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| ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 1 pin configuration _ type name ? fh78l xx - t packing type b? t tape type a?? b bulk ?b voltage package b? r sot-89 ? type no. marking type no. marking type no. marking fh78l05 8a fh78l09 8e fh78l15 8i fh78l06 8b fh78l10 8f fh78l18 8j fh78l07 8c fh78l12 8g fh78l20 8k fh78l08 8d fh78l13 8h fh78l24 8l description & features c the fh78lxx series of three terminal positive regulators is available with several fixed output voltages making them useful in a wide range of applications. fh78lxx c an use as a zener diode/resistor combination replacement, and lower quiescent current. these devices suitable for a multitude of applications that require a regulated supply of up to 100 ma.the voltages available allow the fh78lxx to be used in logic systems, instrument ation, hifi, and other solid state electronic equipment. circuit takes over preventing the ic from overheating. fh78lxx ?????? ?^??R{Ow r??oBm 100ma ?N ? fh78lxx @????y zyx hifi cO?^ o ic package sot-89 output voltage tolerances of 5% over the temperature range output current of 100ma internal thermal overload protection output voltages of 5.0v, 6.0v, 8.0v, 9.0v, 12v, 15v 18v b sot-89 ?? 5% ? 100ma ^o ?? 5.0v, 6.0v, 8.0v, 9.0v, 12v, 15v 18v 1.vout 2.gnd 3.vin xx 05/06/08 ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 2 block diagram ?D absolute maximum ratings (t a =25 ) ~? (note ) rating ~? characteristic ? symbol ? min max unit power dissipation p d 0.5 w input voltage 5~15v 18~24v v in 35 40 v operating temperature range ?? topt -0 125 c storage temperature range ?? ts t g -55 150 c note absolute maximum ratings are threshold limit values that must not e exceeded ever for an instant under any conditions. moreover, such values for any two items must not be reached simultaneously. operation above these absolute maximum ratings may cause degr adation or permanent damage to the device. these are stress ratings only and do not necessarily im ply functional operation below these limits. ??^??O? , r??O??rg??^????^?? r_O . ??? , p?@HH??? , K??? ??O?? typical applications ?D c out 0.1uf c in 0.33uf v in v out fh78lxx ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 3 electrical characteristics fh78l05 unless otherwise specified, vin=10v, iout=40ma, c in =0.33uf, c out =0.1uf, t j =0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 4.75 5.0 5.25 v 7.0v vin 20v - 55 150 input regulation reg line tj=25 8.0v vin 20v - 45 100 mv 1.0ma iout 100ma - 11 60 load regulation reg load tj=25 1.0ma iout 40ma - 5.0 30 mv 7.0v vin 20v 1.0ma iout 40ma 4.65 - 5.3 output voltage v out vin=10v, 1.0ma iout 70ma 4.65 - 5.3 v tj=25 - 3.1 6.0 quiescent current i q tj=125 - - 5.5 ma 8.0v vin 20v - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 40 - uv rms long term stability vout/ t - 12 - mv/1.0khrs ripple rejection ratio rr f=120hz,8.0v vin 18v, tj=25 41 49 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -0.6 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 4 electrical characteristics fh78l06 unless otherwise specified ,vin=11v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 5.7 6.0 6.3 v 8.1v vin 21v - 50 150 input regulation reg line tj=25 9.0v vin 21v, - 45 110 mv 1.0ma iout 100ma - 12 70 load regulation reg load tj=25 1.0ma iout 40ma - 5.5 35 mv 8.1v vin 21v 1.0ma iout 40ma 5.58 - 6.42 output voltage vout vin=11v, 1.0ma iout 70ma 5.58 - 6.42 v tj=25 - 3.1 6.0 quiescent current i q tj=125 - - 5.5 ma 9.0v vin 19v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 40 - uvrms long term stability vout/ t - 14 - mv/1.0khrs ripple rejection ratio rr f=120hz, 9.0v vin 19v, tj=25 39 47 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -0.7 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 5 electrical characteristics fh78l07 unless otherwise specified ,vin=12v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 6.72 7.0 7.28 v 9.2v vin 22v, - 50 160 input regulation reg line tj=25 10v vin 22v, - 45 115 mv 1.0ma iout 100ma - 13 75 load regulation reg load tj=25 1.0ma iout 40ma - 6.0 40 mv 9.2v vin 22v, 1.0ma iout 40ma 6.65 - 7.35 output voltage vout vin=12v, 1.0ma iout 70ma 6.65 - 7.35 v tj=25 - 3.1 6.5 quiescent current i q tj=125 - - 6.0 ma 10v vin 22v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 50 - uvrms long term stability vout/ t - 17 - mv/1.0khrs ripple rejection ratio rr f=120hz, 10v vin 20v, tj=25 37 46 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma -0.75 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 6 electrical characteristics fh78l08 unless otherwise specified ,vin=14v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 7.6 8.0 8.4 v 10.5v vin 23v, - 20 175 input regulation reg line tj=25 11v vin 23v, - 12 125 mv 1.0ma iout 100ma - 15 80 load regulation reg load tj=25 1.0ma iout 40ma - 7.0 40 mv 10.5v vin 23v, 1.0ma iout 40ma 7.44 - 8.56 output voltage vout vin=14v, 1.0ma iout 70ma 7.44 - 8.56 v tj=25 - 3.1 6.5 quiescent current i q tj=125 - - 6.0 ma 11v vin 23v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 60 - uvrms long term stability vout/ t - 20 - mv/1.0khrs ripple rejection ratio rr f=120hz, 12v vin 23v, tj=25 37 45 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -0.8 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 7 electrical characteristics fh78l09 unless otherwise specified ,vin=15v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 8.55 9.0 9.45 v 11.4v vin 24v, - 80 200 input regulation reg line tj=25 12v vin 24v, - 20 160 mv 1.0ma iout 100ma - 17 90 load regulation reg load tj=25 1.0ma iout 40ma - 8.0 45 mv 11.4v vin 24v, 1.0ma iout 40ma 8.37 - 9.63 output voltage vout vin=15v, 1.0ma iout 70ma 8.37 - 9.63 v tj=25 - 3.2 6.5 quiescent current i q tj=125 - - 6.0 ma 12v vin 24v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 65 - uvrms long term stability vout/ t - 21 - mv/1.0khrs ripple rejection ratio rr f=120hz, 12v vin 24v, tj=25 36 44 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma 0.85 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 8 electrical characteristics fh78l10 unless otherwise specified ,vin=16v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 9.5 10 10.5 v 12.5v vin 25v, - 80 230 input regulation reg line tj=25 13v vin 25v, - 30 170 mv 1.0ma iout 100ma - 18 90 load regulation reg load tj=25 1.0ma iout 40ma - 8.5 45 mv 12.5v vin 25v, 1.0ma iout 40ma 9.3 - 10.7 output voltage vout vin=16v, 1.0ma iout 70ma 9.3 - 10.7 v tj=25 - 3.2 6.5 quiescent current i q tj=125 - - 6.0 ma 13v vin 25v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 70 - uvrms long term stability vout/ t - 22 - mv/1.0khrs ripple rejection ratio rr f=120hz, 13v vin 24v, tj=25 37 43 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -0.9 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 9 electrical characteristics fh78l12 unless otherwise specified ,vin=19v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 11.4 12 12.6 v 14.5v vin 27v, - 120 250 input regulation reg line tj=25 16v vin 27v, - 100 200 mv 1.0ma iout 100ma - 20 100 load regulation reg load tj=25 1.0ma iout 40ma - 10 50 mv 14.5v vin 27v 1.0ma iout 40ma 11.16 - 12.84 output voltage vout vin=19v, 1.0ma iout 70ma 11.16 - 12.84 v tj=25 - 3.2 6.5 quiescent current i q tj=125 - - 6.0 ma 16v vin 27v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 80 - uvrms long term stability vout/ t - 24 - mv/1.0khrs ripple rejection ratio rr f=120hz, 15v vin 25v,, tj=25 36 41 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -1.0 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 10 electrical characteristics fh78l15 unless otherwise specified ,vin=23v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 14.25 15 15.75 v 17.5v vin 30v, - 130 300 input regulation reg line tj=25 20v vin 30v, - 110 250 mv 1.0ma iout 100ma - 25 150 load regulation reg load tj=25 1.0ma iout 40ma - 12 75 mv 17.5v vin 30v, 1.0ma iout 40ma 13.95 - 16.05 output voltage vout vin=23v, 1.0ma iout 70ma 13.95 - 16.05 v tj=25 - 3.3 6.5 quiescent current i q tj=125 - - 6.0 ma 20v vin 30v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 90 - uvrms long term stability vout/ t - 30 - mv/1.0khrs ripple rejection ratio rr f=120hz, 18.5v vin 28.5v, tj=25 34 40 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -1.3 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 11 electrical characteristics fh78l18 unless otherwise specified ,vin=27v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 17.1 18 18.9 v 21.4v vin 33v, - 32 325 input regulation reg line tj=25 22v vin 33v, - 27 275 mv 1.0ma iout 100ma - 30 170 load regulation reg load tj=25 1.0ma iout 40ma - 15 75 mv 21.4v vin 33v, 1.0ma iout 40ma 16.74 - 19.26 output voltage vout vin=27v, 1.0ma iout 70ma 16.74 - 19.26 v tj=25 - 3.3 6.5 quiescent current i q tj=125 - - 6.0 ma 22v vin 33v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 150 - uvrms long term stability vout/ t - 45 - mv/1.0khrs ripple rejection ratio rr f=120hz, 23v vin 33v, tj=25 32 38 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -1.5 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 12 electrical characteristics fh78l20 unless otherwise specified ,vin=29v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 19.0 20 21.0 v 23.5v vin 35v, - 33 330 input regulation reg line tj=25 24v vin 35v, - 28 285 mv 1.0ma iout 100ma - 33 180 load regulation reg load tj=25 1.0ma iout 40ma - 17 90 mv 23.5v vin 35v, 1.0ma iout 40ma 18.6 - 21.4 output voltage vout vin=29v, 1.0ma iout 70ma 18.6 - 21.4 v tj=25 - 3.3 6.5 quiescent current i q tj=125 - - 6.0 ma 24v vin 35v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 170 - uvrms long term stability vout/ t - 49 - mv/1.0khrs ripple rejection ratio rr f=120hz, 25v vin 35v, tj=25 31 37 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -1.7 - mv/ ?? 5 ! j d ! three terminal positive voltage regulators ?1 fh78lxx 13 electrical characteristics fh78l24 unless otherwise specified ,vin=33v, iout =40ma, cin=0.33uf, cout=0.1uf , tj=0 to125 characteristic symbol test condi tion min. typ. max. unit output voltage vout tj=25 22.8 24 25.2 v 27.5v vin 38v, - 35 350 input regulation reg line tj=25 28v vin 38v, - 30 300 mv 1.0ma iout 100ma - 40 200 load regulation reg load tj=25 1.0ma iout 40ma - 20 100 mv 27.5v vin 38v, 1.0ma iout 40ma 22.32 - 25.68 output voltage vout vin=33v, 1.0ma iout 70ma 22.32 - 25.68 v tj=25 - 3.5 6.5 quiescent current i q tj=125 - - 6.0 ma 28v vin 38v, - - 1.5 quiescent current change i q 1.0ma iout 40ma - - 0.1 ma output noise voltage v no ta = 2 5 , 10hz f 100khz - 200 - uvrms long term stability vout/ t - 56 - mv/1.0khrs ripple rejection ratio rr f=120hz, 29v vin 39v, tj=25 31 35 - db dropout voltage |vin-vout| tj=25 1.7 v average temperature coefficient of output voltage tcvo iout=5ma - -2.0 - mv/ |
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