MT44K32M18 Datasheet, PDF (17/111 Pages) Micron Technology – 576Mb: x18, x36 RLDRAM 3

Electrical Characteristics – I_DD Specifications
Table 4: I_DD Operating Conditions and Maximum Limits
Notes 1–6 apply to the entire table
Description Condition
Standby
t_{CK = idle; All banks idle; No inputs}
current
toggling
Clock active
standby cur-
rent
Operational
current: BL2
Operational
current: BL4
Operational
current: BL8
Burst refresh
current
CS# = 1; No commands; Bank ad-
dress incremented and half ad-
dress/data change once every four
clock cycles
BL = 2; Sequential bank access;
Bank transitions once every ^tRC;
Half address transitions once every
t_{RC; Read followed by write se-}
quence; Continuous data during
WRITE commands
BL = 4; Sequential bank access;
Bank transitions once every ^tRC;
Half address transitions once every
t_{RC; Read followed by write se-}
quence; Continuous data during
WRITE commands
BL = 8; Sequential bank access;
Bank transitions once every ^tRC;
Half address transitions once every
t_{RC; Read followed by write se-}
quence; Continuous data during
WRITE commands
Sixteen bank cyclic refresh using
Bank Address Control AREF proto-
col; Command bus remains in re-
fresh for all sixteen banks; DQs are
High-Z and at V_DDQ/2; Addresses
are at V_DDQ/2
Symbol
I_SB1 (V_DD) x18
I_SB1 (V_DD) x36
I_SB1 (V_EXT)
I_SB2 (V_DD) x18
I_SB2 (V_DD) x36
I_SB2 (V_EXT)
I_DD1 (V_DD) x18
I_DD1 (V_DD) x36
I_DD1 (V_EXT)
I_DD2 (V_DD) x18
I_DD2 (V_DD) x36
I_DD2 (V_EXT)
I_DD3 (V_DD) x18
I_DD3 (V_DD) x36
I_DD3 (V_EXT)
I_REF1 (V_DD) x18
I_REF1 (V_DD) x36
I_REF1 (V_EXT)
-093E
125
125
30
870
895
30
1175
1185
35
1205
1215
35
1300
NA
35
1550
1570
80
-093
125
125
30
870
895
30
1115
1125
35
1145
1155
35
1220
NA
35
1550
1570
80
-107E
125
125
30
815
835
30
1100
1110
35
1130
1140
35
1200
NA
35
1400
1420
75
-107
125
125
30
815
835
30
1045
1055
35
1075
1080
35
1130
NA
35
1400
1420
75
-125E
125
125
30
725
740
30
940
950
35
970
980
35
1030
NA
35
1230
1245
70
-125
125
125
30
725
740
30
915
925
35
Units Notes
mA
7
mA
mA
945
mA
950
35
1000 mA
NA
35
1230 mA
1245
70