REV. 0

–2–

source and load impedances, I and Q inputs

0.7 V

0.3 V on each side for a 1.2 V p-p differential input, I and Q inputs driven in quadrature @ 1 MHz Baseband Frequency.

Parameters

Conditions

Min

Typ

Max

Unit

RF OUTPUT

Operating Frequency

1

250

1000

MHz

Output Power

–3

–1

+2

dBm

Output P1 dB

2.5

dBm

Noise Floor

20 MHz Offset from LO, All BB

–155

dBm/Hz

Inputs at 0.7 V

Quadrature Error

(CDMA IS95 Setup, Refer to Figure 13)

0.5

Degree rms

I/Q Amplitude Balance

(CDMA IS95 Setup, Refer to Figure 13)

0.2

dB

LO Leakage

–42

–33

dBm

Sideband Rejection

–42

–34

dBc

Third Order Distortion

–52

dBc

Second Order Distortion

–60

dBc

Equivalent Output IP3

25

dBm

Equivalent Output IP2

59

dBm

Output Return Loss (S22)

–20

dB

RESPONSE TO CDMA IS95

(Refer to Figure 13)

BASEBAND SIGNALS

ACPR

–72

dBc

EVM

1.3

%

Rho

0.9995

LO INPUT

LO Drive level

–10

–2

0

dBm

LOIP Input Return Loss (S11)

2

No Termination on LOIP, LOIN at

–5

dB

AC Ground

50

Ω Terminating Resistor, Differential

–9

dB

Drive via Balun

BASEBAND INPUTS

Input Bias Current

10

µA

Input Capacitance

2pF

DC Common Level

0.6

0.7

0.8

V

Bandwidth (3 dB)

Full Power (0.7 V

± 0.3 V on Each

80

MHz

Input, Refer to TPC 2)

ENABLE

Turn-On

Enable High to Output within 0.5 dB of

2.5

µs

Final Value

Turn-Off

Enable Low to Supply Current Dropping

1.5

µs

below 2 mA

ENBL High Threshold (Logic 1)

V

ENBL Low Threshold (Logic 0)

V

POWER SUPPLIES

Voltage

2.7

5.5

V

Current Active

50

65

78

mA

Current Standby

70

µA

NOTES

Specifications subject to change without notice.