W78L05

W78LXX 3-Terminal 100mA Positive Voltage Regulators Series General Description Th e W78L XX ser i es of fi xe d vol t age mono li t hi c int e gr at ed ci rc ui t vol t age reg ul at or s ar e sui t ab l e for appl i ca t io ns th at re qui r ed sup pl y up to 100m A . TO 92 Features  Maxi m um out pu t cur re nt of 100m A  Out p ut vol t age of 5V , 6V , 8V , 9V, 10V , 12V , 15V and 24V  Th er ma l over l oa d pro t ect i on  Shor t ci rc ui t cur r ent li m i t in g Package Information Pa rt NO . Pa cka ge De sc ri pt i on W7 8L X X TO 92 CH M C : Tr a d e m a r k SX X X X : L o t NO . Pac kag e Ma rki ng CH MC 78L X X SXX X X Pa cka ge Opt io n 1000 / Ba g 2000 / Ta pe 78 L X X : P a r t NO . (X X ： Ou t p u t Vol t a g e ) XX ( O u t p u t Vol t a g e ) : 05 ( 5 . 0 V ) / 0 6 ( 6 . 0 V ) / 0 8 ( 8 . 0 V ) / 0 9 ( 9 . 0 V ) / 1 0 ( 1 0 V ) / 1 2 ( 1 2 V ) / 1 5 ( 1 5 V ) / 2 4 ( 2 4 V ) Equivalent Circuit Pin Connection 3 Input Output 1 GND 2 Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn W7 8 L X X( TO 9 2 ) CHMC Nov. 2023 Rev. 3.0 Page 1 of 9 W78LXX Absolute Maximum Ratings (O per at i ng te mp er at ur e ra nge appl i e s unl es s oth er wi s e spe ci f ie d) Cha rac te ri s ti c Inp ut Vol t age Symb ol Vo= 5V ~ 8V Val u e 20 Vi Vo= 9 V~ 15V Uni t V 30 Ope ra t in g Te mp er at ur e Ra nge Top r - 40 ~1 2 5 C St or age Te mp er at ur e Ra nge Ts t g -55 ~ 150 C W78L05 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 1 0 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C Ou t p u t Vol t a g e 4. 9 7V Vi 20 V ; I o = 1 m A ~ 4 0 m A Vo 7V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Lo a d Re g u l a t i o n Li n e Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 7V Vi 20 V Tj = 2 5 C; 8V Vi 20 V Qu i e s c e n t Cu r r e n t Qu i e s c e n t Cu r r e n t Ch a n g e Ou t p u t No i s e Vol t a g e Mi n . Ty p . Ma x . Un i t 5. 1 V 4. 8 5 5. 15 V 4. 8 5 5. 1 5 V (n o t e 2 ) 11 60 mV 5. 0 30 mV 8 15 0 mV 6 10 0 mV 2. 0 5. 5 mA 1. 5 mA 0. 1 mA Vo Vo Iq 8 V Vi 20 V Iq 1 m A Io 40 m A 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 40 V Vo/ T -0 . 6 5 mV / C 80 dB 1. 7 V Ri p p l e Re j e c t i o n 10 V Vi 20 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn 5. 0 CHMC 41 Nov. 2023 Rev. 3.0 Page 2 of 9 W78LXX W78L06 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 1 2 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C Ou t p u t Vol t a g e 5. 7 5 8. 5 V Vi 20 V ; I o = 1 m A ~ 4 0 m A Vo 8. 5 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Lo a d Re g u l a t i o n Li n e Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 8. 5 V Vi 20 V Tj = 2 5 C; 9V Vi 20 V Qu i e s c e n t Cu r r e n t Qu i e s c e n t Cu r r e n t Ch a n g e Ou t p u t No i s e Vol t a g e Mi n . Ty p . Ma x . Un i t 6. 2 5 V 5. 7 6. 3 V 5. 7 6. 3 V (n o t e 2 ) 12 . 8 80 mV 5. 8 40 mV 64 17 5 mV 54 12 5 mV 3. 9 6. 0 mA 1. 5 mA 0. 1 mA Vo Vo Iq 9 V Vi 20 V 6. 0 Iq 1 m A Io 40 m A 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 49 V Vo/ T -0 . 7 5 mV / C 46 dB 1. 7 V Ri p p l e Re j e c t i o n 10 V Vi 20 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd 40 W78L08 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 1 4 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C Ou t p u t Vol t a g e 7. 7 10 . 5 V Vi 23 V ; I o = 1 m A ~ 4 0 m A Vo 10 . 5 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Lo a d Re g u l a t i o n Li n e Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 10 . 5 V Vi 23 V Tj = 2 5 C; 11 V Vi 23 V Qu i e s c e n t Cu r r e n t Qu i e s c e n t Cu r r e n t Ch a n g e Ou t p u t No i s e Vol t a g e Mi n . Ty p . Ma x . Un i t 8. 3 V 7. 6 8. 4 V 7. 6 8. 4 V (n o t e 2 ) 15 80 mV 8. 0 40 mV 10 17 5 mV 8 12 5 mV 2. 0 5. 5 mA 1. 5 mA 0. 1 mA Vo Vo Iq 11 V Vi 23 V Iq 1 m A Io 40 m A 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 49 V Vo/ T -0 . 7 5 mV / C 70 dB 1. 7 V Ri p p l e Re j e c t i o n 11 V Vi 23 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn 8. 0 CHMC 39 Nov. 2023 Rev. 3.0 Page 3 of 9 W78LXX W78L09 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 1 5 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C Ou t p u t Vol t a g e 8. 6 4 11 . 5 V Vi 24 V ; I o = 1 m A ~ 4 0 m A Vo 11 . 5 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Lo a d Re g u l a t i o n Li n e Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 11 . 5 V Vi 24 V Tj = 2 5 C; 13 V Vi 24 V Qu i e s c e n t Cu r r e n t Qu i e s c e n t Cu r r e n t Ch a n g e Ou t p u t No i s e Vol t a g e Mi n . Ty p . Ma x . Un i t 9. 3 6 V 8. 5 5 9. 4 5 V 8. 5 5 9. 4 5 V (n o t e 2 ) 20 90 mV 10 45 mV 90 20 0 mV 10 0 15 0 mV 2. 0 6. 0 mA 1. 5 mA 0. 1 mA Vo Vo Iq 1 3 V Vi 24 V 9. 0 Iq 1 m A Io 40 m A 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 49 V Vo/ T -0 . 7 5 mV / C 44 dB 1. 7 V Ri p p l e Re j e c t i o n 12 V Vi 23 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd 38 W78L10 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 1 6 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C Ou t p u t Vol t a g e 9. 6 12 . 5 V Vi 23 V ; I o = 1 m A ~ 4 0 m A Vo 12 . 5 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Lo a d Re g u l a t i o n Li n e Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 12 . 5 V Vi 23 V Tj = 2 5 C; 14 V Vi 23 V Qu i e s c e n t Cu r r e n t Qu i e s c e n t Cu r r e n t Ch a n g e Ou t p u t No i s e Vol t a g e Mi n . Ty p . Ma x . Un i t 10 . 4 V 9. 5 10 . 5 V 9. 5 10 . 5 V (n o t e 2 ) 20 94 mV 10 47 mV 10 0 22 0 mV 20 0 17 0 mV 4. 2 6. 5 mA 1. 5 mA 0. 1 mA Vo Vo Iq 1 2 . 5 V Vi 23 V Iq 1 m A Io 40 m A 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 74 V Vo/ T -0 . 9 5 mV / C 43 . dB 1. 7 V Ri p p l e Re j e c t i o n 15 V Vi 23 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn 10 CHMC 38 Nov. 2023 Rev. 3.0 Page 4 of 9 W78LXX W78L12 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 1 9 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C 11 . 5 14 . 5 V Vi 27 V ; I o = 1 m A ~ 4 0 m A Ou t p u t Vol t a g e Vo 14 . 5 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Lo a d Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 14 . 5 V Vi 27 V Li n e Re g u l a t i o n Mi n . Ty p . Ma x . Un i t Tj = 2 5 C; 16 V Vi 27 V Qu i e s c e n t Cu r r e n t 15 . 6 V 11 . 4 12 . 6 V 11 . 4 12 . 6 V (n o t e 2 ) 25 15 0 mV 12 75 mV 25 30 0 mV 20 25 0 mV 2. 0 6. 0 mA 1. 5 mA 0. 1 mA Vo Vo Iq 1 6 V Vi 27 V Qu i e s c e n t Cu r r e n t Ch a n g e Iq 1 m A Io 40 m A Ou t p u t No i s e Vol t a g e 15 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 80 V Vo/ T -1 . 0 mV / C 65 dB 1. 7 V Ri p p l e Re j e c t i o n 15 V Vi 25 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd 37 W78L15 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 2 3 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Mi n . Ty p . Ma x . Un i t Tj = 2 5 C 14 . 4 1 7 . 5 V Vi 30 V ; I o = 1 m A ~ 4 0 m A Ou t p u t Vol t a g e Vo 1 7 . 5 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Lo a d Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 17 . 5 V Vi 30 V Li n e Re g u l a t i o n Tj = 2 5 C; 20 V Vi 30 V Qu i e s c e n t Cu r r e n t 2 0 V Vi 30 V Ri p p l e Re j e c t i o n Dr o p o u t Vol t a g e 14 . 2 5 15 . 7 5 V 14 . 2 5 15 . 7 5 V (n o t e 2 ) 20 15 0 mV 25 15 0 mV 25 15 0 mV 15 75 mV 2. 2 6. 5 mA 1. 5 mA 0. 1 mA Vo Iq 1 m A Io 40 m A Ou t p u t No i s e Vol t a g e Co e ff i c i e n t V Iq Qu i e s c e n t Cu r r e n t Ch a n g e Te m p e r a t u r e Vo 15 . 6 Vo 1 0 H z f 10 0 k H z of Io = 5 m A 18 . 5 V Vi 28 . 5 V ; f= 1 2 0 H z ; Tj = 2 5 C Tj = 2 5 C Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn 15 VN 90 V Vo/ T -1 . 3 mV / C 63 dB 1. 7 V RR Vd CHMC 34 Nov. 2023 Rev. 3.0 Page 5 of 9 W78LXX W78L18 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 2 7 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C Ou t p u t Vol t a g e 17 . 3 21 V Vi 33 V ; I o = 1 m A ~ 4 0 m A Vo 21 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Lo a d Re g u l a t i o n Li n e Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 21 V Vi 33 V Tj = 2 5 C; 22 V Vi 33 V Qu i e s c e n t Cu r r e n t Qu i e s c e n t Cu r r e n t Ch a n g e Ou t p u t No i s e Vol t a g e Mi n . Ty p . Ma x . Un i t 18 . 7 V 17 . 1 18 . 9 V 17 . 1 18 . 9 V (n o t e 2 ) 30 17 0 mV 15 85 mV 14 5 30 0 mV 13 5 25 0 mV 2. 0 6. 0 mA 1. 5 mA 0. 1 mA Vo Vo Iq 2 1 V Vi 33 V 18 Iq 1 m A Io 40 m A 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 15 0 V Vo/ T -1 . 8 mV / C 48 dB 1. 7 V Ri p p l e Re j e c t i o n 23 V Vi 33 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd 34 W78L24 Electrical Characteristics (U n l e s s ot h e r w i s e sp e c i f i e d : Vi = 3 3 V ; Io = 4 0 m A ; C i =0 . 3 3 F; Co = 0 . 1 F) ( N o t e 1) Ch a r a c t e r i s t i c s Te s t co n d i t i o n s Sy m b o l Tj = 2 5 C Ou t p u t Vol t a g e 23 27 V Vi 38 V ; I o = 1 m A ~ 4 0 m A Vo 27 V Vi Vm a x ; Io = 1 m A ~ 7 0 m A Lo a d Re g u l a t i o n Li n e Re g u l a t i o n Tj = 2 5 C; Io = 1 m A ~ 1 0 0 m A Tj = 2 5 C; Io = 1 m A ~ 4 0 m A Tj = 2 5 C; 27 V Vi 38 V Tj = 2 5 C; 28 V Vi 38 V Qu i e s c e n t Cu r r e n t Qu i e s c e n t Cu r r e n t Ch a n g e Ou t p u t No i s e Vol t a g e Mi n . Ty p . Ma x . Un i t 25 V 22 . 8 25 . 2 V 22 . 8 25 . 2 V (n o t e 2 ) 40 20 0 mV 20 10 0 mV 16 0 30 0 mV 15 0 25 0 mV 2. 2 6. 0 mA 1. 5 mA 0. 1 mA Vo Vo Iq 2 7 V Vi 38 V Iq 1 m A Io 40 m A 1 0 H z f 10 0 k H z Te m p e r a t u r e Co e ff i c i e n t of Vo Io = 5 m A VN 20 0 V Vo/ T -2 . 0 mV / C 45 dB 1. 7 V Ri p p l e Re j e c t i o n 27 V Vi 38 V ; f= 1 2 0 H z ; Tj = 2 5 C RR Dr o p o u t Vol t a g e Tj = 2 5 C Vd Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn 24 CHMC 34 Nov. 2023 Rev. 3.0 Page 6 of 9 W78LXX No t e 1: Th e Ma x i m u m st e a d y st a t e u s a b l e ou t p u t cu r r e n t an d in p u t vo l t a g e ar e ve r y de p e n d e n t on th e h e a t i n g si n k i n g an d / o r le a d te m p e r a t u r e le n g t h of th e pa c k a g e . Th e da t e ab o v e re s p r e s e n t pu l s e te s t co n d i t i o n s wi t h ju n c t i o n te m p e r a t u r e s as in d i c a t e d at th e in i t i a t i o n of te s t . No t e 2: P o w e r d i s s i p a t i o n < 0 . 7 5 W Typical Application Circuit Vi 3 W78Lxx 1 W78L X X C1 0.33uF 2 0.1uF Vo Co Not e 1: To spe ci f y an out pu t vol t age , sub st i t ue vol t age val ue for "xx". Not e 2: By pas s cap aci t or s are rec om me nde d for op t im um st ab il i t y and tr ans i ent res po nse and sho ul d be lo cat e d as cl os e as po ss i bl e to the reg ul at or s . Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn CHMC Nov. 2023 Rev. 3.0 Page 7 of 9 W78LXX Outline Dimensions TO9 2 Un it ： mm E1 e E A2 A1 A D Sy mb ol A A1 A2 D E E1 e Di m ens i ons In Mi l li m et er s Di m ens i ons In Inc he s Mi n Max 1.4 20 1.62 0 0.6 60 0.86 0 0.3 50 0.48 0 3.0 50 3.25 0 0.3 50 0.55 0 3.9 00 4.10 0 1.2 70 （ BS C ） Mi n Max 0.0 56 0. 064 0. 02 6 0. 034 0.0 14 0.0 19 0.1 20 0.1 28 0.0 14 0.0 22 0.1 54 0. 161 0.0 50 （ BS C ） Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn CHMC Nov. 2023 Rev. 3.0 Page 8 of 9 W78LXX Statements  Sil i co re Te chn ol ogy re se rv es the ri gh t to mak e chan ges wi t ho ut fur t he r no t ic e to any pro duc t s or spe C i fi ca t i on s her ei n. B efo re cus t om er s pl ace an ord er, cus to me rs nee d to co nf i rm wh et her dat as he et obt ai ne d is th e la t es t ver si on , an d to ver i fy the int eg ri t y of the rel ev ant in fo rm at i on .  Fai l ur e or mal f unc t io n of any sem i con duc t or pro duc t s may occ ur unde r par t ic ul ar cond it i on s, cus t om er s sha ll have ob l ig at i on to com pl y wi t h saf e ty st and ar ds whe n cus to me rs use Si li c or e Te chn ol ogy pro duct s to do th ei r sys t em des i gn an d mac hi ne man uf ac tu ri ng , and ta ke cor re spo ndi ng saf e ty mea sur es in ord er to avoi d pot ent i a l ri s k of fa il u re tha t may cau se per son al inj u ry or pro per t y dam age .  Th e pr od uc t upgr ade s wi t ho ut en d, Si li c or e Tech nol og y wi l l wh ol ehe ar t edl y pro vi de cus to me rs in te gr at ed Ci r cu it s th at ha ve bet t er per f or man ce and bet t er qual i t y. Shaoxing Silicore Technology Co.,Ltd. www. silicore. com. cn CHMC Nov. 2023 Rev. 3.0 Page 9 of 9