NJ88C33

4

Input Signals SDA,

SCL, S/D

Input voltage high

Input voltage low

Input capacitance

Input current

Input signal RI

Input frequency

Input voltage

Input capacitance

Input current

Input signal FI

Input frequency

Input voltage

Input capacitance

Input current

Input signal FI

Input frequency

Input voltage

Input capacitance

Input current

0.7V

DD

0

100

50

30

100

200

V

DD

0.3V

DD

10

10

52

10

10

52

10

10

150

10

10

ELECTRICAL CHARACTERISTICS

These characteristics are guaranteed over the following conditions (unless otherwise stated):

V

INPUT SIGNALS

Conditions

Symbol

Characteristic

V

IH

V

IL

C

I

I

IN

f

max

V

Irms

C

I

I

IN

f

max

V

Irms

C

I

I

IN

f

max

V

Irms

V

Irms

V

Irms

C

I

I

IN

V

V

pF

µA

MHz

mV

pF

µA

MHz

mV

pF

µA

MHz

mV

mV

mV

pF

µA

Unit

Sinewave input

Note 1, 2

Dual modulus operation

Sinewave input

Note 1, 2

Single modulus operation

Sinewave input

FI = 0-70MHz Note 1, 2

FI = 70-120MHz Note 1, 2

FI = 120-150MHz Note 1, 2

Min.

Max.

Typ.

Value

Output Signals SDA, LD

Output voltage low

Output Signal PD

High current mode (see Fig.4)

Low current mode

Tristate

Output Signal FVN

Output voltage low

Output low pulse width

Output Signals MOD, PORT

Output voltage high

Output voltage low

Output Signal LD

Output voltage low

Output low pulse width

Characteristic

1.9

-1.9

0.475

-0.475

V

0.4

3.1

-3.1

0.775

-0.775

0.4

1/FI

0.4

0.4

1/FVN

1/f

C

Conditions

Symbol

V

OL

I

HU

I

HD

I

LU

I

LD

I

Z

V

OL

t

WL

V

OH

V

OL

V

OL

t

WL

Unit

Open drain output

Push-pull output

IOH = 0.5mA

Open drain output

Loop locked

Loop not locked

FVN = FI/N

Min.

Max.

Typ.

Value

2.5

-2.5

0.625

-0.625

50

10

V

mA

mA

mA

mA

nA

V

V

V

V

ns

than 2k

Ω.

Note.2DC coupled input amplitude V

OUTPUT SIGNALS

Note.1Temperature coefficient for current is typically -0.7%/°C