UP6182AG | DigiCamel IC Datasheet

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UP6182 UPI | Alldatasheet

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Technical content

Features

Notebook and Subnotebook System Power Supplies 3-4 Cell Li-Ion Battery-Power Devices Dual Output Supplies for DSP, Memory, Logic and Microprocessor 18 17 16 15 4 3 2 1

25 PGND

Note: uPI products are compatible with the current IPC/ JEDEC J-STD-020 requirements. They are halogen-free, RoHS compliant and 100% matte tin (Sn) plating that are suitable for use in SnPb or Pb-free soldering processes.

2uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 Typical Application Circuit VFB1 TONSEL EN1 VREF EN2 VFB2 VO2 BOOT2 LDO3 UGATE2 PHASE2 LGATE2 VCLK VIN LDO5 GND SKIPSEL EN0 VO1 POK BOOT1 UGATE1 PHASE1 LGATE112 VIN = 5.5~26V VO1 = 5V/6A EN0 VIN VREF VO1 VO2 = 3.3V/6A 3.3V/100mA 5V/100mA 15V/10mA VREG5 VIN 5 4 2 1 181716151413 POK VREG5 VREF GND

3uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 . oNe m aNn o i t c n u F n i P

11 N E

. g n i t t e S P C O d n a e l b a n E 1 r e t r e v n o C k c u B s u o n o r h c n y So t n i p s i h t m o r f r o t s i s e r t c e n n o C R 1 k c u b s u o n o r h c n y s r o f d l o h s e r h t t e s o t D N G) N O ( S D r e h c t i w s a n w o d t u h s o t d n u o r g o t t r o h S . P C O . l e n n a h c 21 B F V . t u p n I k c a b d e e F 1 r e t r e v n o C k c u B s u o n o r h c n y Sr o r r e e h t o t t u p n i g n i t r e v n i e h t s i n i p s i h T . e g a t l o v r o t a l u g e r t e s o t d e s u s i D N G o t t u p t u o m o r f r e d i v i d r o t s i s e r A . r e i f i l p m a 3F E R V . t u p t u O e g a t l o V e c n e r e f e R V 2 s i h T . D N G o t r o t i c a p a c c i m a r e c F u 2 2 . 0 a h t i w n i p s i h t s s a p y B . s d a o l l a n r e t x e r o f t n e r r u c A u 0 0 1 o t p u g n i c r u o s f o e l b a p a c s i n i p 4L E S N O T . n i P t n e m t s u j d A e m i T - n O . 5 O D L o t n i p s i h t t c e n n o C : k 0 6 4 / k 5 6 3 . 3 O D L o t n i p s i h t t c e n n o C : k 5 7 3 / k 0 0 3 F E R V o t n i p s i h t t c e n n o C : k 5 0 3 / k 5 4 2 D N G o t n i p s i h t t c e n n o C : k 0 5 2 / k 0 0 2 52 B F V . t u p n I k c a b d e e F 2 r e t r e v n o C k c u B s u o n o r h c n y Sr o r r e e h t o t t u p n i g n i t r e v n i e h t s i n i p s i h T e g a t l o v r o t a l u g e r t e s o t d e s u s i D N G o t t u p t u o m o r f r e d i v i d r o t s i s e r A . r e i f i l p m a

62 N E

. g n i t t e S P C O d n a e l b a n E 2 r e t r e v n o C k c u B s u o n o r h c n y So t n i p s i h t m o r f r o t s i s e r t c e n n o C R 2 k c u b s u o n o r h c n y s r o f d l o h s e r h t t e s o t D N G) N O ( S D r e h c t i w s a n w o d t u h s o t d n u o r g o t t r o h S . P C O . l e n n a h c 72 O V . 2 k c u B s u o n o r h c n y S f o t u p t u O e g r a h c s i d t u p t u o d n a s t u p n I e g a t l o V d e x i F s a s k r o w n i p s i h T . y l e v i t c e p s e r t u p n i r e w o p n r u t e r r e v o h c t i w s V 3 . 3 s a k r o w o s l a 1 O V . s t u p n i 83 O D L . O D L V 3 . 3 l a n r e t n I f o t u p t u O l a n r e t x e r o f t n e r r u c t u p t u o A m 0 0 1 g n i c r u o s f o e l b a p a c s i 3 D O L e h T . F u 7 . 4 m u m i n i m a h t i w n i p s i h t s s a p y B . s d a o l

92 T O O B

y l p p u S p a r t s t o o B p a r t s t o o b e h t t c e n n o c 2 k c u b s u o n o r h c n y s f o r e v i r d e t a g r e p p u g n i t a o l f e h t r o f C r o t i c a p a cT O O B e h T . t i u c r i c p a r t s t o o b a m r o f o t n i p 2 E S A H P e h t d n a n i p 2 T O O B n e e w t e b C r o f s e u l a v l a c i p y T . T E F S O M r e p p u e h t n o n r u t o t e g r a h c e h t s e d i v o r p r o t i c a p a c p a r t s t o o bT O O B C t a h t e r u s n E . F u 7 4 . 0 o t F u 1 . 0 m o r f e g n a rT O O B . C I e h t r a e n d e c a l p s i

012 E T A G U

. 2 k c u B s u o n o r h c n y S r o f t u p t u O r e v i r D e t a G r e p p Ur e p p u f o e t a g e h t o t n i p s i h t t c e n n o C e n i m r e t e d o t y r t i u c r i c n o i t c e t o r p h g u o r h t - t o o h s e v i t p a d a e h t y b d e r o t i n o m s i n i p s i h T . T E F S O M . f f o d e n r u t s a h T E F S O M r e p p u e h t n e h w

112 E S A H P

. 2 k c u B s u o n o r h c n y S r o f e d o N h c t i w ST E F S O M r e p p u e h t f o e c r u o s e h t o t n i p s i h t t c e n n o C s i n i p s i h T . r e v i r d 1 E T A G U e h t r o f k n i s e h t s a d e s u s i n i p s i h T . T E F S O M r e w o l e h t f o n i a r d e h t d n a r e p p u e h t n e h w e n i m r e t e d o t y r t i u c r i c n o i t c e t o r p h g u o r h t - t o o h s e v i t p a d a e h t y b d e r o t i n o m o s l a e c u d e r o t d e d n e m m o c e r s i d n u o r g d n a n i p s i h t n e e w t e b e d o i d y k t t o h c S A . f f o d e n r u t s a h T E F S O M . m e t s y s y l p p u s r e w o p a n i n o m m o c s i h c i h w e g a t l o v t n e i s n a r t e v i t a g e n

212 E T A G L

. 2 k c u B s u o n o r h c n y S r o f t u p t u O r e v i r D e t a G r e w o Lr e w o l f o e t a g e h t o t n i p s i h t t c e n n o C e n i m r e t e d o t y r t i u c r i c n o i t c e t o r p h g u o r h t - t o o h s e v i t p a d a e h t y b d e r o t i n o m s i n i p s i h T . T E F S O M . f f o n r u t s a h T E F S O M r e w o l e h t n e h w

310 N E

: e l b a n E K L C V , O D L . s l e n n a h c r e h c t i w s n o n r u t o t y d a e r d n a n o K L C V , s O D L h t o b e l b a n e : n e p O k 0 8 6Ω . s l e n n a h c r e h c t i w s n o n r u t o t y d a e r d n a f f o K L C V , s O D L h t o b e l b a n e : D N G o t . t i u c r i c l l a e l b a s i d : D N G 4 1 L E S P I K S : n i P n o i t c e l e S e d o M n o i t a r e p O . 5 O D L r o 3 O D L o t n i p s i h t t c e n n o C : o i d u A f o t u O . F E R V o t n i p s i h t t c e n n o C : p i k S o t u A . D N G o t n i p s i h t t c e n n o C : y l n o M W P 51D N G . C I e h t r o f d n u o r G l a n g i S n i p s i h t e i T . n i p s i h t o t t c e p s e r h t i w d e r u s a e m e r a s l e v e l s e g a t l o v l l A . e l b a l i a v a n o i t c e n n o c e c n a d e p m i t s e w o l e h t h g u o r h t e n a l p / d n a l s i d n u o r g e h t o t Functional Pin Description

4uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 . oNe m aNn o i t c n u F n i P 61N I V . t u p n I y l p p u S o t N I V t c e n n o C . s r o t a l u g e r O D L V 3 . 3 d n a V 5 l a n r e t n i e h t f o t u p n i e h t s i n i p s i h T . t u p t u o r e t p a d a C A r o y r e t t a b e h t 715 O D L . O D L V 5 l a n r e t n I f o t u p t u O r o f t n e r r u c t u p t u o A m 0 0 1 g n i c r u o s f o e l b a p a c s i 5 D O L e h T . F u 7 . 4 m u m i n i m a h t i w n i p s i h t s s a p y B . s d a o l l a n r e t x e 81K L C V t u p t u O k c o l C . p m u p e g r a h c V 5 1 z H k 0 5 2 r o f

911 E T A G L

. 1 k c u B s u o n o r h c n y S r o f t u p t u O r e v i r D e t a G r e w o Lr e w o l f o e t a g e h t o t n i p s i h t t c e n n o C e n i m r e t e d o t y r t i u c r i c n o i t c e t o r p h g u o r h t - t o o h s e v i t p a d a e h t y b d e r o t i n o m s i n i p s i h T . T E F S O M . f f o n r u t s a h T E F S O M r e w o l e h t n e h w

021 E S A H P

. 1 k c u B s u o n o r h c n y S r o f e d o N h c t i w ST E F S O M r e p p u e h t f o e c r u o s e h t o t n i p s i h t t c e n n o C n i p s i h T . r e v i r d 1 E T A G U e h t r o f k n i s e h t s a d e s u s i n i p s i h T . T E F S O M r e w o l e h t f o n i a r d e h t d n a r e p p u e h t n e h w e n i m r e t e d o t y r t i u c r i c n o i t c e t o r p h g u o r h t - t o o h s e v i t p a d a e h t y b d e r o t i n o m o s l a s i o t d e d n e m m o c e r s i d n u o r g d n a n i p s i h t n e e w t e b e d o i d y k t t o h c S A . f f o d e n r u t s a h T E F S O M . m e t s y s y l p p u s r e w o p a n i n o m m o c s i h c i h w e g a t l o v t n e i s n a r t e v i t a g e n e c u d e r

121 E T A G U

r o f t u p t u O r e v i r D e t a G r e p pU. 1 k c u B s u o n o r h c n y S r e p p u f o e t a g e h t o t n i p s i h t t c e n n o C e n i m r e t e d o t y r t i u c r i c n o i t c e t o r p h g u o r h t - t o o h s e v i t p a d a e h t y b d e r o t i n o m s i n i p s i h T . T E F S O M . f f o d e n r u t s a h T E F S O M r e p p u e h t n e h w

221 T O O B

y l p p u S p a r t s t o o B e h t t c e n n o c 1 k c u b s u o n o r h c n y s f o r e v i r d e t a g r e p p u g n i t a o l f e h t r o f C r o t i c a p a c p a r t s t o o bT O O B . t i u c r i c p a r t s t o o b a m r o f o t n i p 1 E S A H P e h t d n a n i p 1 T O O B n e e w t e b r o f s e u l a v l a c i p y T . T E F S O M r e p p u e h t n o n r u t o t e g r a h c e h t s e d i v o r p r o t i c a p a c p a r t s t o o b e h T C T O O B C t a h t e r u s n E . F u 7 4 . 0 o t F u 1 . 0 m o r f e g n a rT O O B . C I e h t r a e n d e c a l p s i 32K O P . n o i t a c i d n I K O r e w o P r o f t u p t u O n i a r D n e p Oe t a u q e d a h t i w e c n a d e p m i h g i h o t t e s s i n i p s i h T e h t f o % 5 0 1 e v o b a e r a s t u p t u o r e h c t i w s h t o b d n a s e t e l p m o c e l c y c t r a t s t f o s r e t f a y a l e d e m i t e h t f o % 5 0 1 w o l e b s i t u p t u o r e h t i e n e h w y l e t a i d e m m i w o l d e l l u p s i t I . s e g a t l o v d e t a l u g e r . t u p t u o d e t a l u g e r 421 O V . 1 k c u B s u o n o r h c n y S f o t u p t u O t u p t u o d n a s t u p n i e g a t l o v d e x i f s a k r o w s l a n i m r e t e s e h T . y l e v i t c e p s e r t u p n i r e w o p n r u t e r r e v o h c t i w s V 5 s a k r o w o s l a 1 O V . s t u p n i e g r a h c s i d 5 2 d e s o p x E d a P . d n u o r G d e r e d l o s l l e w e b d l u o h s d n a h t a p n o i t c u d n o c t a e h e t a n i m o d e h t s i d a p d e s o p x e e h T . e c n a m r o f r e p l a m r e h t l a m i t p o r o f B C P o t Functional Pin Description

5uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 Functional Block Diagram Switcher Controller POK VCLK Latch off Control Oscillator Soft Start Control EN2 VFB2 VO2 BOOT2 UGATE2 PHASE2 LGATE2 VFB1 TONSEL EN1 VREF VIN LDO5 GND SKIPSEL EN0 VO1 BOOT1 UGATE1 PHASE1 LGATE1 EN EN EN LDO3 EN 150 OC /140OC Switcher Controller GND

sequencing, power OK output, and thermal shutdown. internal 1.6 ms output voltage softstart for each channel. channels start up at 1.6ms soft start time. Table 1. Enabling State

0 NE1 NE2 NEF E RV5 O DL3 O DL1 HC2 HCK L C V

the input and output voltage into the on-time, one-shot timer. Table 2. TONSEL Connection and Switching Frequency

1 HC2 H C

3 O DLz H K 0 03z H K 5 7 3

5 O DLz H K 5 63z H K 0 6 4

discharge the output capacitor to next ON cycle. to keep the output voltage regulated. internal MOSFET which is connected to VOx.

state. The clock driver uses VO1 as its power supply. supply logic high and let VCLK pin open. Figure 2. Charge Pump Configuration The uP6182 has cycle-by-cycle over current limiting control. is larger than the over current trip level. compensate the temperature dependency of the RDS(on). device, i.e. the source terminal of the bottom MOSFET. 2ms following ENx has become high. uP6182 has LDO5 under voltage lock out protection (UVLO). V), both switch mode power supplies are also turned off. off including LDOs. This is a non-latch protection.

8uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 r e t e m a r aPl o b m ySs n o i t i d n o C t s eTn iMp yTx aMs t i n U t n e r r u C y l p p u S 1 t n e r r u C y l p p u S N I VI 1 N I V T , t n e r r u c N I VA 5 2 =O , V 0 = 1 O V , d a o L o N , C V 5 0 . 2 = 2 B F V = 1 B F V , V 5 = x N E , V 0 = 2 O V--5 5 .01 A m t n e r r u C y b d n a t S N IVI Y B T S N I V T , t n e r r u c N I VA 5 2 =O , V 1 = 0 N E , d a o L o N C V 0 = x N E --- -0 52A u n w o d t u h S N I V t n e r r u C I 1 N I V T , t n e r r u c N I VA 5 2 =O V 0 = x N E = 0 N E , d a o L o N ,C- -- -8 2A u PHASE to GND LGATE to GND ESD Rating (Note2) Package Thermal Resistance (Note 3) VQFN4x4 - 24L θ Power Dissipation, PD @ TA = 25°C Absolute Maximum Rating Thermal Information Recommended Operation Conditions

Electrical Characteristics

Electrical characteristics over recommended free-air temperature range, V IN =12V. (Unless otherwise noted)

9uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 r e t e m a r aPl o b m ySs n o i t i d n o C t s eTn iMp yTx aMs t i n U t u p t u O F E R V e g a t l o V t u p t u O F E RVV F E R V I F E R VA 0=8 9 .10 0 .22 0 .2V I < A u 5 -F E R V A u 0 0 1<7 9 .10 0 .23 0 .2V t u p t u O 5 O D L e g a t l o V t u p t u O 5 O DLV 5 O D L V I , V 0 = 1 O V5 O D L 5 2 = A T , A m 0 0 1 <OC8 .40 .52 .5V I , V 0 = 1 O V5 O D L V 6 2 < N I V < V 5 . 6 , A m 0 0 1<5 7 .40 .55 2 .5V I , V 0 = 1 O V5 O D L V 6 2 < N I V < V 5 . 5 , A m 0 5<5 7 .40 .55 2 .5V t n e r r u C t u p t u O 5 O DLI 5 O D L V V 5 . 4 = 5 O D L , V 0 = 1 OV0 020 030 04A m d l o h s e r h T r e v O h c t i wSV W S V 5 H T n o s n r uT5 5 .47 .45 8 .4V s i s e r e t s yH- -5 2 .0- -V n o R W S V5R W S V 5 I , V 5 = 1 O V5 O D L V A m 0 0 1=- -1 3 Ω t u p t u O 3 O D L e g a t l o V t u p t u O 3 O DLV 3 O D L I , V 0 = 2 O V3 O D L 5 2 = A T , A m 0 0 1 <OC0 2 .33 3 .36 4 .3V I , V 0 = 2 O V3 O D L V 6 2 < N I V < V 5 . 6 , A m 0 0 1<3 1 .33 3 .30 5 .3V I , V 0 = 2 O V3 O D L V 6 2 < N I V < V 5 . 5 , A m 0 5<3 1 .33 3 .30 5 .3V t n e r r u C t u p t u O 3 O DLI 3 O D L V 3 = 3 O D L , V 0 = 2 OV0 015 710 52A m d l o h s e r h T r e v O h c t i wSV W S V 3 H T n o s n r uT2 8 .28 8 .24 9 .2V s i s e r e t s yH- -5 2 .0- -V n o R W S V3R W S V 3 I , V 3 . 3 = 2 O V3 O D L A m 0 0 1=- -5 .14 Ω t u p t u O e g a t l o V e c n e r e f e R l a n r e t nIV F E R I I F E R V e t a t s N O f o g n i n n i g e b , A 0=5 9 .18 9 .11 0 .2V e g a t l o V n o i t a l u g e R B FVV B F V I , e g a t l o v B FF E R V n o i t c u d n o c s u o u n i t n o c , A 0=- -0 0 .2- -V t n e r r u C t u p n I B FVI B F V T , V 0 . 2 = x B F VA 5 2 =OC0 2-- -0 2A n t n e r r u C e g r a h c s i D T U OVI g h c s i D V 5 . 0 = x O V , V 0 = x NE0 10 6- -A m s r e v i r D t u p t u O e c n a t s i s e R E T A GUR E T A G U V , e c r u o Sx E T A G U - x T O O BV m 0 0 1=- -4 8 Ω V , k n i SE S A H P - E T A G UV m 0 0 1=- -5 .14 Ω e c n a t s i s e R E T A GLR E T A G L V , e c r u o SE T A G L - 5 O D LV m 0 0 1=- -4 8 Ω V , k n i Sx E T A G L V m 0 0 1=- -5 .14 Ω e m i t d a eDT D n o - x E T A G L o t w o l - x E T A GU- -0 1- -s n n o - x E T A G U o t f f o - x E T A GL- -0 3- -s n

10uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 r e t e m a r aPl o b m ySs n o i t i d n o C t s eTn iMp yTx aMs t i n U t u p t u O k c o l C e g a t l o V l e v e L h g iHV H K L C I t u o V 5 = 1 O V , A m 0 1=4 8 .42 9 .4- -V e g a t l o V l e v e L w oLV L K L C I t u o V 5 = 1 O V , A m 0 1=- -6 0 .02 1 .0V y c n e u q e r F k c o lCf K L C f K L C 0 810 420 03z H k e d o i D e p a r t s t o o B l a n r e t n I e g a t l o V d r a w r oFV T O O B FV x T O O B - 5 O D LI ,F A m 0 1=7 .08 .09 .0V t n e r r u C e g a k a e L T O O BVI K L T O O B V V 5 . 5 = x T U O V , V 8 2 = E S A H P , V 6 3 = T O O BV- -1 .01 A u l o r t n o C y c n e u q e r F d n a y t u D 1 e m i T n O 1 HCT 1 1 N O VN I g n i t t e s z H k 0 0 2 , V 5 = 1 O V , V 2 1=- -0 8 02- -s n 2 e m i T n O 1 HCT 2 1 N O VN I g n i t t e s z H k 5 4 2 , V 5 = 1 O V , V 2 1=- -0 0 71- -s n 3 e m i T n O 1 HCT 3 1 N O VN I g n i t t e s z H k 0 0 3 , V 5 = 1 O V , V 2 1=- -0 9 31- -s n 4 e m i T n O 1 HCT 4 1 N O VN I g n i t t e s z H k 5 6 3 , V 5 = 1 O V , V 2 1=- -0 4 11- -s n 1 e m i T n O 2 HCT 1 2 N O VN I g n i t t e s z H k 0 5 2 , V 3 . 3 = 2 O V , V 2 1=- -0 0 11- -s n 2 e m i T n O 2 HCT 2 2 N O VN I g n i t t e s z H k 5 0 3 , V 3 . 3 = 2 O V , V 2 1=- -0 09- -s n 3 e m i T n O 2 HCT 3 2 N O VN I g n i t t e s z H k 5 7 3 , V 3 . 3 = 2 O V , V 2 1=- -0 37- -s n 4 e m i T n O 2 HCT 4 2 N O VN I g n i t t e s z H k 0 6 4 , V 3 . 3 = 2 O V , V 2 1=- -0 06- -s n e m i T f f O m u m i n iMT N I M F F OTA 5 2 =oC- -0 03- -s n t r a t s t f o S e m i T S S l a n r e t nIs sTt r a t S t f o S l a n r e t nI1 .16 .11 .2s m n o i t a c i d n I K O r e w o P d l o h s e r h t K OPV K O P H T r e w o l m o r f n i K OP5 . 285 85 . 78% r e h g i h m o r f n i K OP5 . 6 119 115 . 1 21% s i s e r e t s y h K OP5 .255 .7% t n e r r u C k n i s K OPI X A M K O P V 5 . 0 = K OP5 2 1- -A m y a l e D K OPT L E D K O P n i K O P r o f y a l eD0 530 150 76s u s n o i t i d n o c g n i t t e s d n a d l o h s e r h t c i g o L e g a t l o V 0 NEV 0 N E n w o d t u hS- -- -4 .0V e g a t l o V 0 NEV 0 N E f f o = K L C V , e l b a nE8 .0- -6 .1V e g a t l o V 0 NEV 0 N E n o = K L C V , e l b a nE4 .2- -- -V s n o i t i d n o c g n i t t e s d n a d l o h s e r h t c i g o L t n e r r u C 0 NEV 0 N E V 4 . 0=8 .01 .14 .1A u

2 N E , 1 NEV x N E n w o d t u hS0 530 040 54V m

11uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 r e t e m a r aPl o b m ySs n o i t i d n o C t s eTn iMp yTx aMs t i n U s n o i t i d n o c g n i t t e s d n a d l o h s e r h t c i g o L

2 N E , 1 NEV x N E s i s e r e t s yH0 10 30 6V m

e g a t l o V g n i t t e S c i g o L N OTV N O T z H k 0 5 2 / z H k 0 02- -- -5 .1V z H k 5 0 3 / z H k 5 429 .1- -1 .2V z H k 5 7 3 / z H k 0 037 .2- -6 .3V z H k 0 6 4 / z H k 5 637 .4- -- -V e g a t l o V g n i t t e S c i g o L P I KSV P I K S y l n o M WP- -- -5 .1V p i k S o t uA9 .1- -1 .2V p i k S o t u A o i d u A f o t uO7 .2- -- -V e s n e S t n e r r u C : n o i t c e t o r P t n e r r u C e c r u o S x NEI N E V x N E 5 2 = A T , V m 0 2 9 =OC2 .90 18 . 01A u f e o C . p m e T t n e r r u C x NEC T N E I 5 2 f o s i s a b e h t n OOC- -0 0 54- - m p p /OC t e s f f O . p m o C P COV f f o L C O V ( ( D N G - x N E V - 9 / ) 2 . 0 -x L L - D N G , e g a t l o V ) V D N G - x N E V m 0 2 9 = 5-0 5 V m g n i t t e s L C O m u m i x aMV x a m L C OV x N E V 5=5 815 025 22V m r o t a r a p m o c n o i t c e t e d s s o r c o r e Z t e s f f O V C Z V x L L - D N Ge g a t l ov5 -0 5 V m e g n a r g n i t t e s d l o h s e r h t t i m i l t n e r r uCV P I R T V D N G - x N Ee g a t l oV5 1 5 .0- -2 V P V O & P V U : n o i t c e t o r P d l o h s e r h T p i r T P VOV P V O t c e t e d P VO0 115 110 21% y a l e D p o r P P VOT L E D P V O t c e t e d P VU- -0 .2- -s u d l o h s e r h T p i r T P V U t u p t uOV P V U s i s e r e t s yH5 50 65 6% y a l e D p o r P P V U t u p t uOT L E D P V U --0 1- -% y a l e D e l b a n E P V U t u p t uOT N E P V U 522 30 4s u O L V U d l o h s e r h T O L V U 5 O DLV 5 O D L V U p u e k aW1 .42 .43 .4V s i s e r e t s yH2 2 .02 3 .02 4 .0V d l o h s e r h T O L V U 3 O DLV 3 O D L V U n w o d t u hS- -1 - 2 OV- -V n w o d t u h S l a m r e h T d l o h s e r h T N D S l a m r e hTT N D S e r u t a r e p m e t n w o d t u hS- -0 51- - OC s i s e r e t s yH- -0 1- - OC

12uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 VOUT1 (100mV/Div) IOUT1 (5A/Div) EN1 (1V/Div) VOUT1 (2V/Div) POK (5A/Div) EN2 (1V/Div) VOUT2 (2V/Div) POK (5A/Div) EN1 (1V/Div) LGATE1 (5V/Div) VOUT1 (2V/Div) POK (5A/Div) EN2 (1V/Div) LGATE2 (5V/Div) VOUT2 (2V/Div) POK (5A/Div) POK (5V/Div) EN1 (1V/Div) VOUT2 (2V/Div) VOUT1 (2V/Div) Typical Operation Characteristics Power Sequence 5ms/Div 5-V Turn On Waveforms 500us/Div 3-V Turn On Waveforms 500us/Div 5-V Turn Off Waveforms 2.5ms/Div 3-V Turn Off Waveforms 2.5ms/Div 25us/Div 5V Load Transient Response

13uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 VOUT2 (100mV/Div) IOUT2 (5A/Div) 61 1 1 6 2 1 2 6 100 120 140 160 180 200 6 1 11 62 12 6 -50 0 50 100 150 100 0.001 0.01 0.1 1 10 VIN = 7V VIN = 12V VIN = 26V Typical Operation Characteristics Standby Current vs. Input Voltage Input Voltage (V) Standby Current (uA) Shutdown Current (uA) Input Voltage (V) Shutdown Current vs. Input Voltage 25us/Div 3V Load Transient Response EN1/EN2 Source Current (uA) Junction Temperature ( OC) EN1/EN2 Current vs. Temperature EN0 Current vs. Temperature Junction Temperature ( OC) EN0 Source Current (uA) Efficiency (%) Output Current (A) 5V Efficiency vs. Output Current -50 0 50 100 150

14uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001 100 0.001 0.01 0.1 1 10 VIN = 7V VIN = 12V VIN = 26V Typical Operation Characteristics Efficiency (%) Output Current (A) 3V Efficiency vs. Output Current

15uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001

Application Information

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16uPI Semiconductor Corp., http://www.upi-semi.com Rev. F00, File Name: uP6182-DS-F0001

Package Information

1.Package Outline Unit Description: BSC: Basic. Represents theoretical exact dimension or dimension target MIN: Minimum dimension specified. MAX: Maximum dimension specified. REF: Reference. Represents dimension for reference use only. This value is not a device specification. TYP. Typical. Provided as a general value. This value is not a device specification. 2.Dimensions in Millimeters. 3.Drawing not to scale. 4.These dimensions no not include mold flash or protrusions. Mold flash or protrusions shell not exceed 0.15mm. 3.90 - 4.10 Pin 1 mark Bottom View - Exposed Pad 2.35 - 2.45 2.30 - 2.50 0.18 - 0.30 3.05 - 3.15 4.45- 4.55 3.90 - 4.10 0.0 - 0.05 0.80 - 1.00

0.20 BSC

Recommended Solder Pad Pitch and Dimensions 0.20 - 0.30

Product Information

UP6182AG specifications and overview.

Summary

Dual Synchronous Buck Controller with 5V/3.3V 100mA LDOs for Notebook System Power

Description

Dual Synchronous Buck Controller with 5V/3.3V 100mA LDOs for Notebook System Power

Source title UP6182AG Datasheet(PDF) - uPI Group Inc.

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