 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA mv /°C) Voltage [Dropout Voltage | Vp | 1 [)=25G loyr=10A_ | — | 20} -| v | 1997-05-12 3/16

TOSHIBA CT A79005~10,12,15,18,20,245 TA79006S (Unless otherwise specified, Vin = -11V, IoyT=500mA, 0°CSTj= 125°C, Cin=1.04F, CouT = 1.04F) TEST cuanactenistic | SYMBOL vesrconorion || rv. [ax | un CUIT| Output Vortage Vour | 1 [yea [625-60 [-575| V_| - 13VSVin= -9V Line Regulation Reg.Line 1 |Tj)=25°C IN ee) mV [=25vevye-ev| — | a3] 120) Load Regulation Reg.Load | Tj =25°C 250mAS IgyT=750mA r— 15/60 mV »,| ~21VSVin= -8V [Quiescent current [tp ft [tease | = 48.0] ma | Quiescent | Line | alg) | 1 | = 25V5 Vins -8V [|= [=] 13], Current Change | Load | _algq | 1 [5mA=loyr= 710A [= |= 1-95)" Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz [= | 45[ = [eVims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [er] 68 — | 8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA 0.7 mv /°C) Voltage [Dropout Voltage | Vp | 1 [)=25G loyr=10A_ | — | 20} -| v | 1997-05-12 4/16

TOSHIBA TA79005~ 10,12,15,18,20,24S TA79007S (Unless otherwise specified, Vin = - 12V, IouT=500mA, 0°CSTj= 125°C, Cin=1.04F, CouT = 1.04F) TEST cuanactenistic | SYMBOL vesrconorion || rv. [ax | un CUIT| Output Vortage Vour | 1 [yea , . ope VEVin= Tov — [10 79) tne Regulation Regtine [1 [B28 [-z5vevivs -9v [= [as | vao| Load Regulation Reg.Load | Tj =25°C 250mASloyz=750mA| — | 7|__70| mV », | ~22VSVin= -9V [Quiescent Coment | ip pa [yee SSCSCSC~C SY | BO mY Quiescent | Une | alg) | 1 | -25VEVin= —9V [=[= [or Current Change | Load | _algq | 1 [5mA=loyr= 710A [= |= [65] Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz [| — | 49| = [eVims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [eo] 67 — | 8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA mv /°C) Voltage [Dropout Voltage | Vp | 1 [W=25G loyr=10A_ | — | 20} -| v | 1997-05-12 5/16

TOSHIBA CT A79005~10,12,15,18,20,245 TA79008S (Unless otherwise specified, Vin = - 14V, IouT =500mA, 0°CSTjS 125°C, Cin =1.0uF, Cot = 1.0/F) TEST cuanactenistic | SYMBOL TEST CONDITION wn |v. [ax] un CUIT| Output Vortage Vour | 1 [yea [=33[-80[-7 [| v_| , . ope IWEVine TW — [1] 80] tne Regulation Regting [2 [B28 [-25vevivs —t0sv_[— [47 | eo] ™ Load Regulation Reg.Load | Tj =25°C 250mASloyz=750mA| — | 9| 80 | mV 3 | -23V5ViINS - 10.5V renner | vow» oroemetrat™” ve] = [| [Quiescent Coment | ip pa [yee SSCSCSC~C SY | | ml Quiescent | Une | alg) | 1 | -25VE Vine ~ 10.50 [—[=Por Current Change | Load | _algq | 1 [5mA=loyr= 710A [= [= Tos] ™ Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz [ — | 52[ — [eVims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [38] 66 — | 8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA mv /°C) Voltage [Dropout Voltage | Vp | 1 [)=25G loyr=10A_ | — | 20} -| v | 1997-05-12 6/16

TOSHIBA TA 79005~10,12,15,18,20,245 TA79009S (Unless otherwise specified, Vin = - 15V, IoyuT=500mA, 0°CSTj= 125°C, Cin=1.04F, CouT = 1.04F) TEST characrensnic | svmBot vesrconorion || rv. [ax | un CUIT] Output Vortage Vour | 1 [yea [=33[-90[-a7 | v_| , . ope VEVin= BV | tine Regulation Regtine | 1 [U2 |-zevevive -t15v_[ — | 48 [ vez] Load Regulation Reg.Load | Tj =25°C 250mAS IgyT=750mA D— [ota] mV »| -24VSVINS -11.5V mn [vow |» fcaeleaeesg [36] — [ae [Quiescent Coment | ip pa [yee SS*CSC~C SY | | mY Quiescent | Une | alg) | 1 | -265V=VinS -13V [—[=Por Current Change | Load | _algq | 1 [5mASlour=10A [= |= os] ™ Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz [| — | 60| — [Vims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [s7|_4[ — | 8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA mv /°C) Voltage [Dropout Voltage | Vp | 1 [)=25G loyr=10A_ | — | 20} -| v | 1997-05-12 7/16

TOSHIBA TA79005~ 10,12,15,18,20,24S TA79010S (Unless otherwise specified, Vin = - 16V, IoyT=500mA, 0°CSTj= 125°C, Cin=1.04F, CouT = 1.0uF) TEST cuanactenistic | SYMBOL vesrconorion || rv. [ax | un CUIT| Output Voltage Vour | 1 [R=25 [toa] —10[-96[ Vv , . ogee VE Vn= a — [2 | 80] tne Regulation Regtine [2 [B28 [-arvevivs —2sv_[— [50 | vao| ™ Load Regulation Reg.Load | Tj =25°C 250mASloyz=750mA| — | 13 | 90 | mV 3 | -25VSVINS - 12.5V [Quiescent Coment | ip pt [yee SCSC~C*~C~C SY wm Quiescent | Une | alg) | 1 | -27 5V=VinS -1aV [—[=Por Current Change | Load | _algq | 1 [5mASlour=10A [= [= os] ™ Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz [| — | 65 | — [Vims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [7] — | 8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA mv /°C) Voltage [Dropout Voltage | Vp | 1 [W=25'G loyr=10A_ | — | 20; —-|v | 1997-05-12 8/16

TOSHIBA TA 79005~10,12,15,18,20,245 TA79015S (Unless otherwise specified, Vin = -23V, IouT=500mA, 0°CSTj= 125°C, Cin=1.04F, CouT = 1.04F) TEST characrensic | svat vesrconorrion | van, | ve | wax. | unr CUIT] Output Voltage Vout | 1 [i=25% [= 156] 15 | 14a] _V_| , . gr (2VEVINS = 20V | — [14 | 150) tine Regulation reatine | 1 |tin25c{=Syeemars[ =f ar ana] Load Regulation Reg.Load + | Tj =25°C 250mA= lout = 750mA CL — [25 | 150] mV one | ~30VSVINS -17.5V. |_ - Output Voltage VouT + | Ty= 25°C lena <igyts1.0A 15.75 14.25] V [Quiescent Coment | ie pa [yeareSSCSC~SC SY Ym Quiescent | Une | alg | 1 | -30V= VS - 1750 r= [=| Current Change [ Load | algo | 1_|5mASlgyr= 1.04 =a Output Noise Voltage Ta= 25°C, 10Hz= 5 100kHz | — [| 90] — [Vrms] Ripple Rejection | RR. | 3 [f= 120Hz, lour=20mA [_s3[_6o | — | a8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo lout =5.0mA mv /°C) Voltage [Dropout Voltage | Vp | 1 [)=25G loyr=t0A_ =< — | 20; - | v | 1997-05-12 10/16

TOSHIBA CT A79005~10,12,15,18,20,245 TA79018S (Unless otherwise specified, Vin = -27V, IouT =500mA, 0°CSTjS 125°C, Cin =1.0uF, Cot = 1.0uF) TEST cnaracrenisric | syMBoL TEST CONDITION van | ve | | ue CUIT Output Vortage Vout | 1 [225% [=187] =18 | 173] Vv , . prc (a SOVEVINS = 2a | — [25 | 180) tne Regulation Reoune | + [nsast|=favevqesaw [=| a0 | 0) Load Regulation Reg.Load + | Tj =25°C 250mA= lout = 750mA DC — [55] _180] mV nee | 7 33VSVINS -21V— |_ - Output Voltage Vout + | Tj =25°C 5mASlours 1.0A 18.85) 17.15] V [Quiescent Coment | ie pa [year SSCSC~SC SY CY Om Quiescent | ine | alg | 1 [-33V= Vin= 21 r= t=, Current Change | Load | algg | 1_[5mASlgyt=1.0A =a Output Noise Voltage Ta= 25°C, 10Hz= 5 100kHz | — [110] — [xVrms| Ripple Rejection | RR. | 3 [f= 120Hz, lour=20mA [_sa{_ 59] — | as | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo lout =5.0mA 2.5 mv /°C) Voltage [Dropout Voltage | Vp | 1 [)=25G loyr=t0A_ =< — | 20; - | v | 1997-05-12 11/16

TOSHIBA TA79005~ 10,12,15,18,20,24S TA79020S (Unless otherwise specified, Vin = -30V, IouT =500mA, 0°CSTjS 125°C, Cin =1.0uF, Cot = 1.0F) TEST cuanactenistic | SYMBOL vesrconorion || rv. [ax | un CUIT| Output Vortage Vour | 1 [yea , . ogee Le SEVin= -26v_ | — [28 [180] Line Regulation Reg.Line 1 |Tj)=25°C [=35VSViv= -24v__| — | 104 | 360] mv Load Regulation Reg.Load | Tj =25°C 250mASloyt=750mA| — | 70 | 180] mV «| -35VSVINS -24V Output Voltage Vout + | T)=25°C | na <igyrs 1.0A 21.0 v [Quiescent Coment | ip pt [yeaeeSS*CS~C~C SY CBO mY Quiescent | Une | alg) | 1 | -365V Vin ~25V [=[= [or Current Change | Load | _algq | 1 [5mASlour=10A L—[— |-05| Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz [| — | 140 | — [Vims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [_so[_s7[ — | 8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA 3.0 mv /°C) Voltage [Dropout Voliage | Vo | 1 |= 25%, lour=10A [eet =] 1997-05-12 12/16

TOSHIBA CT A79005~10,12,15,18,20,245 TA79024S (Unless otherwise specified, Vin = - 33V, IouT =500mA, 0°CSTjS 125°C, Cin =1.0uF, Cot = 1.0F) TEST cuanactenistic | SYMBOL TEST CONDITION wn |v. [ax] un CUIT| Output Vortage Vour | 1 [yea , . ogee SeVEVin= -30V | — [31 | 200] tne Regulation Reoting [2 [B28 [seve viv -27v | — [18 [aso] Load Regulation Reg.Load | Tj =25°C 250mASloyz=750mA| — | 85 | 240] mV »| -38V5VINS -27V Output Voltage Vout + | Ty=25°C| aac louTs1.0A 25.2 22.8) V [Quiescent Coment | ip pa [yee SSCSCSC~C SY CBO mY Quiescent | une | alg | 1 | -38VEViy= -27V [=[= [or Current Change | Load | _algq | 1 [SmA=lour=10A [= |= [65] Output Noise Voltage Ta=25°C, 10Hz=fS 100kHz | — | 170 | — [Vims| Ripple Rejection | RR. | 3 [f=120Hz, lour=20mA [| s6[— | 8 | Short Circuit Current o, Average Temperature Coefficient Of Output Tcvo 1 |louT=5.0mA 3.5 mv /°C) Voltage [Dropout Voliage | Vo | 1 |= 25%, lour=10A [eet =] 1997-05-12 13/16

TOSHIBA TA79005~ 10,12,15,18,20,24S TEST CIRCUIT 1. Vout, Reg.line, Reg.load, Ig, 4Ig, Vp, Tcvo vw © Fs =t © Dio © 0) Yo 2. VNO " pe be 4 , $ GQ) NOISE METER Vo (essaaaaaaa a 3. RR. " : ical = @Q °* © Paros) ee mag ei= "Vp-p i f=120Hz a #=30em RR.=20f0g yon 1997-05-12 14/16

TOSHIBA TA79005~10,12,15,18,20,24S Ip - Tj Vout - Tj Coa. SESS § PPCRREE = att TPT TT Pt Tr 4 — — 5 - e TEETER tT 3 HAH] s JITTT TTT Tt To » at TTT Tt TT tt é TTT ¢ [ITT TTTIT TTT ty g itty ty ey Ty Tt Ty g ap Et BRE EERE PPP ET ET) ne-t0v me LL TTT i 150 ALLEY TTT — a 150 JUNCTION TEMPERATURE Tj (°C) JUNCTION TEMPERATURE Tj (°C) R.R. - IOUT Isc - VIN s = -16V (105) < sof cer SEE PP SSPE eee ote NN Ef Pe HE CE = M™ & IN @ KON ~~ g ‘ ee ee ee ee z 50 Q Ore CEE NI OUTPUT VOLTAGE IguT (mA) INPUT VOLTAGE Vin (V) Vp - Tj Pp - Ta CO SORSR SORE : FEE ome} 6 & “CONE > CLL es » FN ye SENT a ee BPSCCO eG ee B Cee Eee F i A

2 Coops Powe

° CITI TT Piri tit 150 % tT 100 150, JUNCTION TEMPERARURE qj (Vv) AMBIENT TEMPERATURE Ta (°C)

TOSHIBA TA79005~ 10,12,15,18,20,24S OUTLINE DRAWING HSIP3-P-2.54A Unit : mm 100.3 3.2402 nt —+S wT p=] et aan Pd 44 0.75+0.15 | i 1 2.5440.25 2.5410.25 “fo o oo | 3 Weight : 1.7g (Typ.) 9997-05-12 16/16

Product Information

TA79005 specifications and overview.

Summary

1A THREE TERMINAL NEGATIVE VOLTAGE REGULATORS

Description

1A THREE TERMINAL NEGATIVE VOLTAGE REGULATORS

Source title TA79005 Datasheet(PDF) - Toshiba Semiconductor

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