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mwfzmfk#_?u5[pg ?pqls? cs4863 q?nn?onr??_?g:u5??t???poybu5???te?q? nn?gb?m??du5???s?n?m??d?rgt/rt?qse-??zn-v? t?uxebv|vwxe0 cs4863 ceo?n? sop16l , tssop16l-ppt?dip16ln y \??_b_???[?v?]?o\n)^|?v?n: -40!?85! 0 ? k???s??qr?s? po at 1% thd + n , v dd = 5v r l = 8 ? 1.33w (qxw?p<) r l = 4 ? 2.20w( qxw?p<) po at 1% thd + n , v dd = 3.6v r l = 8 ? 0.75w (qxw?p<) r l = 4 ? 1.10w (qxw?p<) ? ]?o\u5s??v?? 2.5v r0 5.5v ? t?uxet?v|vwxe b?r6u5?? ? se j!_ , r l = 32? ,??q^swgr?s? 75 m w,thd (max) <0.1% ? onqse-u5 ma (? 0.1a ) ? ??maoyb?w??oybt?poyb ? {&t rohs v?e??\?? ^?u( : ? y?ru5?y ? o?d:_ dvd d-e>g: ? {?g,u5? ? epxv?hf ? usb cs?v?blxevh c??e c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 www . chipstar - ic . com jul ,2011 r ev.1.2 \?? qvn?[b7??lbv?\??|{w? ? ? sop16l/tssop16l-pp/dip16l cs4863 f/nk>she???r?s?e>y'vh?rg???u( 5.0v u5 n?o?u5?w( thd+n \n? 1.0? `?qn??yn:nn* 4? v?? ?}ceo? 2.2w v??t~r?s?b? 3?v???}ceo?2.5?7v??t~ r?s? 0kdy?_scz?os?3g:e???rgs?n?suz?]?o\j!_ ?qrz?os?3g:0 qxw?^?u(~?vt ? s??s^&z?osxe?3g:j!_ ab |{???e>y'vh vt ? cs4863 ^?u(~???vt cs4863 r?s?v?|?~?????v??[???u(?h?b?4??b?g/?s?\??v? yv?vhn??o?o|?~?qwy???(??v??????qr?s? 0 cs4863 ??u(s??s????o?rgqwg n?he_?tcblxevhe> y't?su~z?z?os?3g:e>y'n$y]?o\j!_?{?sn????|? ~?v?yv?u5??????0 s??s???r?s?e>y'vhf/n:?????q???(????? chipsta a ipst t tar ar st st p r p p c c t p ta r r tar t c c c c ch c c c c hip chipsta c c s s st tar ta mciroelectronics ?? ^swgr?s? s? 75 7 m m w w , t t ) oybt?poyb t?poy ??\?? ??\?? ?y _ _ dvd d d-e>g: d-e>g: ?g,u5? g,u5? epxv?hf xv?hf usb b cs?v?bl cs?v?bl iro m
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mwfzmfk#_?u5[pg ?pqls? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 2 www . chipstar - ic . com jul ,2011 r ev.1.2 cs4863 |?r sop16l (top view) shutdown gnd outa+ v dd outa- outb- ina- gnd ina+ hp-in gnd outb+ v dd inb- bypass inb+ 4863s shutdown qse-z?s?,??u5^sqse- 2,7,15 gnd0 cw0z? 3 outa+ kct??qz?a 4,13 0 u5n?z? 5 outa- st??qz? a 6 ina-/ina st??qez?a 8 ina+ kct??qez?a 9 inb+ kct??qez?b 10 u5s?wq?z? 11 inb-/inb st??qez?b 12 outb- st??qz?b 14 outb+ kct??qz?b 16 ?3g:/z?osj!_? b cs4863n/r/s {?? ??f ??qe/??q r??y {????f v dd bypass hp-in ??qe ??q ??q ??q ??q w0 ??qe ??qe ??qe ??qe ??qe u5n? ??qe tssop16l-pp (top view) 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 1 shutdown gnd outa+ v dd outa- outb- ina- gnd ina+ hp-in gnd outb+ v dd inb- bypass inb+ cs4863r 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 dip16l (top view) shutdown gnd outa+ v dd outa- ina- gnd ina+ outb- hp-in gnd outb+ v dd inb- bypass inb+ cs4863n chipstar inb-/inb -/in r outb- outb- ar outb+ outb ta st ps ps ypas as hp h - in s ps mciroelectronics ct qse-z?s?,??u5^s qse-z?s?,??u5^s ec cw0z? cw0z? le e kct??q kct?? el oe u5n? oe oe ro o cir m mci m mc m m m r??y q ??q ??q ??qe ??qe ??qe ??qe ?? u5n? nic nic nic nic nic nic nic nic nic nic nic ic ic nic nic ic ic ic ic c c ic ic dip16l p16 (top view) top view o inb- inb- bypass bypa inb+ nb+
c??e c??e epp< epp< g??psaep?h 1 saep saep suom suom ! / w v ! / w ! ! ja (sop) jc (sop) \??p?;---?rgr0sx?p?; u5n?u5s? \??p?;---?rgr0\???h?bp?; sx?n)^|?v? 20 80 -40~85 -40~150 1. esd ?v? 4 kv esd ?v? hbm (noos?yu5j!_) 400 v esd ?v? mm ( g:vh?yu5j!_) ----------------------------------------------------------- c?p]?o\sx? v dd t a ~n)?v? chipstar micro - electronics n
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?esaepn?n?f/vhn?]?o\v?g??ppc 15 y? 220 ! [xpn)^|?v? -65 to 150 v ! 2.5~5.5 2. _sou( c s4863r e? ,pcb ge>nv?w0e1,???g ecp????.o_? c s4863 ^??v?ecprgt? pcb gv?ecps:w?v??t?^v ?????[tt?w0v??t0 cs4863 |?r ! / w ! / w ja (tssop) jc (tssop) \??p?;---?rgr0sx?p?; \??p?;---?rgr0\???h?bp?; 2 58 cs4863r tssop16l-pp cs4863n dip16l {??? 4863s xxxx ! / w ! / w ja (dip) jc (dip) \??p?;---?rgr0sx?p?; \??p?;---?rgr0\???h?bp?; 20 63 cs4863r xxxx {??? {??? cs4863n xxxx ch ?v? ? chip hip hipstar ar ta pst hip \??_b_ _b_ sop16l sop16l ar hip 3r r tssop ssop 1 6l ch cs4863n cs4863n mciroelectronics epp< le nic el on on suom su oelec tronics ic c t -40~85 -40~85 -40~15 -40~15 2.5~5.5 5~5.5 ro ir mci ?bp?; p?; mc
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mwfzmfk#_?u5[pg ?pqls? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 4 www . chipstar - ic . com jul ,2011 r ev.1.2 ( v dd =5 v , t a =25 ! , ?d?^ryk???f) saep c??e mk??gan? cs4863 |?r g\p< qxw?p< suom v dd o?u5u5n? 2.5 5.5 gy'p< v v i dd ?y`u5ma v in =0v,i o =0a,hp-in=0v 10 20 ma i sd qse-u5ma shutdown {??cw0 0.04 1 a v ih sd,hp {????qe??u5^s v il sd,hp {????qeonu5^s 4.0 0.9 v v cs4863 |?r v in =0v,i o =0a,hp-in=4v 7 hecj!_u5lry`' ( v dd =5 v , t a =25 ! , ?d?^ryk???f) cs 4863 |?r suom qxw?p< g??pp< v in = 0v 5 5 0 m v (max) thd = 1 % ,f = 1 khz cs4863r ,r l =3 ? 2.50 w 2.20 w cs4863 |?r , r l =8 ? 1.33 w thd+n = 10 % ,f = 1 khz 3.20 w 2.70 1.66 w thd+n=1%,f=1khz, r l =32 ? 0.37 w thd+n 20 hz f 20 khz , a vd = 2 0.06 0.02 % psrr v dd = 5v, v ripple = 200 mv rms ,r l = 8 ? , c b = 1.0 uf 67 db x talk f = 1 khz, c b = 1.0 ?f 90 db snr ovjk? vdd = 5v, p o = 1.1w, r l = 8? 98 db saep c??e mk??gan? ??qy1?u5s? ??qr?s? cs4863r ,r l =4 ? cs4863r,r l =3 ? cs4863 |?r , rl=8 ? cs4863r,r l =4 ? w `;?lay1w cs4863r ,r l =4 ?,p o = 2w cs4863 |?r ,r l =8 ?,p o = 1w u5n?b?r6k? ??s??y?^| suz?j!_u5lry`' ( v dd =5 v , t a =25 ! , ?d?^ryk???f) cs 4863 |?r suom qxw?p< g??pp< vos v in = 0v 5 5 0 m v (max) thd+n=0.5%,f=1 khz , rl=32 ? 85 mw(min) 340 mw 440 mw thd+n 20 hz f 20 khz , a vd = -1, p o =75mw,r l =32 ? 0.2 % psrr v ripple = 200 mv rms ,r l = 8 ? , c b = 1.0 uf 52 db x talk f = 1 khz, c b = 1.0 ?f 60 db snr ovjk? vdd = 5v, p o = 340mw, r l =8? 95 db saep c??e mk??gan? ??qy1?u5s? ??qr?s? `;?lay1w u5n?b?r6k? ??s??y?^| thd+n=1%,f=1 khz , rl=8 ? thd+n=10%,f=1 khz , rl=8 ? 75 vos po po chipstar r ar f = 1 vdd v ar sta lry`' `' ( ( v v dd dd =5 =5 d d v v , t a ps ch c c ch c c??e c??e ??qy1?u5s? qy1? ??qr?s? qr? mciroelectronics ics cs cs s cs s cs cs cs i i 4.0 v v ni m on tro ctr cir m tr n cs cs 4863 4863 |? |? qxw?p< qxw?p< 5 hz %,f=1khz, ,f=1khz r r l l =32 =32 ? ? f c 20 20 khz khz , , a a vd vd = d d = = 5 5 v v , v rip ip v 1.0 1.0 uf r , rl =8 =8 ? ? 4 ? s 4863 4863 r r , , r l =4 4 ?, ?, p cs c 4863 863 |?r |?r , , r r l l
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mwfzmfk#_?u5[pg ?pqls? qxw?ry_?f~? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 5 www . chipstar - ic . com jul ,2011 r ev.1.2 0.01 20 0.02 0.05 0.1 0.2 0.5 1 2 5 10 10 m 2 20 m 50 m 100 m 200 m 500 m 1 figure 3, thd+n vs. output power 5v, 8ohm, btl at f=1 khz 0.001 20 0.01 0.1 0.2 0.5 1 10 1 m 200 m 2 m 5 m 10 m 20 m 50 m figure 5. thd+n vs. output power se mode, 5v, 32ohm, f=1 khz 0.01 20 0.02 0.05 0.1 0.2 0.5 1 2 5 10 10 m 3 20 m 50 m 100 m 500 m 12 figure 7. thd+n vs. output power btl mode, 5v, 4ohm, f=1 khz 0.01 20 0.02 0.05 0.1 0.2 0.5 1 2 5 10 1 m 1 2 m 5 m 10 m 20 m 100 m 500 m figure 4. thd+n vs. output power 3v, 8ohm, btl at f=1 khz 0.01 20 0.02 0.05 0.1 0.2 0.5 1 2 5 10 1 m 60 m 2 m 3 m 5 m 7 m 10 m 20 m 30 m figure 6. thd+n vs. output power se mode, 3v, 32ohm, f=1 khz 0.01 20 0.02 0.05 0.1 0.2 0.5 1 2 5 10 10 m 2 20 m 50 m 100 m 200 m 500 m 1 figure 8. thd+n vs. output power btl mode, 3v, 4ohm, f=1 khz cs4863 |?r ipsta star m 2 m 50 tar thd + + n n vs . output outp po ode , 5 v v , 32 , 32 v v ohm ohm , f =1 chips chip mciroelectro mci mci m tronics 0 m 20 m ronics ics ure 4. . thd thd + + n n v 3 3 v v , 8 8 v v ohm ohm , , b b roelec 1 2 5 oelec
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mwfzmfk#_?u5[pg ?pqls? qxw?ry_?f~? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 6 www . chipstar - ic . com jul ,2011 r ev.1.2 0.01 10 0.02 0.05 0.1 0.2 0.5 1 2 5 20 20 k 50 100 200 500 1 k 2 k 5 k figure 9. thd+n vs. frequency btl mode, 5v, 8ohm, po=800mw 0.001 10 0.002 0.005 0.01 0.02 0.05 0.1 0.2 0.5 1 2 5 20 20 k 50 100 200 500 1 k 2 k 5 k figure 11. thd+n vs. frequency se mode, 5v, 32ohm, po=70mw 0.01 10 0.02 0.05 0.1 0.2 0.5 1 2 5 20 20 k 50 100 200 500 1 k 2 k 5 k figure 13. thd+n vs. frequency btl mode, 5v, 4ohm, po=1w 0.01 10 0.02 0.05 0.1 0.2 0.5 1 2 5 20 20 k 50 100 200 500 1 k 2 k 5 k figure 10. thd+n vs. frequency btl mode, 3v, 8ohm, po=300mw 0.001 10 0.002 0.005 0.01 0.02 0.05 0.1 0.2 0.5 1 2 5 20 20 k 50 100 200 500 1 k 2 k 5 k figure 12. thd+n vs. frequency se mode, 3v, 32ohm, po=20mw 0.01 10 0.02 0.05 0.1 0.2 0.5 1 2 5 20 20 k 50 100 200 500 1 k 2 k 5 k figure 14. thd+n vs. frequency btl mode, 3v, 4ohm, po=500mw cs4863 |?r hipst star 500 1 k 2 k tar . thd thd + + n n vs vs . freq mode o , 5 , 5 v v , 32 32 v ohm ohm , po chip chip ciroelectr mci mci mci tronics 100 200 500 ronics onics figure ure 10. 10. thd th btl tl mode de , 3 ,3 v v roelec 10 0 1 2 5 elec
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mwfzmfk#_?u5[pg ?pqls? qxw?ry_?f~? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 7 www . chipstar - ic . com jul ,2011 r ev.1.2 figure 15. psrr vs. freq btl mode, 5v, 8ohm, 200mvpp input terminated figure 17. psrr vs. freq btl mode, 5v, 8ohm, 200mvpp input unterminated figure 19. psrr vs. freq se mode, 5v, 32ohm, 200mvpp input terminated figure 16. psrr vs. freq btl mode, 3v, 8ohm, 200mvpp input terminated figure 18. psrr vs. freq btl mode, 3v, 8ohm, 200mvpp input unterminated figure 20. psrr vs. freq se mode, 3v, 32ohm, 200mvpp input terminated cs4863 |?r -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz c c c c c c c c ch 0 h ch ch ch ch ch ch c c chip p p p p ip hi chi chi ch ch ch ch c hipstar . psrr srr vs s . . freq fre e , 5 v v , 8 , 8 v v v ohm ohm , 200 , 200 mv input ut unterminated untermina 1 k 2 2 k k 5 k r r r r hz s s ps ps ps ps ps ps ip hi hi hi h h h ips hip ch ch c m m mciroel mc m m m m m m c mc m electronics igure gure 16. 16. psrr psrr btl mode mod , 3 3 v v , 8 , 8 v v v o input nput ter ter 200 500 1 500 1 k k 2 k s s s cs cs cs cs ic nic on on on on o o o o s cs ic on nic hz nics ics m 10 0 -40 40 -30 -30 -20 20 c ec ec ec ec ec e le ele el ec lec ele e db db
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mwfzmfk#_?u5[pg ?pqls? qxw?ry_?f~? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 8 www . chipstar - ic . com jul ,2011 r ev.1.2 figure 21. psrr vs. freq se mode, 5v, 32ohm, 200mvpp input unterminated -6 +3 -5 -4 -3 -2 -1 +0 +1 +2 20 20 k 50 100 200 500 1 k 2 k 5 k figure 23. frequency response btl mode, 5v, 8ohm -17.5 +2.5 -15 -12.5 -10 -7.5 -5 -2.5 +0 20 20 k 50 100 200 500 1 k 2 k 5 k figure 25. frequency response se mode, 5v, 32ohm, c5/c6=220uf figure 22. psrr vs. freq se mode, 3v, 32ohm, 200mvpp input unterminated -6 +3 -5 -4 -3 -2 -1 +0 +1 +2 20 20 k 50 100 200 500 1 k 2 k 5 k figure 24. frequency response btl mode, 3v, 8ohm -17.5 +2.5 -15 -12.5 -10 -7.5 -5 -2.5 +0 20 20 k 50 100 200 500 1 k 2 k 5 k figure 26. frequency response se mode, 3v, 32ohm, c5/c6=220uf cs4863 |?r -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz -100 -10 -90 -80 -70 -60 -50 -40 -30 -20 20 20 k 50 100 200 500 1 k 2 k 5 k +0 db hz ch ch hipst pstar 500 1 k 2 star e 23. frequency frequenc re btl btl mode mode , 5 , 5 v v , 8 v o chip chip ch mciro mci mci i lectron figure figure 22. 22. p p se e mode e , 3 , 3 v v inpu inpu roele +0 +1 +2 oele 200 500 1 0 500 1 k k on n on on on on o o o onic c ic nic on on on on o o o nics s s s s cs cs cs ic nic cs nic on on hz hz n n n n n n n n nics s s s s cs cs cs ic ic n s ic nics s s s cs cs cs ic ic n n n n cs ic n nics nics
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mwfzmfk#_?u5[pg ?pqls? qxw?ry_?f~? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 9 www . chipstar - ic . com jul ,2011 r ev.1.2 -120 +0 -100 -80 -60 -40 -20 20 20 k 50 100 200 500 1 k 2 k 5 k figure 27. crosstalk btl mode, 5v, 8ohm, po=1w -100 +0 -80 -60 -40 -20 20 20 k 50 100 200 500 1 k 2 k 5 k figure 29. crosstalk se mode, 5v, 32ohm, po=80mw 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0 250 500 750 1000 1250 o u t p u t p o w e r / m w p o w e r d i s s i p a t i o n figure 31. power dissipation vs. output power btl mode, 5v, f=1 khz, rl=8ohm, thd+n<=1% -120 +0 -100 -80 -60 -40 -20 20 20 k 50 100 200 500 1 k 2 k 5 k figure 28. crosstalk btl mode, 3v, 8ohm, po=0.3w 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0 o u t p u t p o w e r / m w p o w e r d i s s i p a t i o n figure 32. power dissipation vs. output power se mode, 5v, f=1 khz, rl=32ohm a to b a to b b to a b to a b to a a to b 20 40 60 80 cs4863 |?r 0 0.25 0.5 0.75 1 1.25 1.5 1.75 2 2.25 s u p p l y v o l t a g e / v o u t p u t p o w e r / m w 1%thd+n 10%thd+n figure 30. output power vs. power supply btl mode, f=1 khz, rl=8 ohm 2.5 3 3.5 4 4.5 55.5 psta tar 00 1 k 2 k 5 ar 9. crosstalk crosstalk 5 v , 32 32 v ohm ohm , , po po =80 = m chips chips c c ch hip chi ps chips c cir mci mci mc ectro tronic 00 500 1 onic ics ics cs cs nics figure figure 28. 28. cr cr btl l mode mod , 3 3 v v , 8 , v v v ic b iroelec oelec oe el ele ec oelec oel 1.25 1.5 5 t i p i u ir t ir p iro iro iro e ro r o / o m o o
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mwfzmfk#_?u5[pg ?pqls? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 0 www . chipstar - ic . com jul ,2011 r ev.1.2 ^?u(o`o cs4863 |? rwg,~g?c??e cs4863|? r ??bn$~v?n*?e{?e>y'vh(y?qxw?^?u(u5??vtb@y:)?g?b s??s? a,b ??s? z?os???e>y'vh,?n?nn: a ??sv??o ?e?te?n_?tn? b ??s? e>y'vh a1 v?x?vf/y??mn ~g?q3[?v???sx?v????mnr f t?r i geq3[???e>y'vh a2 v?x?vg q??u5?;~g?q3[??v[?n: ? 1?a2 g?bp v?e>y'vh0?qrv???}?tcr0n$n*e>y'vh??qz?nk??0e> y'vha1 v???qo\n:e>y'vh a2 v???qe??h7[??n$n*e>y' vhnu^epy'vh?q?? u5n?e?? [n?n?our?s?e>y'vh??_sv?u5n?e??[n?onvjxe`'?y t???u5n?b?r6f/?^^8qs?.v?0qxw??eu(n-?ou(nn* 5v v????vh??n*???vhqwg nn* 10?f t?nn* 0.1?f v?e ??u5[1?g r?n?u5n?z3[???mon??qevjxet?e9u?u5n?w? `t^?0w(u5n?t?w0???tcu5[1v?[~?sq???t~?^?\= s??y)w0w({?? bypass nw0???tcnn* 1?f v?u5[1 c b s?e9u?q??ponu5s?v?z3[?`'t?ce??e>y'vhv?b?r6k? psrr ?_s c b x?y'e? psrr n_??nkce???of c b x?r?y*y' ro_qte>y'vhv??mvj`'?y0 q6??he_e>y'vhn-o ?~??}v?r?s?x?y'n_[??q?? r??v?x?r?0u1n? cs4863|? r v?nn*??sn-t+g n$n* ?e{?e>y'vh?b@n?he_]?o\j!_v?gy'q??r??f/su~ z?j!_v? 4 p 0{i_ ?3? ?hfhe_e>y'vhw(~[? 5v u5 n?u5s?0?qr 4? v???}e??ecr?s?su??sn: 1.27w b z?osj!_?s??s? n: 2.54w: n?{i_ ?3? n-??{?_?v?gy'r??p1n[?n ok?{i ?4? v?r??p1y': u1n? cs4863|? r v?t jmax = 150! ?t ssop \??q
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2in 2 ?rg?tcv? dap ?lw?v?p?; ? ja n: 41!/w 0o??vn?|?~?thv?v?s x?n)^| t ja ?b@n?{i_ ?4? s?u(n?q3[?u1 ic ~?n?e/c v?gy'q??r??0?eett{i_ ?4? ^vn?qe p dmax _? r0{i_ ?5? ???{i_?hfw(c s4863|? r v?~n)n s? e??sx?n)^|n_?????|?~???qr?s?g b@s?s0 [n? 5v u5n? 4? ??}v?qxw?^?u(?w(n ????gy'~n)s ?y??qgy'???r?s?`?qngy's??ysx?n)^|t ssop \??n: 99! ? mte \??n: 45!: {i_ ?6? ~qn?gy'~n) t jmax 0y??n*~g?_qtr0 cs4863|? rv? ? ja ? 150!? ???q?\]?o\u5s?bce?? ??}?;b???r0q?\gy'~n)?q???nkes????sx?n) ^|?epge[?s0n?n
b@?ewgpg[?vhn??e?lw(gy'r?? p1?d??0u1n?q??r??f/??qr?s?v?qyep?_s??qr? s?q?\e??sx?n)^|s???nkece??0sa?qxw?`'?yry _?f~????f~?f>y:n?on??qr?s?v?r??o`o0y?g? {i_ ?2? v?~g?y'n?{i_ ?3? v?~g??r??nhf/u5 n?u5s??mon??nhf/??}?;b?x?r?bsx?n)^|q?\0y? ?n??????n y?r?x?r?necp?rggeq?\ ? ja 0ec prg?dr?sw({??y?nu5n?0w0se>y'vhv???qz? ?tc0ny?q
cr0 smt ecprgs?u( 7106d pt??n_ oe9u?r??0_sx?r?g ecprge?? ? ja o?f/? jc 0 ? cs t? ? sa v?`;t?? ? jc n:~nyxv?p?;? ? cs n:yxnecp rgv?p?; ?? sa n:ecprgnsx?v?p?;? 0 a vd =2 r f r i (1) he_j!w?e>y'vhv??e?ln tn?su~z?e>y'vh~g??w(su~ z?~g?n-??}v?nz?ce>y'vhv???q?s?nz?cw00he_ e>y'vh????k?su~z?~g?g nn?ff>v?op1?_s[?~??} ceo?]?r?qre????}n$z?v?u5s?n:su~z?`?qnv?n$p 0vkd?w(v?tgan?n?pg[?e>y'vhl?g u5ma?pr6be-?? ?s??_?v???qr?s?n-??yx?r?[????qr?s?s??yf/su ~z?e>y'vhv? 4 p 0_s? [?nn*v?e>y'vh?sx?ve??n: n?n _?w??ry1w???ry1w\oc_woblxevh|?~?n-v??? ??s?o avh? ?[u5??v?????g n[?v???lb??sa? ? ??r?s?e>y'vh???? ?r0e>y'vhhe_g?~on?su~z?v? {,n?n*op1f/?u1n? a ??st? b ??sv?]?r??qwgw(sjo? ~n-pon??????}n [xw(qv?mau5s???\1m??dn?suu5 n?0su~z?j!_n[xw(v???q?&tu5[10suu5n? 0su~ z?e>y'vhn-?r??????}v?sjo?~pongem??d??q?&t u5[1??h7o?o[??q?? ic r??v?x?r??n?sblxevhl8 ne`'c_wo0 ?rgr?? ??????nn*br?v?e>y'vh?e?o?n*e>y'vhf/he_??f/ su~z?_?r???y^????p1??q0{i_ ?2? ?hfsu~z? e>y'vhw(~[?u5n?u5s?0?qrn[?v???}e??ecr?s? n:? 0000 p dmax ? vdd /?2 rl ? 2 2 (2) 0000 p dmax ?4? vdd ? /?2 rl ? 2 2 (3) p dmax ? ?t jmax -t a ? /? ja (4) t a = t jmax " 2 p dmax ? ja (5) t j = p dmax ? ja + (6) max t a qse-j!_ n:n???u5?w(n ou(e>y'vhe??s?n?qs?e>y'vh ? cs4863|?r g qse-cr6{???s?n?cr6e>y'vhf/t&]? o\0??cr6{??v?u5^s_??{??cn?3cs???lbv?cr6 os?t&r?rgs??y??qen [?r?`??n ?yy??qeqs e-j!_?qv?r??l?g ?mon???n r0??u5v?v?0 cs4863 |?r chipstar ??_sv?u5n?e??[ _sv?u5n?e ^8qs?.v?0qxw??eu( qs?.v?0qxw? ???vhqwg nn* ???vhqwg nn* 10? r?n?u5n?z3[???mon?? u5n?z3[???m w(u5n?t?w0???tcu5 u5n?t?w0???tc w0w({?? w0w({?? bypass bypa e9u?q??ponu5s?v? e9u?q??pon ?_s _s c c b x?y'e? x?y' p e>y'vhv??m e>y'vh r ~pon n v?x?r??n? x?r? mciroelectronics r??p1n[?n ok? ?p1n[?n ok? r v? v? t t jmax jmax = = 150! 150 2 ?rg?tcv? ?rg?tcv? da e \??n-q
cr0 \??n-q
cr0 w?v?p?; p?; ? ja a n: n: a a 4 4 ^| ^| t ja a ?b@n?{i_ ?b@n?{i_ v?gy'q??r??0 y'q??r??0 r0{i_ {i_ ?5? ?5? e??sx?n)^| ?sx?n)^| [n? [n? ?y n: v??? v? ? ? ? n?su~z?v? ~z?v? ??qwgw(sjo? qwgw(sj ?\1m??dn?suu5 ?\1m??dn?suu5 suu5n? 0su~ suu5n? 0su ?d??q ?d?? bl bl rl ? (3 ( t a ? /? ? /? ja ja t t a
chipstar micro - electronics n
mwfzmfk#_?u5[pg ?pqls? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 1 www . chipstar - ic . com jul ,2011 r ev.1.2 g qye1l?s?n?[?sonr??qse-r??y?sbu(sug?0suc _qs???lrcb?u(_?cr6vhb_?ytvh??qgecr6qse-u5 ??0y?g?_qsv?rcbge[?s?r?w({?? shutdown n u5n??tn
nn* 10 k? v?n
bu5?;b{?? shutdown v?c ?tr0w00_s{?? shutdown cw0e?e>y'vhkc^8]?o\0_s bs_???n
bu5?;nu5n??tcv?_qse??qse-r??y\1t/r 0_qssn
bu5?;xnoy{?? shutdown n o`?zz?n?qm qsbnn ^gv?n [?r?`0nn?|?~?n-u(_?cr6vhb_? ytvh??qos~{?? shutdown gecr6qse-r??y?n? f?u(r0n
bu5?;v?qse-u5??0 hpsense r??y ~ hpsense r?n
nn* 4v?^vdd v?u5s?s?qse-?e{?e>y'j! ww a2 t? a4? ohe_?tcv???}y1eh0_skd ic yn?suz?]? o\j!_e??y`u5man_o??nkq?\0 n?~???qn bypass {??v??tv?u5[1 c b s?o??qeu5[1 v?\:[?q?r0g\0vn: c b q3[? cs4863|? r ?y`]?o\p1 v?z3[?`'?b@n?_s_t/g r?av???qeose?[?v?pe?r0?y`v?mau5s? ? v dd /2 ? ??ab?r_t/v?popxe??\0? s? 1.0uf v? c b n c i n:\u5[1? 0.1 uf r0 0.39 uf v??v?? ?rs?_?r0n n* n?{txe t? popxe ?y??\v?qse-r??y0?tn?n? n
??o?? s?s?n?3^&[????v?0n y*y'v? c i g r?n?o n?{txe t? pop q?r0g\0 e>y'on?????os?????y'v???qeu5[1?vt 1 n-v? c i ? w(o?d:_????v??mn?n-??py'blxevhv?^?u(n-on??t^?g??p?_?nn? e9u?0kdy? c i _qt|?~?v?bg,t?\:[??[ cs4863|? r v?n?{txet?popxe?n`'?yn_g _qt0_su5s?{,nk! r?n
e??nunn*w?`v?r?aosou5?wqeu5r0u5[1? u5[1o?n? 0 ??s?r0nn*?y`r?`0_sy'??v?r?axe??qe e?r?????qeu5[1\:[???y'?n??bk?o?qs|?0_su5ma n[?e?????r0?y`v?mau5s???^8n: v dd /2 ? y'u5[1r ???f??v?e???0e>y'vhv???q???s??u5?;r??}r0?? qeu5[10b@n??????_s? s?n ??n?_???v? -3db ??s? v???qeu5[1s?n?or?axeq?r0g\0y?vt 1 b@y:???qe u5?; r i t???qeu5[1 c i nunn* -3db ???n?lavhs?u1{i _ ?7? _?r00 n
vtn:?3g:cr6r??y]?o\y:avt?_sl?g ?3g:cy4cqe c[te?? r1-r2 rs?u5?;oceo?r0 hpsense {??v?u5s? ??o ??}n$z?v?u5s?n: 0v 0vkdu?n:t`r?`n???n?_ s?e>y'vhyn?su~z???qv?]?o\j!_0?3g:cqe?3g:c [to_??3g:c[tn -outa ry?^vo r1 n
c hpsense {? ?v?u5s?? v dd 0?h7?3g:qse-r??yb? a2 t? a4 ~qse-n he_?tcv?blxevh\1n ]?o\n??e>y'vho??qr??q?&t ?;b?n: r2 t? r3 v??3g:?_s?3g:?;b?n:qxw?p< 32? e???? q?&t?;b? r20r3 [ cs4863|? r ??q?qr?yr?v?_qt s?_yuen ??0vt 34 n_f/?3g:c[tv?q???tcqs|?y:a vt?c[tn:n~?n ~?cy4v??????\z?t?srr+n:z?os sxe?sv?nn*os??q?q6?gyz?v?sn:w00_s?tc ?3g:e?g nn*cr6z??tcv??3g:c[t?3n??qr hpsense {??0nn*_?ytvhb_qss?n?n?f??3g:c[tn-?tcc r6z?v?r??y?_?ytvhb_qst hpsense ceo? 4v?^vdd v?u5s???h7?tcblxevhv?he_j!_o?p\kb]?o\n a1 t? a2 rr+?qr?3g:v?]?0sxe?s0 os?mvj`'?y cs4863|?r st+g o_t/bqse-v?w?`py'vh\1y}k??mnbetosx?v v?q2vhnh7?q??u5man?r??}nn*s~?`'e1_~|g_v? u5s?r0 bypass {??0t?on
??qet???qv?u5s???on\ ??r?r0 bypass {??v?u5s??e9s?0v?r0r??}? bypass {??v?u5s?sgr0 v dd /2 ?q??e>y'vhv?x?voy cetosz3[?0r??}r0 bypass {??n
v?u5s?nz3[??et n*vhn?\1yn?[?qh]?o\r?`0?}q6n ?ye9s? bypass {? ?v?u5ma?of c b v?e9s?s?n?e9s?vhn?v?_t/e???t?y' ??v? n?{txet?popxe 0e?oy?ou?n??ys?an-_? r0nygc?a? c b x?y'?_t/e???o???nkx?y'?nn?? b~?`'qs|?0n?nf/n tv? c b py' suz?e>y' qse- 1 k ? 1 k ? 100 uf 100 uf hp control 100 k ? 100 k ? hp-in 16 - out a 5 - out b 12 vdd vt 34 z?os?3g:]?o\u5??y:avt bypass u5[1v?? s? ??qeu5[1v?? s? c 2 r f -3db = 1 (7) i i cs4863 |?r c b t on 0.01 uf 1ms 0.1 uf 14ms 0.22 uf 30ms 0.47 uf 63ms 1.0 uf 130ms r4 r1 r2 r3 ]?o\y:avt?_sl?g y:avt?_s s?u5?;oceo?r0 u5?;oceo?r0 hps ?qr ?qr a a 3 t? t? a a 4 4 y ]?o\n?he_j!_0?? n?he_j!_ ??wr0oyb?3g:v?o\ ?wr0oyb?3g:v?o\ n: n: 4 4 v v 0_s 0_s cs4863 cs486 |? r n$z?v?u5s?n: z?v?u5s?n: 0 0 v 0v vhyn?su~z??? vhyn?su~ g:c[tn c[t d tar ta a a a ?3g:]?o\u5??y:avt g:]?o\u5??y:a mciroelectronics y'v? v???qeu5[1?vt ??qeu5[1?vt 1 p chipstar micro - electronics n
mwfzmfk#_?u5[pg ?pqls? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 2 www . chipstar - ic . com jul ,2011 r ev.1.2 n? ??qr?s?-u5n?u5s? f~?vtn-s????}n: 8? e?g\ ]?o\u5n?u5s?n: 4.6v ??^8u5n?u5s?n: 5v ss?n*gan?_? [1fn?30??yv?u5n?u5s?nur`zz???qa?? cs4863|? r nunn*\epy' 0.25db v?y'?????os?r??lb on??t^??\biqen?gon^&[???s??pr6p1v? 1/5 bg??^& [???s??pr6p1v? 5 p ?_s^&[??pr6n: 0.17db e???yn?3 ?n$n*??lb??k?b@??lbv? 0.25db ??y}0?\1o_?on ??t?????g?p1rr+n: 20hz t? 100khz.r i t? c i ?tc_bbn n*???n?lavhn?b*kbon??s?os0s?n?{i_ ?12? _?q b@?tcu5[1v?p<0 ~g?n:: ??u5[1s?gc??hq?py'vhn_? u(n???lbf?y]?rx?vnqwym??d^&[??pr6v?ry_?0 ~[?v?ch??lb ? ??qr?s? 1 w ? ??}?;b? 8? ? ??qeu5^s 1 wrms ? ??qe?;b? 20k? ? ^&[? 100h z ~ 20kh z 0. 25db ?????_??{??qhxn[?b@?v?u5n??v??n??_???[?v???q r?s?0nye1l?f/n? qxw?`'?yry`' ?rn-v? ??qr? s?-u5n?u5s? f~?vt?s?n?_?[1fcqu5n??v?0xn[? b@?u5n??v?v?{,n?ye1_f/~[???}?;b?e?u({i_ (4)??{?b@?v? vopeak 0n:n?o0{?e>y'vhv?q??m??u5 s??wn?ry_?`'?y m??u5s?-u5n?u5s? f~?vt?h9cn {i_ ?8? _?r0v?~g?_??{yr?n$n*u5n?u5s?n??ep0? h7?]?o\u5s?y?{i_ ?9? v?b@y:~g?0 rms u1{i_ ?10? _?g\v? a vd =2.83 ??o qw yonvjxe0on thd+n n??q??t``'?y?w(kd^?u([?o? n-s? a vd =3 0e>y'vhv?x?vu1??qeu5?; r i ss??u5?; r f v??mnq3[??_s??qe?;b?n: 20k? e??u1{i_ ?11? s?_? r0s??u5?;v??;p<0 cs4863|? r ???r?s?e>y'vhv????? v opeak = 2r l p o ?8? v dd "e(v opeak +(v odtop +v odbog )) p o r l v in a vd "e = v orms /v inrms ?10? 2 vd f i r r = a ?11? c i "e f 2 r 1 i c (12) 2 20khz 20hz 1 =0.398?f (13) ( 9? cs4863 |?r n:n?m??dvjxe?b@g v?u5[1?{w(_t/rme>u50???v?qs? u5??n ?you5[1[?qhe>u5s?[?? n?{txet? pop xe 0 w(su~z?]?o\j!_n-???q??? c out ?tcr0??}??^8 ?n*u5[1??y'?[???? 20k? v?q??u5?;e>u50 c out v?e> u5e???c~?wo??vn?[?v?\:[?y'\?n:n?q?\suz?j!_ nw?`t^?v?_qt?w(y??mnnn*nq?? 20k? u5?;^v ?tv? 1k? b? 5k? v?u5?;?of?n*u5?;ox?y'?y`u5ma0 vtn-s????}n: n-s??? u5n?u5s?n: n?u5s?n: 5v 5v ss? ss n?u5s?nur`zz u5s?nur` n*\ep c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 3 \??o`o www . chipstar - ic . com jul ,2011 r ev.1.2 chipstar micro - electronics n
mwfzmfk#_?u5[pg ?pqls? cs4863 |?r cs4863s sop16l notes : (1) b@g \:[??yn:k?|s (2) sa? jedec mo-229 hq? m i n m a x m i n m a x a 1.350 1.750 0.053 0.069 a1 0.100 0.250 0.004 0.010 a2 1.350 1.550 0.053 0.061 b 0.330 0.510 0.013 0.020 c 0.170 0.250 0.007 0.010 d 9.800 10.200 0.386 0.402 e 3.800 4.000 0.150 0.157 e1 5.800 6.200 0.228 0.244 e l 0.400 1.270 0.016 0.050 ? 0808 s y m b o l 1.270(bsc) 0.050(bsc) d i m e n s i o n s i n m i l l i m e t e r s d i m e n s i o n s i n i n c h e s c ch b ch a2 chip a1 chip ps ips p psta d pst star i st m st e t sta pst ps ip ip hip hip ch ch ch ch c c ps ps mciroelectronics oe oe iro iro ci cir cir cir cir cir cir iro iro ro ro iro iro ir ir o o cir cir ir ir c c c c c c c c c c o ro nic nic ni ni oni oni ic ic o o o nic nic ni ni ni ni ic i i i i i i i i i i i ro ro ro ro o
c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 4 \??o`o www . chipstar - ic . com jul ,2011 r ev.1.2 chipstar micro - electronics n
mwfzmfk#_?u5[pg ?pqls? cs4863 |?r cs4863r tssop16-pp notes : (1) b@g \:[??yn:k?|s mi n max mi n max d 4.900 5.100 0.193 0.201 d1 2.900 3.100 0.114 0.122 e 4.300 4.500 0.169 0.177 b 0.190 0.300 0.007 0.012 c 0.090 0.200 0.004 0.008 e1 6.250 6.550 0.246 0.258 e2 2.200 2.400 0.087 0.094 a 1.100 0.043 a2 0.800 1.000 0.031 0.039 a1 0.020 0.150 0.001 0.006 e l 0.500 0.700 0.02 0.028 h sy m bo l dimensions in millimeters dimensions in inches 0.25(typ) 0.01(typ) 0.026(bsc) 0.65?bsc? c ch e ch c chip b chip e hips d 1 ps ips pst m ps sta dimen tar ta ta st st ps ps ips ips hip hip hip hip ch ch ch ch c c c c c c c ps pst mciroelectronics nic oni ni nic nic on on oni oni n tron tr ci ci ci mci mci mci mci mci mci mci mci ci ci ci ci mci mci ci ci ci ci i i i i c c ci ci c c ci ci ci i ci i i i i i i ci ci
c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 5 \??o`o www . chipstar - ic . com jul ,2011 r ev.1.2 chipstar micro - electronics n
mwfzmfk#_?u5[pg ?pqls? cs4863 |?r min max min max a 3.710 4.310 0.146 0.170 a1 0.510 0.020 a2 3.200 3.600 0.126 0.142 b 0.380 0.570 0.015 0.022 b1 c 0.204 0.360 0.008 0.014 d 18.800 19.200 0.740 0.756 e 6.200 6.600 0.244 0.260 e1 7.320 7.920 0.288 0.312 e l 3.000 3.600 0.118 0.142 e2 8.400 9.000 0.331 0.354 d i m e n s i o n s i n m m i l l i m e t e r s d i m e n s i o n s i n i n c h e s s y m b o l 1.524(bsc) 2.540(bsc) 0.060(bsc) 0.100(bsc) cs4863n dip16l notes : (1) b@g \:[??yn:k?|s (2) sa? jedec mo-229 hq? c c e1 ch chip d chip c hip ip p p ip ip hip hip chip chip ch ch c c c c ps pst 3 sta 0.51 sta 710 tar min tar a a n a s ar r i ar o ar n ar r r r r ar ar ta ta sta sta st st ps ps p p p p p p p p mciroelectronics oe oe oe oel oel l l ir ir cir cir l l ic ic nic ic ic ic m m ci ci r r mci mci m m mc mc ci ci cir cir l oele ele e e e e nic ni s
chipstar micro - electronics n
mwfzmfk#_?u5[pg ?pqls? c o p y r i g h t @ c h i p s t a r m i c r o e l e c t r o n i c s p a g e 1 6 www . chipstar - ic . com jul ,2011 r ev.1.2 la! ?yu5eoavhn? do\esdnt ^???s??2bcae? mos u5??do\lan??y ? ?yu5w(_?yw0e1?yonu ? ??s?n?bv????2cae? ? s?n?g eh?2kb mos u5??u1n?s?yu5e>u5_q t?_?wv?c_wo ? " do\notx??????2?yu5?u^&cw00 " ??yyx_??{cw00 " ???m??zn-ou(v?]?qw_??{cw00 " _??{??u([oss??bb??yu5gpe?s??b?e??0 xef: ? n
mwfzmfk#_?u5[pg ?pqls?oyuy??fnfv?f?e9gc ? `un s??l?w? ? [b7w(ou(rm^??s?gerhg,?de? ? ^v???v?qs o`of/t&[?ett?ge0 ? n?ousj[osntw(ry[?gan?n?yg n[?v?y1ehbs?uee??v?s??y ? npe1g ?#n?w(ou(n
mwfzmfk#nt???l|?~????? t?etg:r6? e??u[?[?qhhq?^v??s?[?qhcae? ? n??qmo\w(y1?%???is??y? bno??o$[3b?"nc_y1`?qv?s?u ? ? ntt?(v?cesgl8ekbx? ? n
mwfzmfk#_?u5[pg ?pqls?\z?n:[b7ceo?f?oyv?nt ? chipstar mciroelectronics

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