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6 ball capacitance and inductance, Table 9-7, Table 9-8 – AMD Geode SC3200 User Manual

Page 355: Ball capacitance and inductance, D table 9-7 sho

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AMD Geode™ SC3200 Processor Data Book

355

Electrical Specifications

32581C

9.1.6

Ball Capacitance and Inductance

Table 9-8 gives ball capacitance and inductance values.

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

Symbol

ParameterNote 1

Min

Typ

Max

Unit

Comments

I

CC3IDLE

f

CLK

= 233 MHz, I/O Current @ V

IO

= 3.3V

(Nominal); CPU state = Active Idle

260

mA

I

CC

for V

IO

f

CLK

= 266 MHz, I/O Current @ V

IO

= 3.3V

(Nominal); CPU state = Active Idle

270

I

CC3SLP

I/O Current @ V

IO

= 3.3V (Nominal);

CPU state = Sleep

20

30

mA

I

CC

for V

IO

,

Note 2

I

COREIDLE

f

CLK

= 233 MHz, Core Current @ V

CORE

=

1.8V (Nominal); CPU state = Active Idle

360

mA

I

CC

for V

CORE

f

CLK

= 266 MHz, Core Current @ V

CORE

=

1.8V (Nominal); CPU state = Active Idle

380

I

CORESLP

Core Current @ V

CORE

= 1.8V (Nominal);

CPU state = Sleep

20

30

mA

I

CC

for V

CORE

,

Note 2

I

SBOFF

SB Current @ V

SB

= 3.3V (Nominal);

CPU state = Off

<1

mA

I

SBLOFF

SBL Current @ V

SBL

= 1.8V (Nominal);

CPU state = Off

<1

mA

I

CC

for V

SBL

,

Note 3

I

BAT

BAT Current @ V

BAT

= 3.0 (Nominal);

CPU state = Off

7

50

µA

Note 1. f

CLK

ratings refer to internal clock frequency.

Note 2. All inputs are at 0.2V or V

IO

– 0.2 (CMOS levels). All inputs are held static, and all outputs are unloaded (static I

OUT

= 0 mA).

Note 3. All V

SBL

supplied inputs are at 0.2V or V

SBL

– 0.2 (CMOS levels). All inputs are held static, and all outputs are un-

loaded (static I

OUT

= 0 mA).

Table 9-8. Ball Capacitance and Inductance

Symbol

Parameter

Min

Typ

Max

Unit

Comments

C

IN

Input Pin Capacitance

4

7

pF

Note 1

C

IN

Clock Input Capacitance

5

8

12

pF

Note 1

C

IO

I/O Pin Capacitance

10

12

pF

Note 1

C

O

Output Pin Capacitance

6

8

pF

Note 1

L

PIN

Pin Inductance

20

nH

Note 2

Note 1. T

A

= 25

°C, f = 1 MHz. All capacitances are not 100% tested.

Note 2. Not 100% tested.