ICS950818

Electrical Characteristics -CPU (0.7V Select) 100MHz

TA= 0 - 90°C; VDD=3.3V +/-5%; CL= 10-20 pF (unless otherwise specified)

PARAMETER

SYMBOL

CONDITIONS

MIN TYP MAX UNITS

Current Source Output

Zo1

Vo = Vx

3000

-

Q

Impedance

Average Period

TPERIOD

Fig. 1

10.00 10.02 10.20

ns

Voltaae Hiah

VHiah

Statistical measurement on single ended signal

660

757.1

850

mV

Voltaae Low

VLow

usina oscilloscope math function.

-150

9.067

150

Max Voltaae

Vovs

Measurement on single ended signal using

774.7

1150

mV

Min Voltaae

Vuds

absolute value.

-450

3

Crossina Voltaae (abs)

Vcross(abs)

Fia. 3

250

386.1

550

mV

Crossing Voltage (var)

d-Vcross

Variation of crossing over all edges (Fig. 4)

41.57

140

mV

Rise Time

tr

Vol = 0.175V, VoH = 0.525V (Fig. 3)

175

552.8

810

ps

Fall Time

tt

VoH = 0.525V Vol = 0.175V (Fig. 3)

175

558.7

810

ps

Rise Time Variation

d-tr

34.25

125

ps

Fall Time Variation

d-t1

45.5

125

ps

Duty Cycle

d13

Measurement from differential wavefrom (Fig 1)

45

50.58

55

%

Skew

tsk3

VT= 50%

60.5

100

ps

Jitter, Cycle to cycle

ticvc-cvc1

VT= 50% (Fig. 1)

65.25

175

ps

1Guaranteed by design, not 100% tested in production.

Electrical Characteristics -CPU (0.7V Select) 133.33MHz

TA= O - 90°C; VDD=3.3V +/-5%; CL= 10-20 pF (unless otherwise specified)

PARAMETER

SYMBOL

CONDITIONS

MIN TYP MAX UNITS

Current Source Output

Zo1

Vo = Vx

3000

-

Q

lmoedance

Average Period

TPERIOD

Fig. 1

7.50

7.58

7.65

ns

Voltaae Hiah

VHiah

Statistical measurement on single ended signal

660

757

850

mV

Voltaae Low

VLow

usina oscilloscooe math function.

-150

9

150

Max Voltaae

Vovs

Measurement on single ended signal using

775

1150

mV

Min Voltaae

Vuds

absolute value.

-450

3

Crossing Voltage (abs)

Vcross(abs)

Fig. 3

250

386

550

mV

Crossina Voltaae (var)

d-Vcross

Variation of crossina over all edaes (Fia. 4)

42

140

mV

Rise Time

tr

Vol = 0.175V, VoH = 0.525V (Fig. 3)

175

553

810

ps

Fall Time

ti

VoH = 0.525V Vol = 0.175V (Fig. 3)

175

559

810

ps

Rise Time Variation

d-tr

34

125

ps

Fall Time Variation

d-t1

46

125

ps

Duty Cycle

d13

Measurement from differential wavefrom (Fig 1)

45

51

55

%

Skew

tsk3

VT= 50%

61

100

ps

Jitter, Cycle to cycle

t;cvc-cvc1

VT= 50% (Fig. 1)

65

175

ps

1Guaranteed by design, not 100% tested in production.

0825F-11/19/03

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