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| Datasheet File OCR Text: |
| ? ? ! "# $%$ " &&&'() ' * +, - * - +, 6 1 6 1 6 1 lstll to ttl buffer noise shield 1 2 3 74 ol 6000 6 5 4 lstll to ttl inverter noise shield 1 2 3 74 ol 6001 6 5 4 lstll to cmos buffer noise shield 1 2 3 74 ol 6010 6 5 4 lstll to cmos inverter noise shield 1 2 3 74 ol 6011 6 5 4 -. + / 0 ! / 1 0 ! (0 + , +. + 2-* !" #" " " + +. + . . + $% &'(&&()*(+(+%, -+ ? %+-+(.+% //%(.+% $ 0-+**+ &1%(/2+/%+-+(.+%(, &34(245 6& $ &(+%, -+ $)2(-, '(*6(+%, -+5(42%)/*)))(&++*('( () $7(24&++/38 .)* 2+&+&(2 $ %(.+%,)%)5+%&+'(-)/-)%/+.(-+& $+.+*&4(,(2 $ +* -+&, &*&+% &,)%'+%& . $/&%6,(%&) /)-)'*++ *)2(-)*)2(-))-)*+% $-)%)% +& /%(.+-(%-(%6 ? &+ &*)2(-2 + $+%64(24&++/ $4)(-+),1,,+%)%(.+%+% $4)(-+), )%-)' (1*+)) .)*& $ )),*) /&#, ( *) / $+% *)(&+&4(+*/ ? .+%64(24 ),9 :8 $ %+-)2(;+/ (*+< = $ '+)(&+(''(6 &8> * %# 3 +, %# 3 - * %# 3 - +, %# 3 &&&'() ' " $%$ "# + " (& 4+ ,(%& , '(*6 ), %*6 *)2(--)' (1*+)(- **6-)*+/*)2(- (+%, -+2 +&> 4+ , '(*6 -)&(&& ), ,)% /+.(-+ 6+& ),,+%(2 ) / ) (+%, -(2> -4 ), 4+&+ (+%, - (2,-()&(& . (* 1*+ & 1,,+%3? # )% & (.+%+%3? > 4+ ( -)' (1(*(6 (& %).(/+/ 16 ((+2% +/-(%-(#5(4(/&%6 & / %/*)2(-*+.+*&>4(&( '*(,(+% &5(-4+& +'+% %+ -)'+& +/ -% %+ &)%-+ /%(.(2 4(24 &++/ @ ' 3*" 3& +'(+%>4(&).+*(+2% () &-4+'++*('( +& /+2% / ()).+%('+ /+'+% %+> 4++'(+%(&)(- **6-)*+/) (+ 2% +/4))/++-)%84(242 (#4(24&++/ ) '*(,(+% > 4+ &+%()% :8 a -)'')')/+ )(&+ %+b+-() (& +&%+/ 4%)244+&+), )(- **6% & %+ )(&+&4(+*/> 4+ -)' (1*+ ) 4 & )+' )*+5(4 , )),>4+-)' (1*+ ) 4 & )+ -)**+-)% -4):6-* '+/% &(&)%4 (+%, -+& ) 6*)2(-1+5++> / .)*&> 4+ 8 ' 6 *&) 16 &+/ ) /%(.+)5+% )%% &(&)%&) .)*&> 4+)*)2(--)*+%, '(*66(- **6),,+%& %) 2 () ), /+* 6& ), & / - &)% // -)''(- ()> 4+5)(-4(& /4+)-4( %+ &&+'1*+/( ( 4(24(&* ().)* 2+* &(- -: 2+>%).(/+& 5(4& /+&.)* 2+), ! '(+ > : ? c> -- " -- ? c> " -- " 3**& 8 8 d3**6(- *. *+& %+ 3 ? e * %# 3 +, %# 3 - * %# 3 - +, %# 3 "# $%$ " " &&&'() ' 1 / - 1!4 -5 ) ) ) 0' + ) %# ol 3 %# ol 3 %# ol 3$ %# ol 3$ *6)* 2+ *6)* 2+ 7(24+.+*)* 2+ )5+.+*)* 2+ * ')* 2+ 7(24+.+*%%+ )5+.+*%%+ *6%%+4(24 *6%%+*)5 7(24+.+*)* 2+ )5+.+*)* 2+ 7(24+.+*%%+ )5+.+*%%+ 4)%(%-(%%+ *6%%+4(24 *6%%+*)5 . .. 3 ? e ) e *+&&)4+%5(&+&+-(,(+/ 1 / - 1! -5 ) ) ) 0' + ) %# ol 3$ %) 2 () +* 6('+ )%)5+.+* %) 2 () +* 6('+ )%7(24+.+* (&+('+ )%7(24+.+* **('+ )%)5+.+* 6 + .. 3 ? e *+&&)4+%5(&+&+-(,(+/ * %# 3 +, %# 3 - * %# 3 - +, %# 3 d3**6(- *. *+& %+ 3 ? e 1 / - 1!4 -5 ) ) ) 0' + ) %# ol 3 %# ol 3 %# ol 3$ - %# ol 3$ *6)* 2+ *6)* 2+ 7(24+.+*)* 2+ )5+.+*)* 2+ * ')* 2+ 7(24+.+*%%+ )5+.+*%%+ *6%%+4(24 *6%%+*)5 )5+.+*)* 2+ 7(24+.+*%%+ )5+.+*%%+ *6%%+4(24 *6%%+*)5 . .. 3 ? e ) e *+&&)4+%5(&+&+-(,(+/ 1 / - 1! -5 ) ) ) 0' + ) %# ol 3$ %) 2 () +* 6('+ )%)5+.+* %) 2 () +* 6('+ )%7(24+.+* ! ? (&+('+ )%7(24+.+* (*('+ )%)5+.+* 6 + .. 3 ? e *+&&)4+%5(&+&+-(,(+/ &&&'() ' # " $%$ "# 1 / 7 , ) . , " 3** )f e )% 2++'+% %+ +% (2+'+% %+ 3** )f e + /)*/+%+'+% %+ 3** ,)%&+- e )5+% (&&( () 3** ! 'g - *6)* 2+ 3** )* 2+ 3** 3.+% 2+%%+ .2 3** '3 *6)* 2+ 8 8 @ )* 2+ 8 8 @ * %# 3 +, %# 3 - * %# 3 - +, %# 3 .* -.8-- . + 3 ? e*+&&)4+%5(&+&+-(,(+/ 1 / - 1! -5 ) ) ) 0' + ) %# ol 3$$$ )''))/+% &(+''(6 " # )2(-7(24+.+* )''))/+% &(+''(6 " # " $$ )2(-)5+.+* )''))/+)*(2 -( -+ " $% -( -+() $% " & g(4& /&* ()+&)* 2+ !" ' e# ( 3 &* () +&(& -+ ! ) ? * . .. 3 ? e ) e *+&&)4+%5(&+&+-(,(+/ "# $%$ 9 " &&&'() ' &&&'() ' 3 " $%$ "# * %# 3 +, %# 3 - * %# 3 - +, %# 3 -200 -300 0 100 -100 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ?c) figure 1. input current vs. ambient temperature i i - input current ( a) v cci = 5.5v v ih = 4.5v v il = 0.4v 15 14 13 12 11 10 9 8 7 6 5 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ?c) figure 2. input supply current vs. ambient temperature i cci - input supply current (ma) i ccih - 74 ol 6000-6010 i ccil - 74 ol 6001-6011 i ccih - 74 ol 6001-6011 i ccil - 74 ol 6000-6010 v cci = 5.5v 3 0 9 12 15 6 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ?c) figure 3. output supply current vs. ambient temperature figure 4. output current vs. ambient temperature i cco - output supply current (ma) -20 -30 -10 20 10 30 50 40 60 0 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ?c) i o - output supply current (ma) i ih i il v cci = 5.5v v cco = 15v v cci = 5.5v v cco = 5.5v 74 ol 6010/6011 v cci = 5.5v v cco = 5.5v 74 ol 6000/6001 74 ol 6010/6011 i ccoh i ccol i ccoh i ccol i ccoh i ccol (74 ol 6000/6001) i oh i ol v cci = 4.5v v cco = 4.5v v ol = 0.6v v oh = 2.4v 1 0 3 4 5 2 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ?c) figure 5. high-level output voltage vs. ambient temperature figure 6. low-level output voltage vs. ambient temperature v oh - high-level output voltage (v) 0.1 0.2 0.3 0.4 0.5 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ?c) v ol - low-level output voltage (v) v cci = 4.5v v cco = 4.5v i oh = -400 a @ i ol = 16ma @ i ol = 4ma v cci = 4.5v v cco = 4.5v 1 0 3 4 5 2 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ? c) figure 7. 74 ol 6010/11 leakage current vs. ambient temperature i oh - leakage current ( a) v ccin = 4.5v v cco = 15v v out = 15v 200 100 50 10 5 1 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ? c) figure 8. 74 ol 6000/01 switching times vs. ambient temperature switching time (ns) t f t f 5 1 50 100 200 10 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ? c) figure 9. 74 ol 6010/11 switching times vs. ambient temperature figure 10. common mode rejection vs. common mode voltage switching time (ns) 1 2 5 4 6 8 7 9 10 11 3 0 500 1000 15000 2000 2500 v cm - common mode transient cm - common mode transient immunity (kv/ s ) 2 0 6 8 10 12 4 4 5 6 7 8 9 10 11 12 13 14 15 v cc - supply voltage ( v) figure 11. supply current vs. supply voltage figure 12. power dissipation vs. ambient temperature i cc - supply current (ma) 0 100 200 300 4 5 6 7 8 9 10 11 12 13 14 15 v cco - output supply voltage (v ) p t - total package power dissipation (mw) v cco = 5v v cco = 15v v cci = 5v r l = 470 ? p.w = 200ns period = 1 s maximum allowable power dissipation @ t a = 25 ? c t plh t phl t r v cci = 5.0v v cco = 5.0v p.w = 200ns period = 1 s t plh t plh t r t r t f t f t phl v cco = 5v v cco = 5v v oh = 2v v ol = 0.8v r l = 470 ? (74 ol 6010/6011) i cc v cco range for 74 ol 6000/6001 i cco @t a = 55 ? c @t a = 70 ? c @t a = 85 ? c v cci = 5.5v v cci = 4.5v * %# 3 +, %# 3 - * %# 3 - +, %# 3 "# $%$ % " &&&'() ' 1.0 0.0 1.3 1.4 1.5 1.6 1.2 1.1 -40 -20 0 20 40 60 80 100 t a - ambient temperature ( ? c) figure 13. input threshold voltage vs. ambient temperature figure 15. switching time test circuit v inth - input threshold voltage (v) v cci = 5.0v v cco = 5.0v 0 100 -100 -200 -300 0123456 v in - input voltage (v ) figure 14. input current vs. input voltage i in - input current ( a) v cci = 4.5v 1 2 3 6 5 4 .1 f v cci +5 v pulse gen pw =200ns period = 1 s tr = 5ns zo = 50 ? .1 f c l * v cco +5 v v o 470 ? (74 ol 6010/11) *c l = 15pf stray capacitance including probe figure 16. common mode rejection test circuit 1 2 3 + v cm - 6 5 6 .1 f h/l l/h 1k ? .1 f v cco +5 v 470 ? (74 ol 6010/11) &&&'() ' : " $%$ "# * %# 3 +, %# 3 - * %# 3 - +, %# 3 "# $%$ ; " &&&'() ' 3.2v 1.3v 90% 90% 10% input, v i t plh t phl t r t f t f t r t phl 1.3v 10% 1.3v output, v o (74 ol 6000) output, v o (74 ol 6001) t plh figure 17. 74 ol 6000/01 switching times vs. ambient temperature figure 19. common mode rejection waveforms figure 20. suggested pcb lay-out 3.2v 1.3v 90% 50% 90% 50% 10% input, v i t plh t phl t r t f t f t r t phl 10% output, v o (74 ol 6010) output, v o (74 ol 6011) t plh figure 18. switching parameters 74 ol 6010/11 v cm v oh v ol 0v 50v dv cm dt v cm cm h cm l v o = 2.0v (min.) v o = 0.8v (max.) t r = input v cc bus data in input gnd bus output gnd bus output v cc bus .1 f 1 2 3 .1 f 6 5 4 data out * %# 3 +, %# 3 - * %# 3 - +, %# 3 + >4+ / &*6.)* 2+&)4+/+.(-+'&+ -41+16 &&+/16 > - -()%)%* %2+%>4(&- 1++(4+% -+% '(-)%&)*(/ *'- -()%5(42))/4(24,%+h+-6-4 % -+%(&(-&>&%)&+(&)& 1(*(;+4+)+% ()),4+ 4(242 ( '*(,(+%&> (*%+)%).(/+4+16 &&5(**(' (%4+ /&5(-4(2%)+%(+&>4+) **+ /*+241+5++ - -()% /))-)*+%&4)*/)+0-++/> ''>++ (2> > > +.(-+-)&(/+%+/ 5)+%'( */+.(-+>(&# /!&4)%+/)2+4+%# /(&# /&4)%+/)2+4+%> !> )%+0 '*+# &&'(2 ), ># / '1(++'+% %+),e#4+' 0('' **)5 1*+ (& >> + /)* %(6i>> 3j > >@ > > >! @>@= >!!@>!@ >!> c > >! 3j >! @> >> > >> >@> > > c > > >> >>@ > > > >@ > >@ ! > > 0.100 (2.54) ty p 0.020 (0.51) min 0.350 (8.89) 0.330 (8.38) 0.270 (6.86) 0.240 (6.10) pin 1 id . 0.022 (0.56) 0.016 (0.41) 0.070 (1.78) 0.045 (1.14) 0.200 (5.08) 0.135 (3.43) 0.300 (7.62) ty p 0 to 1 5 0.154 (3.90) 0.100 (2.54) seatin g plan e 0.016 (0.40) 0.008 (0.20) seatin g plan e 0.016 (0.40) 0.008 (0.20) 0.070 (1.78) 0.045 (1.14) 0.350 (8.89) 0.330 (8.38) 0.154 (3.90) 0.100 (2.54) 0.200 (5.08) 0.135 (3.43) 0.004 (0.10) min 0.270 (6.86) 0.240 (6.10) 0.400 (10.16) ty p 0 to 15 0.022 (0.56) 0.016 (0.41) 0.100 (2.54) t y p + 3**/('+&()& %+((-4+&'(**('++%& >>@ >> >!> > > > = >= > > package dimensions (surface mount) package dimensions (through hole) package dimensions (0.4?lead spacing) recommended pad layout for surface mount leadform &&&'() ' " $%$ "# * %# 3 +, %# 3 - * %# 3 - +, %# 3 > %, -+)+ / +/ > %, -+)k + /%++* g >g >l+ / -(2 ! >! @@ !g >!g @@#>l+ / -(2 ! >! @@#%, -+) ! >! @@#%, -+)# +m ++* ! 1 ( )! >9> n> 9> &+% (%+-()), ++/ >9> > 9> > 9> >9>! >9> >!9> !> 9> >@ 9> >3j >!9> => 9> n>9> < ! !( ) =>? ! 0 @ + + -. + + 3**/('+&()& %+'(**('++%& "# $%$ " &&&'() ' * %# 3 +, %# 3 - * %# 3 - +, %# 3 0.1 m f 10 w 1.1 k w 100 mf 1 k w 1.1 k w 1n 6263 a ll d io d e s 2n 4252 2n 4252 2n 2222 . . + )- * %+ / -)''(- () &6&+'& - 2%+ +*6 ('%).+ 4+(% )(&+ (''(6 16(-*/(2"2 +&(4+ /+&(2> 4+)*)2(-( '*(,(+%),,+%&4+,+ %+),.+%64(24(('+/ -+4 +% '(&4+(%&+ &1%(/2+/*(+%+-+(.+%&>4+ &6&+' &4)5 1).+ (**&% +& )(- **6 (&)* +/ % &'(+% / '*(/%) %+-+(.+% &6&+'> 4+ +5)%: &+& / 1,,+% (2%+ ) (&)* + 4+ % & '(+% / /%(.+ 4+ ? -) 0 - 1*+> 4(& *(- () &+& ,> +%( * &&+ * %# 3 +, %# 3 - * %# 3 - +, %# 3 pr sg 100 ns b it in t e r v a l 1 2 250 f t . 4 8 74 ol 6000 ls 04 9 5 ls 04 250 ft. 11 10 250 f t . 250 ft. 6 ls 04 7 ls 04 bu ffer 6001 74 ol 6001 ol 74 6001 ol 74 6001 74 ol 1000 ft. 75 w te r m in a io n 3 &() ? 3 -) 0 - 1*+ 5(4 / & ,> (+%. *&> 4+ & ,- () &1%(/2+/%+-+(.+%&# / &' 6 & !%+-+(.+%&-)*/1+* -+/ *)24+*(+ 5(4'((' *&(2 */+2% / ()>4+-)' '(- ()- 1*+(&+%'( +/5(4 &(2*+ ? *) / 4+, %+/),4+*(+> (2 * h *(6 o 6+ +%l (& &4)5 ( (2%+& 3# / 5(4 / p &+/) /)'+h+-+ >% -+& ! ( (2%+ 3 /+&-%(1+& 4+ % &'(+% &+-()> % -+& ( (2%+ &4)5 4+ )),4+,)%)*)2(-1%(/2+/+%'( ()&> % -+& @ ( (2%+ (**&% + o 6+ +%l & &++ 4+ ) ), *)2(-2 +>4+/ h *(6(&5+** %+&+%.+/(4 )*6 !q 6+-*)&%+(& &++ 4+ %+-+(.+% *)- +/ ,> ,%)' 4+% &'(+%> 4+ / -)''(- () &6&+' (& -)' *++*6)(- **6(&)* +/,%)' **),4++% '( * +h('+&> )5+% ,)% 4+ % &'( +% /%+-+(.+% (& :+,%)' (&)* +/ )5+% &*6 / /(&%(1+/ 4%)24 /% ()%'+&&+2+%5(%+> 7 p3? &8 3? 8 (2%+>3 7 p3? &8 3? 8 # (2%+> 7 p3? &8 3? 8 !8! (2%+> (2%+> ,,+% &&&'() ' " $%$ "# .- 3 7 7 7 "73r 73" g7 7 3c 7 3 c# "> 3 7 3 3c3 c3 " 7 33 3c 7 k 7 c3c 3 "7# 7 "7 7 > 2 3 7 s 3 3 7 p 3 3 c g7 7 j g 3 3 7 3 7 3>3&&+/4+%+(i > (,+&)%/+.(-+&)%&6&+'& %+/+.(-+&)% &6&+'&54(-4# %+(+/+/,)%&%2(- * ('* ()4+1)/6#)%1 &)%)%&& (*(,+# /- 54)&+, (*%+)+%,)%'54+%)+%*6 &+/( --)%/ -+5(4(&%-()&,)%&+%).(/+/ (* 1+*(2#- 1+%+ &) 1*6+0+-+/)%+&*( &(2(,(- (b%6),4+&+%> > 3-%((- *-)')+( 6-)')+), *(,+&)% /+.(-+)%&6&+'54)&+, (*%+)+%,)%'- 1+ %+ &) 1*6+0+-+/)- &+4+, (*%+),4+*(,+ &)%/+.(-+)%&6&+'#)%) ,,+-(&& ,+6)% +,,+-(.++&&> * %# 3 +, %# 3 - * %# 3 - +, %# 3 "# $%$ " " &&&'() ' |
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