TC5517CP-15 ,150ns; V(cc): -0.3 to +7.0V; V(in): -0.3 to +0.3V; 0.8W; 2,048 x word x 8-bit CMOS static RAMFEATURES. Low Power DissipationBmA/ MH? (Max.) Operating(r2pA()v/AX.)atTrr=2erC Standbyt.O#A(MAX.) ..
TC5517CPL-15 ,150ns; V(cc): -0.3 to +7.0V; V(in): -0.3 to +0.3V; 0.8W; 2,048 x word x 8-bit CMOS static RAMTOSHIBA M08 MEMORY PRODUCTT05517CP-15/CPL-15/CP-20/CPL-202,048 WORD X 8 BIT CMOS STATIC RAM TC5517C ..
TC5517CPL-20 ,200ns; V(cc): -0.3 to +7.0V; V(in): -0.3 to +0.3V; 0.8W; 2,048 x word x 8-bit CMOS static RAMFEATURES. Low Power DissipationBmA/ MH? (Max.) Operating(r2pA()v/AX.)atTrr=2erC Standbyt.O#A(MAX.) ..
TC55257AFL-85 ,TOSHIBA MOS MEMORY PRODUCTS
TC55257APL-85 ,TOSHIBA MOS MEMORY PRODUCTS
TC55257BFL-10 ,SILICON GATE CMOS 32,768 WORD X 8 BIT STATIC RAMfeatures with an operating current of5m/VMHz Exp.) and a minimum cycle time of 85ns.When CE is a lo ..
TC9125BP ,FM/AM/TV Synthesizer PLLiiiii'iiiiiiiii, ELECTRONIC /li,il, DE‘1. 1:11:21. 1 ._:.,. a? H ; -- 'cc-uni-u-Lic-La-UU-asc-cas-s ..
TC9128P ,High speed PLL with built-in prescalerTOSHIBA TC9172AP,TC9227,28PT(‘Q177AP T(‘Q777P T(‘Q77RPTC9172AP, TC9227P and TC9228P are high-speed ..
TC9134P ,32-FUNCTION REMOTE CONTROL RECEIVING LSI,ie,Ei'7 ELECTRONIC DE DE-. 5- ic'. " TirrurTTTut 4:5;4k.309724? D017E65 D2ft-77-llTC9134P 32-FUNCT ..
TC9142P ,Quartz PLL Motor ControlQUARTZ PLL MOTOR CONTROLThe TC9142P is a c2-rsos LSI developed for con-trolling the motor of a quar ..
TC9142P. ,Quartz PLL Motor ControlQUARTZ PLL MOTOR CONTROLThe TC9142P is a c2-rsos LSI developed for con-trolling the motor of a quar ..
TC9143P ,for Tape Deck ControlTOSHIBA1 1ri':i'l'ti1'('isttl'"[' DEfFOR TAPE DECK CONTROLTC9143P/T09144P are C-MOS IC for electro- ..
TC5517CFL-15-TC5517CFL-20-TC5517CP-15-TC5517CPL-15-TC5517CPL-20
150ns; V(cc): -0.3 to +7.0V; V(in): -0.3 to +0.3V; 0.8W; 2,048 x word x 8-bit CMOS static RAM
T((lWljiilj)]lii WIIQJS H‘V’HEWHGJW fool?il(l)yl)0irii''
T05517CP-15/CPL-15/CP-20/CPL-20
2,048 WORD M 8 BIT CMOS STATIC RAM TC5517CF '15/CFL -15/CF -20/CFL -20
DESCRIPTION
The TC5517CP/CF t8 a 16384ht high speed and
low power fully stattc rahdom access memory Orga-
Ized as 2048 words by 8 bits usmg CMOS tech-
nology, and operates from a single [5 volt suppILf
The TC5517CP/CF has a output enabie Inputs, OE
for fast memory access and output control and chp
enable enable input CC, Wthh IS used for device
selection and can be used In order to achieve mtrll-
mum standby current mode easnly for battery back
up. Also the high speed and low power charectens-
tics which maximum access time IS 150rs, 200m
and maxamum operating current IS SmA’MHz are
FEATURES
0 Low Power Diss-corn
5mA, MHI’ (Max) Operating
O.2#A(MAX.> at Ta=25 C Standby
t .O#A(MAX.) at Ta: 60 C Standby
0 5V Single Power Supply
o Low Voltage Operation :
tco: MszAX.) Ta= 6(YC
q Wide Temperature Operation
Ta: -4(r-8rc
o Fultv Static Operation
o Data RGTGFIIIOU Voltage :_? .OV~5t5V
o Output Buffer Control , OE
VDD----' 3V
PIN CONNECTION (TOP VIEW)
A7: 1 U 245VM=
Ah C rc' "<5: M5
Ate, c: 5 2k D A3
Ag l k] ft w
A55 D 20% ST?
Are C 6 19 Me
Al C " 182] Cr
AU I: 1 C' D 1, ”rs
1m] 9 16%, 1,97
t/o2 m 1h mm
I/UBEJI i4 1/413
{HIDE t2 1331,44
PIN NAMES
TIr-Tr,--''"]" "XaareESFpiiTs’ - "V “fl” -1,
_2,_-___, - ---f -2 - ___- -
' WW I Heaernte Control tnput T
__- - - ,___._2, ----I
OE ‘1 Output Enable Input 1
CE t Chlp Enable Input 1
[ ‘I;Oil:i.OP _i_ryta 1)yt/'tout ----- J
1 V00 7 Power ( ' 5V) 1
i GND T Gromd
ac'tteved. Thus the TC5517CP/CF IS most swtabte
for use m. low power applications where battery
operation or battery back up for nonvolatlty are
reqwred. Furthermore the TC5517CPL/CFL guar-
ahteed a standby current epual to or less than IPA at
60C ambent temperature available. And the
TC551 7CP/CPL IS pm compatible thh 2716 type
EPROM. This means that the TC5517CP/CPL and
EPROM can be mterchanged In the same socket,
and the flexibility tn the dehnton of the quantity of
RAM versus EPROM allows the Wlde application m
microcomputer system.
o Access time
7' teas} 76p} er,Vrr/tiTrcrgr,vrFrrciarFd
i i"fcVir/i,"ct'ir' ’55E1'7EF756FC30
Eddress Access/ H -
!Ttme (MAX.) ! 150ns 200mb
'r-tr-r/rcs-ra-ra';, - -_---_ - I _ _ '-----re-N
t , _ C ss um I _
HMAX.) ; 150mg 2OOrrs
[OE Access Ttmeir - _ ,
HMAX I t 70st TUOHS ,
_ - t _ - _
o Lhrectly TIL Compatible .' All Inputs and Outputs
o24 Pm Standard Plasoc Package TC5517CP
o24 Pm Fiat Package TC5517CF
BLOCK DIAGRAM
PRECHARGh
CthUlT
MEMUHY CELL
AftHAY
MUFFER
125*115
HOW ADLRE‘”
HOW ADDRLSS
RPGIfiTFR
SENSE AMP. AND
COLUMN DECUDER
CULUMN ADDRESS
CUNTRQL
CIRCUIT
T055] 7CP-l5/6PL-15/GP-20/GPL-20
T8551 70H 5/ CFl-l 5/ tlFfttV BFL-ZU
OPERATION MODE
1 MODE A..\A71;77 , 9:] -c_,r' POWER7
_ - - -riear - 7 - L - "r" - 1 7 r1 7 - sd,tse" F--- 7 7Daxa Our ---r- 711777.: 7
L ------ Tvi," - - - L77 ---- - * 7 7 .-- 77 s/ill" ---r» 77Dat7a771n - - ‘0111 ----_
rTTTicrrrrisi_r/- 7 7 ---- I777 _'-- -/ - - 11 - C'' - Lr-ii))), IpipiéganéeM7 ",Y 77171 -
I - -rfsciirrj.trrr, L_', - 1-17 M7 7 * - * - --- £7 - ir-riiirlrn)-eoa/ure , 77717.7, ---_
Note: * .' H or L * * D87178R7e71811110r1 Mooe 7 - ---Fv - - 77 7 7 - -
ABSOLUTE MAXIMUM RATINGS
LELVBQT 7L- - - - - 117.111..- 7 - 7 -r__" LI 7,- 7,7_1:AT17N7§--_77_, LL- Tr,:
ii------''-"')-', - ;.__P9W6_I_ S_u7po_1v \/Mo1t_ag_§MM___ --- - - _ M - 93. 7. 'lf - - -
V. lrnputVoltage 770 3V-- V 1r 10 3V7
1 -T,rr- 7 EELEBCEQTVonl-age - - - - - - Trd." 37 'j'/jv_rt-r(jr:iji'' ----- - -----I
i'-- Tor, -r- Power rfirsiia/Tirr_1icr'-ket C7177 - - - - - - T_-rss/r/rc)-. 45W)‘ 7 - 7 - ,
r -iT,T 7 T/c/U/sri/l/i/rd" 7 - - - - - A? C~M1M5O C 1
T-i,,-,,,-, 7 _ljipt)rfFs, "lr/Jer-hd/er' - 7 7 - 7 - - - -470 7C7 857 C - - - - l
171911217 Lisioire)rurijirrrr_orrairjr-j/rLer, L- - - , _"'.),", I I I 260 , 1708:3777; :7, :7 -
'Plasnc FP= 0 45w
RECOMMENDED D. C. OPERATING CONDITIONS 'ra. 40~85 C)
T SYMBOL ' PARAMETER - - : MIN 1 7T??? 1 7 MAX. C' UN17T I
7 Vor, 7 Power Supp7|y Vonage -.---- -I--- -rs- ir''" -e'ro r 5.5 , V 1
van - 1 - - Input ngh7Voltage _ 7 rr" 7 - VDD+O.3 E V7 i
7 VIL 7 7 InputLow Voltage - - 777 M 7(7)7.73 TM - - _0-8 - 1 V LL'}
Lcyc)_e, Vor, L_1_..L Data Retention Vplsage .. __r, M M 2MOMM 1 _-___,, .1 Ir, L__ e..i/__r_-.-j,
D. C. CHARACTERISTICS Ha; »1o~-85c, V/w)--i'rl0')(a)
7 1 1.7 7 7 - - 7 TC55177HD-15 ' TC5517CP- 2o 1 -l
SYMBOL I PARAMETER I CONDITIONS : - CF45 CF 20 M1 UNIT i
, 7MIN7[ MAX. MIN. 1 MAX. l,
m MMlnputLeakage Current _ o
lo 1 I/O Leakage Current CE= V111,_OVlor, Output High Current Von: 2. 4V - -1, 01M - 1 - 1.0 _ i . mA 1
kn, Output Low Cur/ent VOLZOAV I 2 O - 1 2.0 - i mA
loos, CT27=2 2V - - 7 "i- - 3.0 Ii-lr-'-:'--:,-.:)-". m/M
- "flir7chr,Ta=2sc' - i 0.2 - 0.2 i l
CE§VDrr-O,5V _ f . - --4 l
MMMCMELMMgMTa:6OC - 1.0 - I 1.0M I
10052 Standby Current TC6517CP/ :,Ta=2rc" - 1.0 g 1.0 M PA
_ "sr' |Ta:60‘C - 5.0 - 5.0
- 1 _ 1Ta=85“C - 30 - 30
10001 l tcycle:Mln cycle, VTNZVTH/VIL - 45 3O
loooz - c_/, 10m=0mA TVTTJVW/GND - 40 25
Operahng Current M - ", mA
IDDOB tcsae= Ips, , V11’\._V1H/VIL - 1O - IO
10004 EEOV, |ou120mA W‘EMLMVDD/GNDMIM - 1 5 - L 5
Note: Typical values are at Ta=25"C, VDDZSV.
- B-16 -
T0551? GP-I 5ifty'l.mi/tyt-20/0Plr2tl
T0551 "Fl 5/ BFl-I 5/ CF-le/ tWL-fm
CAPACITANCE
1.9794991- - L PAWELEFC - I WNW L. T799» L /1/()ir_,jNLT "
;_ .91N19999999991. ________.___ T T - - - - ___L__._ - L T , L_E_____ 91,1
, LL34 LJ/pst-lr-i/ii/ri-lil-r/ir-rr-F-rr, mfifim, W - - -- 4,, 5 i 10 I pF ,
No71e:1hls parameter IS perLochaHy sampled a7md IS not100% Iested
A. C. CHARACTERISTICS (Ta "'. 40~85 C, Vor, " 5V f10%1
Read Cycle
',' T_tteeT-T_ 7 7 - 7 - 771'7c:.57L7i7c7L> TSEPL 15 T7iiseTtcr2lrr17 207 T" L
7 SYMBOL _ PARAMETER TCbEi17CF-15-CFL-15 ! TC551 7CF- 20, CFL- 20 UNITS1
- ‘___ - - - - 7 -e.rr./l,'_.lrLi1iT.C'i-, W777 '-inri" ___‘L
Ary-f. [tey) CVC'e 1.7"7T‘7.‘3._.____._______._ L .9 L - lei? J - ___- l 200 i 1
tac: Ad7dréss TLme 1 150 ' - 200 1
tir-'" trf/o" OuLpuL7v7a7LL7d7 - - - , ___ , _ __-l-_- "rr, 7770 I 100
"Tr-c-r-i, o-Go-u-tr/a-or--'-'-' 7 7 7 1 150 _,' - - L 26077 ns L
77L77LL. 777c7L7767E77Lo77 OutputACttve - _-o" 1 7 - 1 170 l ,
7 710.07 --- 7o7LLLpLLL (iJ/rsri'rrirrrjlrsa3cTr)r_''-" __. --- 77 - 1777 5O - , 60 V
_771_71u__7 Ou717b7ut Hold srorr_T/ueres_srchange ___7 . _-.-- jis' il 7 , 'lo, - l -
Write Cycle
' - - - "—‘—"*""CL-,5L7L33;L‘s 7m7577fca517CP7mLCPL7727O77 TT
SYMBOL PARAMETER TC5517CF-ler CFL-l5 TC5517CF-20/CFL-20 UNITS
MIN 1 MAX. MIN. MAX. l 1
"r,,,,,-'-;;,'''? Cyc17e f/r/lr" - 77 - . __ F-. -uoo - ' 26(7) - 1
- 7719;777Wm7é7 (fd/si/ v/i/lsr/rl" 7 - 7 - 7120 1 - 7 150 - l
7 7777777777 AEEEs7s7s7e7LJp TLLLLe7 - 7 o I - - ! 7 o - L
T 79w. -7 '1/fiijiiriirirlrrier'r_CCrC__r. (l. .7.7___7 :9 'i,' - : 9 - r9: 1
Imx I Output Fhgh- Z from T W - i 50 ,' - 60 L
7mm "blrpirIcL/iid/F/iij" - - - 10 - IC) - (
tus Data Set up Tune 7 7 _ - - ------.--- 7670777777777 - 80 - 7
ly, Data Hold TLme7 - 7 0 _ir_' 7 7777-7777777 0 - 7 i
A. C. TEST COND7I7HO7NS7
Output Load ',1CJC)p)F--1rTL Gate Tsmmg Measurement Reference Levels
Input Pulse Levels: 0 6V, 2.4V Input: O.8V and 2.2V
Output: 0,8V and 2.2V
Input Pulse flse and Fail Tees ; 10ns
3V OPERATE SPECIFICATION
D. C. RECOMMENDED OPERATING CONDITIONS (Ta= -1(r-6(Y'C)
r___li_Yh111r-_,. _.j'_._,,,,, - FARAMETER 777! 77MIN. TYP MAX. - UNIT
V00 L F’ower SL159)” Voltage 2 7 3 O t 3.3 V I
V.H I l_nput ngh vorrde - - (ri-li,- (rh- 7777—7777777 VDD V
7 77977777 - 1rrprrCv-v- v77o7|7a7g7e7777 7 7 - ", 7 o - 0.2 v
--B-17-
Ttyi517W15/0Pl.mi/0F2lPllAtt1
T0551 78H 5/ GFl-l 5/ t1F20/ GFl-ZO
D.C. CHARACTERISTICS (Ta TI‘ M) C
“YMROL e F’AHAMETLH CONN") TONS ILLLN TYP, MAX UNLL
, L l, Lb 11:1 Leakage (111E111 ON/s) 1_\1 '1 (y 11A
" _ H Outp Leakage (111117111 _ CE. 1, 1.1 _.v V - ~53 C) 11/1
I 14 l. d,y_rrcrytriii1riror"earu . V -. V () XV 100 11A
_ 1 . 0911,1111 L(w 1511119111 7 V v1 (j 2V . 100 LA
- U - I M1 :11 Ta >51} . 1:127 H - -
T 1 ' . C11 1a 0‘01? If) '
1 1,. Stamribx' Current CL V [Chr')" I’CL’ ITa 21C - - - 1 0 “A
cr 41a 1101 ' 5 r)
(l- (w. 1 l/rece 9 O 3 0
1:11 Operate Current l _ 1- ()mA V _ - 111A
tr, 11:2Onsec- t _ T(Jysuc ; L) 3 c, 5
q All 11011619913 measmed from GNL)
A. C. CHARACTERISTICS (lac IO-- 501:, V I.' 1 10%}
Read CYCLE
SYM§9L_-- Tr, L_EEE.‘ PARAMETER L..'. JilN l-Li, TEL- EEMX. , UMTT'"
‘1 33;- 1.8:??? (lytic-rr-nit __-__-e" - -cr_e - f- T000. __L a , -----_ ' ns
m : Address Access Tume 1 250 1000 ns
_,'" Ki J_EOE 1c jjitrut_ar'rTrd __ - L7 E 1 iid" 1 - £50 ' 115
L _rtc_o, L _irrcrsyj)u.i.ioe1r/i1irl__r_r." _rL" - a , L (rr, - _'rl'lrl:'rr_,jijir_'/r, L505 irc_sr,';
3 trcre i CE 010E Output Active I 10 L ns L
il,'-" J. - "iAtitruLtlr_-i,sir_n-Lrj)'irisetiirLrrr_r, - - E ----- - - - T _:71+ "166 ns
'l] 10:- 1 91133719011 tcrm. “$533598 ___: _ - j 1: , EL?L§:_3__ _:_ . E}- I _rrei-
WRITE CY[CLE
CS_i’MBOT L - _.-. PARAMTJER .f— - , ';.'LLLLL....M'T_M T _LY?_.:;._ MEEEMMLT j':
L Iwc I \Nr_1te Cycle T1me _ 1000 1 - 1 - 1 ns L
L,, - - - ,__.,, ----- ----_ - _ -i- _ ,. - --t-- - L -----d
1 MP 1 \/\_/rlte Pulse \N1dth I 500 1 CIS l
L. w EL A(‘dress [iet up “me 7__ - - - 77;. - L'li' Irc-iii/ri',] ll] mi: t _rii'_lr,_'
l ttcl 4' f_ite, Recovery T1mre__w ------- - - - - L - -_If/(i) "r- - _- ---_ _ 11s_ _ - I
1yw L ii)yTrt H1gh- -Z from R/ W W - ---- __.), __/fC, j--- - L #299 1151
“39111 T WW ACTM? "0T”, jirv, W - _ - - _ - _...1 - ll, "i--------- __,:_...LJS,. __1
49;; 08.9.9299 _Trrrie_, ------ - V - 1 400 l - - - - 1 {'11
_th i _Da-ta Hold jet _L 60 Li :__L - L r15 1
A. C. TEST CONDITIONS
0 Output Load :TOOpF (Include Jg)
q input Pulse revels 0 2V. V1111 .0 2V
. T1m1ng Measurement Level Input' 1 5V, 1.5V
0 Output 1 5V ,1 5V
. Input Pulse Rise and Fan Times _ S2Ons
- B-18 -
TIMING WAVEFORMS
o Read Cycle
T055] 7CP-l 5/BPL-l 5/GP-20/BPL-20
T055170F15/0Fb15/0F2tVmA?t1
_ --- 3 F.
CE ----.-. ///” _ " /. ' , /" Ir
I H :i l ‘h-r T H
M [i,lid' >\‘ "i'. 1'sl / "/" / / . - / / / /, / / " '/r I f "/ /
" Ls..' - r '---i
l T. a , r 1 I
H "--e ' gr, ( '1 "f K "
‘¢ uh'l A _
0 Write Cycle 1 (2)
ADD!" 1,9 t; 1L'
0 Write Cycle 2 (2)
ADDHr "215‘ '.,
( 'WLI
1 L " z n,”
P----""; -
l'' _'\
L,2le, ' 4 5.12%)
"in ”1H
hm XATA " swam
Ir. 'rr,
gws- IZNKNUWN
A A . T
- B-19 -
T6551 78H 5/ BPl-l IV GP-ZO/ Mtlr20
T655170H5/0Fl-15/0F-20/GFL-20
1. R W 18 high for a Read Cycle.
2 ot" VH or Vll If, 0E VH1 durtng wnteeycte, the output t'.;...*fers rematn m a htgh Impedance state.
3 trstT IS specttea as the logical "AND" of CE and WW. -
twp IS measured from the latter of CE 0r Rfyv going low to the earner of CE or R/VV gomg hugh.
4 TIM, the are measured from the eartter of CE 0r R/W gomg l"!gh.
5 It the CE low 1ranSmorn occurs simu1arneously With or latter from the RW low transuttOh m a Write Cycle 1 . the output
butters_r_ematn m a htgh Impedance state m this period
6. If the CE high transmon occurs prtor to or simultaneously wntt the H/VV hagh transmon m a Write Cycle 1 , the Output
buffers remam m a htgh tmpedahce state m this period
7. li the R/VV IS tow or the R-W low transmon occurs prtor to or Simultaneously with the CE low transmon, the output
butters rematn tn htgh Impedance state m thts period
DATA RETENTION CHARACTERISTICS (Ta 4:)»85 C)
'ri/ru-iron, _" - - - - - EXFEKMEEF - 0 - - ----t MIN ‘TYP. - MAX. 7‘ UNIT
,e. - 1,.-. - , - - .. __7 ,,.,.__# - - - - .. C ' ..
".__1/r'"1__'', Dey1Rt_r?1tsorj. Ewe“ Sert_r1C/oltige, " - - - : ---- .._t .20 5.5 v_gl
_ [ Tacc2erL" t - 1 0.005 l 0.2 t i'
1 TC5517CP' 'Ct L L T 607C I [ _ , 1 ol, }
_ . a: - _ - i . [ i
t ! - - - _ t _ --j
' 10!». Standby Curreht I Ta-c25'C - i' 0.05 1.0 t PA I
[ t _ , --1 ,
t055t7cp Ci- Ta-_60c t - g - i 5.0 i
t it Ta--:85C' I - i - E 30 I
1W : From Chtp Deselecttort to Data Retention Mode I O i W l i
_ ---- - - - - --- - -----_ - - - . - ns
l tn V Recovery Time 7 ! WW l, __ - - L_q _]
Note _
t lea, Head Cycle Ttme
V111) - 11435730.?»NT1
VlH I l
c-," LUDh l i h
Ln VDD- 0.5V T-----""
Note ,
2. if the VIH level of c7 IS 2.2V. durm; the penod that the Vtm voltage IS goung down frdm 4.5V to 2.7V loos] Current flows.
- B-2O -
'miti1m'-15fty'1.miif0F20/0Pb20
T8551 70F-l5/ BFH IV tlF2thf GFL-ZD
OUTLINE DRAWINGS
0 Plastic DIP
'c'42G2re21aj191B1r7161 141
rnr"Tr-"1rnC1r"nC1r'nrnr'nr-nrn
j, ' 3
1 --o/ 2
R15 st'
cJtuuJL.JulL.lLILJulluLdLd
1 'd 3 l 5 6 7 8 9 " 11 12
324 MAX.
_ o >< lrr24TYP.
r-f f)
l 3251005
s, 141011 -,.' l
_ : 17.4mm,
100 ubiOlb ) § F--
I‘JE’“ C) 25 szAx _ ""
Note , Each lead pitch Is 2.54mm. All leads are located wath‘n 0 25mm of Ihelr longitudinal posmon With respect to
No.1 and No.24 leads.
All drmer‘ISIons are In millimeters.
- B-21 -
Tiai17iFii/tWl.-15ftlF2lVty'b2t1
T6551 70F-15/GFL-l5/0F-20/GFl-20
o Plastic FP
tt si 1 It
. E 1.
1 Cr? dl l
i :‘ - l
11111111111111 il g; ---
:34 1:3 2;; 1:1 DC, 19 1a IV L" 14
"s ( 1
\\i:: . _,
1L1 2 Li l 3 e L 'I S." 1:1 11 1 I
J4Ci, oe '121‘ 1 ,J_ L~1g V15 .5
_ 1 lie: MAX. - A
'dii - -
- --l,
----- - !.___r,
-1_‘_ ’_I H
Note : Each lead pItch1s 1.27mm,
A11 leads are located w11h1n 0.1mm of1heir'rruerc)ruFtrsrcul 1105111011 11/1111 respect to No l, and No 21 1011th
A B-22 -
T6551 7GP-l 5/ c put 5/ t1F4NV Mb2ll
T0551 "Fl 5/ CFL-l 5/ CF-ZUI tyqr2il
PACKAGE INFORMATION FOR FLAT PACKAGE
Tms mew Hm package 15 a very Smah and Wm
compared wnh convenmuna‘ sIandard duahmhw
package Dwfferemgea are as foHows.
l. Difference In dmemswn between Hat are standam
package. -
l" (Iompanmn m occupzed space.
[,IWI ‘rmf:
flat, pm’mgev fitrirndar1; [Wich
leragti’l H, C, :7 "
Wwdm p, L) 1-1 2
- - . --e - 7 - DIP
Lead Pwn 1 Is / Q '04
H‘I‘CkI‘ESE p 1 S
3, Advantage of thxs package
Small dmzensmns
Capablty of Hugh Density Assembly FP
Caoabrht‘y’ Of thm Assembly riCapabmty m
Assembw on both Slde of PC board
4. PC pattern layout example.
C'r' Cy,
'I tt 11 41
II T " I
“17% x: ”3‘21,
II I II T
_ ll il II I', AM LINE, _
n h J,'. L l
m__ si. 7:, i ----- c", v” ( mm)
www.ic-phoenix.com
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