Datasheet

Page 53
19fo6002,13.naJ14.1.veR
1410-3100B30JER
VCC=5V
)T38/C23M,38/C23M(puorG38/C23M
lobmySretemaraP
tnemerusaeM
noitidnoC
dradnatS
tinU
niMxaM
dt
)DA-KLCB( emiTyaleDtuptuOsserddA 81sn
ht
)DA-KLCB( )dradnatsKLCB(emiTdloHtuptuOsserddA 3-sn
ht
)DA-DR( )dradnatsDR(emiTdloHtuptuOsserddA )1etoN(sn
ht
)DA-RW( )dradnatsRW(emiTdloHtuptuOsserddA )1etoN(sn
dt
)SC-KLCB( emiTyaleDtuptuOlangiStceles-pihC 81sn
ht
)SC-KLCB( )dradnatsKLCB(emiTdloHtuptuOlangiStceles-pihC 3-sn
ht )SC-DR( )dradnatsDR(emiTdloHtuptuOlangiStceles-pihC )1etoN(sn
ht
)SC-RW( )dradnatsRW(emiTdloHtuptuOlangiStceles-pihC )1etoN(sn
dt
)DR-KLCB( emiTyaleDtuptuOlangiSDR 81sn
ht
)DA-KLCB( emiTdloHtuptuOlangiSDR 5-sn
dt
)RW-KLCB( emiTyaleDtuptuOlangiSRW 81sn
ht
)RW-KLCB( emiTdloHtuptuOlangiSRW 3-sn
dt
)RW-BD( )dradnatsRW(emiTyaleDtuptuOataD )1etoN(sn
ht
)BD-RW( )dradnatsRW(emiTdloHtuptuOataD )1etoN(sn
dt )ELA-KLCB( )dradnatsKLCB(emiTyaleDtuptuOlangiSELA 81sn
ht
)ELA-KLCB( )dradnatsKLCB(emiTdloHtuptuOlangiSELA 2-sn
dt
)ELA-DA( )dradnatssserdda(emiTyaleDtuptuOlangiSELA )1etoN(sn
ht
)DA-ELA( )dradnatssserdda(emiTdloHtuptuOlangiSELA )1etoN(sn
zdt
)DA-DR( emiTecnadepmI-hgiHtuptuOsserddA 8sn
:SETON
.ycneuqerfKLCBotgnidrocca,snoitauqegniwollofehtmorfdeniatboebnacseulaV.1
td(DB – WR) =
10 X m
9
– 25
[ns] (m=3 with 2 wait states and m=5 with 3 wait states)
t
h(RD – AD) =
f
(BCLK) X 2
10
9
– 10
[ns]
t
h(WR – AD) =
f
(BCLK) X 2
10
9
– 10
[ns]
t
h(RD – CS) =
f
(BCLK) X 2
10
9
– 10
[ns]
t
h(WR – CS) =
f
(BCLK) X 2
10
9
– 10
[ns]
th(WR – DB) =
f
(BCLK) X 2
10
9
– 10 [ns]
t
d(AD – ALE) =
f
(BCLK) X 2
10
9
– 20
[ns]
t
h(ALE – AD) =
f
(
BCLK
)
X 2
10
9
– 10 [ns]
f
(BCLK) X 2
See Figure 5.1
Switching Characteristics
(VCC = 4.2 to 5.5V, VSS = 0V at Topr = –20 to 85
o
C unless otherwise specified)
Table 5.22 Memory Expansion Mode and Microprocessor Mode
(With a Wait State, Accessing an External Memory and Selecting a Space with the
Multiplexed Bus)