CL-PS6700 View Datasheet(PDF) - Cirrus Logic

Part Name

Description

MFG CO.

CL-PS6700

Low-Power PC Card Controller for the CL-PS7111

Cirrus Logic 

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CL-PS6700

Low-Power PC Card Controller

Table 5-2. DC Specifications

Symbol Parameter

MIN Typical MAX Unit Conditions

VCC5V

VCC3V

VILC

VIHC

IOL6

IOL12

IOH6

IOH12

VOL

VOH

IL

ILPD

IPU

CIN

COUT

ICCtot1

ICCtot2

ICCtot4

ICCtot5

ICCtot6

ICCtot7

ICCtot8

ICCtot9

ICCtot10

ICCtot11

ICCtot13

Power supply voltage

Power supply voltage

Input low voltage CMOS

Input high voltage CMOS

Output low current – 2mA type

Output low current – 8mA type

Output high current – 2mA type

Output high current – 8mA type

Output low voltage

Output high voltage

Input leakage

Input leakage – power down type

Internal pull-up current

Input capacitance

Output capacitance

Power supply current,

Active mode – V3V_CORE

Power supply current,

Idle mode – V3V_CORE

Power supply current,

Active mode – V3V_O

Power supply current,

Idle mode – V3V_O

Power supply current,

Standby mode – V3V_O

Power supply current,

operating (Run) – V5V_O

Power supply current,

Idle mode – V5V_O

Power supply current,

Standby mode – V5V_O

Power supply current,

Active mode – V3V_CORE

Power supply current,

Suspend (Idle) – V3V_CORE

Power supply current,

suspend (Idle) – V3V_O

3.0

0.7 VCC

VCC − 0.5

−10

−1

−30

5.5

3.6

0.2 VCC

2

8

−1

−4

0.5

10

1

−300

10

10

15

<25

3

<6

YMMVc

<20

<20

YMMVc

<20

0

20

<35

6

<12

<20

V Normal operation

V Normal operationa

V Normal operation

V Normal operation

mA Normal operation: VCC3V = MIN

mA Normal operation: VCC3V = MIN

mA Normal operation: VCC3V = MIN

mA Normal operation: VCC3V = MIN

V Normal operation: at rated IOL

V Normal operation: at rated IOH

µA Normal operation: 0 < VIN < VCC

µA Pad power-down active

µA Normal operation

pF Normal operation

pF Normal operation

mA VCC3V = 3.3 V, PCLK = 18 MHz

mA VCC3V = 3.3 V, PCLK = DCb

mA VCC3V = 3.3 V, PCLK = 18 MHz

µA VCC3V = 3.3 V, PCLK = DC

µA

VCC3V = Lithium backup V

PCLK = DC (stopped)

mA VCC5V = 5.0 V, PCLK = 18 MHz

µA VCC5V = 5.0 V, PCLK = DC

µA

VCC5V = 0 V

PCLK = DC

mA VCC3V = 5.0 V, PCL = 18 MHz

mA VCC3V = 5.0 V, PCLK = DC

µA VCC3V = 5.0 V, PCLK = DC

a Can be run at 4.5 to 5.5 V for higher performance, but at a cost of increased power consumption (tbd).

b As low as 2.7 V.

c This is system-design dependent, since it supplies power to the pads only.

CIRRUS LOGIC CONFIDENTIAL, NDA REQUIRED

34

ELECTRICAL SPECIFICATIONS

November 1997

PRELIMINARY DATA BOOK v1.0

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