Power Supply Voltage (V

−0.3V to +6.5V

V

P

−0.3V to +6.5V

Voltage on Any Pin with

GND = 0V (V

−0.3V to V

Storage Temperature Range (T

−65˚C to +150˚C

Lead Temp. (solder, 4 sec)(T

+260˚C

Recommended Operating

Conditions

Supply Voltage (V

3.0V to 5.5V

(V

Operating Temperature (T

−10˚C to +70˚C

Note 1: Absolute Maximum Ratings indicate limits beyond which damage to

the device may occur. Recommended Operating Conditions indicate condi-

tions for which the device is intended to be functional, but do not guarantee

specific performance limits. For guaranteed specifications and test condi-

tions, see the Electrical Characteristics section. The guaranteed specifica-

tions apply only for the test conditions listed.

Note 2: This device is a high performance RF integrated circuit with an ESD

should only be done at ESD work stations.

Electrical Characteristics

The following specifications are guaranteed for V

Symbol

Parameter

Conditions

Min

Typ

Max

Unit

Current Consumption

I

DD, RX

-Open-Loop Receive Mode

PLL & TX chain powered down

—

50

60

mA

I

DD, TX

-Open-Loop Transmit Mode

PLL & RX chain powered down

—

27

37

mA

I

DD, PLL

-Closed-Loop PLL Mode

RX & TX chain powered down

—

6

8

mA

I

PD

-Power Down Mode

—

—

70

µA

MIXER

f

f

RF

RF Frequency Range

(Note 3)

1.7

—

2.0

GHz

f

IF

IF Frequency

(Note 4)

—

110

—

MHz

Z

IN

Input Impedance, RF

IN

—

15-j5

—

Ω

Z

OUT

Output Impedance, Mixer Out

—

160-j70

—

Ω

NF

Noise Figure (Single Side Band)

(Notes 5, 6)

—

10

14

dB

G

C

Conversion Gain

(Note 5)

14

17

—

dB

P

1dB

Input 1dB Compression Point

(Note 5)

−24

−20

—

dBm

OIP3

Output 3rd Order Intercept Point

(Note 5)

—

7.5

—

dBm

F

Fin to RF Isolation

F

—

−30

—

dB

f

—

−10.6

—

dB

f

—

−30

—

dB

F

Fin to IF Isolation

f

—

−30

—

dB

f

—

−30

—

dB

f

—

−30

—

dB

RF–IF

RF to IF Isolation

P

—

−30

—

dB

IF AMPLIFIER

f

NF

Noise Figure

(Note 7)

—

8

11

dB

A

V

Gain

(Note 7)

15

24

—

dB

Z

IN

Input Impedance

—

150–j120

—

Ω

Z

OUT

Output Impedance

—

190–j20

—

Ω

IF LIMITER

f

Sens

Limiter/Discriminator Sensitivity

BER=10

−3

—

−65

—

dBm

IF

IN

IF Limiter Input Impedance

—

100–j300

—

Ω

DISCRIMINATOR

f

Disc Gain

1X Mode

—

10

—

mV/˚

(mV/˚ of Phase Shift from Tank Circuit)

3X Mode

—

33

—

mV/˚

V

OUT

Discriminator Output Peak to Peak

1X Mode (Note 8)

80

160

—

mV

Voltage

3X Mode (Note 8)

400

580

—

mV

V

OS

Disc. Output DC Voltage

Nominal (Note 10)

1.2

1.82

V

DISC

OUT

Disc. Output Impedance

—

300

—

Ω

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