RF to IF Dual Downconverting Mixer

1700 - 2200 MHz F1150NBGI

IDT Zero-Distortion

TM Mixer

3

Rev2, July 2012

DATASHEET

IDTF1150 SPECIFICATION (1700 – 2200 MHZ MIXER W/HIGH SIDE INJECTION)

Specifications apply at VCC = +5.0V, FRF = 1850 MHz, FIF = 350MHz, PLO = 0 dBm, TC = +25°C, STBY = GND, LCMODE = VIH (STD Mode),

EVKit BOM = Standard Mode, Transformer Loss included (not de-embedded) unless otherwise noted.

Parameter

Comment

Symbol

min

typ

max

units

Logic Input High

For Standby, LCMODE

Pins

VIH

2

V

Logic Input Low

For Standby, LCMODE

Pins

VIL

0.8

V

Logic Current

For Standby, LCMODE

Pins

IIH, IIL

-30

+30

µA

Supply Voltage(s)

All VCC pins

VCC

4.75 to

5.25

V

Operating

Temperature Range

Case Temperature

TCASE

-40 to

+100

degC

Supply Current

Total VCC , STD Mode

Total Both Channels

ISTD

334

375

mA

Supply Current

Total VCC , LC Mode

LCMODE = GND

EVkit BOM = LC Mode

Total Both Channels

ILC

235

260

mA

Supply Current

Standby Mode

STBY = VIH

Total Both Channels

ISTBY

23

30

mA

RF Freq Range

Operating Range

FRF

1700 to

2200

MHz

IF Freq Range

Operating Range

FIF

50 to 450

MHz

LO Freq Range

High Side Injection

FLO

1750 to

2650

MHz

LO Power

PLO

-3 to +6

dBm

RF Input Impedance

Single Ended

Return Loss ~17 dB

ZRF

50

IF Output Impedance

Differential

Return Loss ~ 13 dB

ZIF

200

LO port Impedance

Single Ended

Return Loss ~15 dB

ZLO

50

Settling Time

• Pin = -13 dBm

• Gate STBY from V

IH to VIL

• Time for IF Signal to settle to

within 0.1 dB of final value

TSETT

0.155

µsec

Gain STD Mode

Conversion Gain

• F

RF = 1710 MHz

• LC

MODE = VIH

• EVkit BOM = STD Mode

• F

IF = 350 MHz

GSTD

7.0

8.1

8.6

dB

Gain LC Mode

Conversion Gain

• F

RF = 2050 MHz

• LC

MODE = GND

• EVkit BOM = LC Mode

• F

IF = 200 MHz

GLC

7.2

8.2

8.8

dB

NF STD Mode

Noise Figure

NFSTD

10

dB