CY284108ZXC【PDF 4/16 页】IC CLOCK SERV CK410B 56TSSOP

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CY284108

...................... Document #: 38-07713 Rev. *B Page 12 of 16

AC Electrical Specifications

Parameter

Description

Condition

Min.

Max.

Unit

Crystal

TDC

XIN Duty Cycle

The device will operate reliably with input

duty cycles up to 30/70 but the REF clock

duty cycle will not be within specification

47.5

52.5

%

TPERIOD

XIN Period

When XIN is driven from an external

clock source

69.841

71.0

ns

TR / TF

XIN Rise and Fall Times

Measured between 0.3VDD and 0.7VDD

–10.0

ns

TCCJ

XIN Cycle to Cycle Jitter

As an average over 1-

s duration

–

500

ps

LACC

Long-term Accuracy

Over 150 ms

–

300

ppm

CPU at 0.7V

TDC

CPUT and CPUC Duty Cycle

Measured at crossing point VOX

45

55

%

TPERIOD

100-MHz CPUT and CPUC Period

Measured at crossing point VOX

9.997001

10.00300

ns

TPERIOD

133-MHz CPUT and CPUC Period

Measured at crossing point VOX

7.497751

7.502251

ns

TPERIOD

166-MHz CPUT and CPUC Period

Measured at crossing point VOX

5.998201

6.001801

ns

TPERIOD

200-MHz CPUT and CPUC Period

Measured at crossing point VOX

4.998500

5.001500

ns

TPERIOD

266-MHz CPUT and CPUC Period

Measured at crossing point VOX

3.748875

3.751125

ns

TPERIOD

333-MHz CPUT and CPUC Period

Measured at crossing point VOX

2.999100

3.000900

ns

TPERIOD

400-MHz CPUT and CPUC Period

Measured at crossing point VOX

2.499250

2.500750

ns

TSKEW

CPU0 to CPU1

Measured at crossing point VOX

–100

ps

TCCJ

CPUT/C Cycle to Cycle Jitter

Measured at crossing point VOX

–85

ps

LACC

Long Term Accuracy

Measured using frequency counter over

0.15seconds.

–

300

ppm

TR / TF

CPUT and CPUC Rise and Fall Times

Measured from VOL = 0.175 to VOH = 0.525V

175

1100

ps

TRFM

Rise/Fall Matching

Determined as a fraction of

2 * (TR – TF)/(TR + TF)

–20

%

T

R

Rise Time Variation

–

125

ps

T

F

Fall Time Variation

–

125

ps

VHIGH

Voltage High

Math averages Figure 9

660

850

mV

VLOW

Voltage Low

Math averages Figure 9

–150

–

mV

VOX

Crossing Point Voltage at 0.7V Swing

250

550

mV

VOVS

Maximum Overshoot Voltage

–

VHIGH + 0.3

V

VUDS

Minimum Undershoot Voltage

–0.3

–

V

VRB

Ring Back Voltage

See Figure 9. Measure SE

–

0.2

V

SRC

TDC

SRCT and SRCC Duty Cycle

Measured at crossing point VOX

45

55

%

TPERIOD

100-MHz SRCT and SRCC Period

Measured at crossing point VOX

9.997001

10.00300

ns

TSKEW

Any SRCT/C to SRCT/C Clock Skew

Measured at crossing point VOX

–250

ps

TCCJ

SRCT/C Cycle to Cycle Jitter

Measured at crossing point VOX

–125

ps

LACC

SRCT/C Long Term Accuracy

Measured at crossing point VOX

–

300

ppm

TR / TF

SRCT and SRCC Rise and Fall Times

Measured from VOL = 0.175 to VOH = 0.525V

175

1100

ps

TRFM

Rise/Fall Matching

Determined as a fraction of

2 * (TR – TF)/(TR + TF)

–20

%

T

R

Rise TimeVariation

–

125

ps

T

F

Fall Time Variation

–

125

ps

VHIGH

Voltage High

Math averages Figure 9

660

850

mV

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