Table 9-7. Dc Characteristics For Active Idle, Sleep, And Off States; Table 9-8. Ball Capacitance And Inductance - AMD Geode SC3200 Data Book

Electrical Specifications

Table 9-7. DC Characteristics for Active Idle, Sleep, and Off States

Symbol ParameterNote 1
I f = 233 MHz, I/O Current @ V
CC3IDLE CLK
(Nominal); CPU state = Active Idle
f = 266 MHz, I/O Current @ V
CLK
(Nominal); CPU state = Active Idle
I I/O Current @ V
CC3SLP
CPU state = Sleep
I f = 233 MHz, Core Current @ V
COREIDLE CLK
1.8V (Nominal); CPU state = Active Idle
f = 266 MHz, Core Current @ V
CLK
1.8V (Nominal); CPU state = Active Idle
I Core Current @ V
CORESLP
CPU state = Sleep
I SB Current @ V
SBOFF
CPU state = Off
I SBL Current @ V
SBLOFF
CPU state = Off
I BAT Current @ V
BAT
CPU state = Off
Note 1. f ratings refer to internal clock frequency.
CLK
Note 2. All inputs are at 0.2V or V
= 0 mA).
Note 3. All V supplied inputs are at 0.2V or V
SBL
loaded (static I
OUT
9.1.6 Ball Capacitance and Inductance
Table 9-8 gives ball capacitance and inductance values.
Symbol Parameter
C Input Pin Capacitance
IN
C Clock Input Capacitance
IN
C I/O Pin Capacitance
IO
C Output Pin Capacitance
O
L Pin Inductance
PIN
Note 1. T = 25°C, f = 1 MHz. All capacitances are not 100% tested.
A
Note 2. Not 100% tested.
AMD Geode™ SC3200 Processor Data Book
= 3.3V
IO
= 3.3V
IO
= 3.3V (Nominal);
IO
CORE
CORE
= 1.8V (Nominal);
CORE
= 3.3V (Nominal);
SB
= 1.8V (Nominal);
SBL
= 3.0 (Nominal);
BAT
– 0.2 (CMOS levels). All inputs are held static, and all outputs are unloaded (static I
IO
– 0.2 (CMOS levels). All inputs are held static, and all outputs are un-
SBL
= 0 mA).

Table 9-8. Ball Capacitance and Inductance

Min Typ
260
270
20
= 360
= 380
20
<1
<1
7
Min Typ Max
4
5 8
10
6
32581C
Max Unit Comments
mA I for V
CC
30 mA I for V
CC
Note 2
mA I for V
CC
30 mA I for V
CC
Note 2
mA
mA I for V
CC
Note 3
50 µA
Unit Comments
7 pF Note 1
12 pF Note 1
12 pF Note 1
8 pF Note 1
20 nH Note 2
IO
,
IO
CORE
,
CORE
,
SBL
OUT
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