Dual Path Lowband RF Receiver

400MHz to 1100MHz

F1130

Datasheet

Glitch-FreeTM, RF Receiver

6

February 8, 2022

F1130 SPECIFICATION (CONTINUED)

Specifications apply at VCC = +5.00V, TCASE = +25°C, FRF = 900MHz, FIF = 199MHz, FLO = 1099MHz, PLO = 0dBm, For

bypass ON, RF VGA input = +5dBm, for Bypass OFF, RF VGA input = -20dBm/tone, Attenuator = 0dB, STBY_A,

STBY_B = GND unless otherwise noted. Trace, Connector, and external transformer losses are de-embedded.

Parameter

Symbol

Conditions

Min

Typ

Max

Units

Mixer

Gain

GMXR

8

9

10

dB

Gain Flatness

GMXR_FLAT

FRF = 1400 MHz to 2700 MHz

over any 100 MHz bandwidth

± 0.2

dB

IF Gain Flatness

Bandwidth

GIF_FLAT1

Fixed LO

Flatness = 0.5 dB

200

MHz

GIF_FLAT2

Fixed LO

Flatness = 0.8 dB

300

MHz

Gain Variation

GMXR_T

Tcase =-40 to +105 °C

± 0.8

dB

Noise Figure

NFMXR

10.3

dB

Blocking Noise Figure

NFMXR_BLK

+75 MHz offset

Pin (Blocker) = + 4dBm

17.5

dB

Input 1 dB Compression

IP1dBMXR

7

9

dBm

Output Third Order

Intercept Point

OIP3MXR

1 MHz tone separation

33

36

dBm

Output Second Order

Intercept Point

OIP2MXR

1 MHz tone separation

58

dBm

2RF – 2LO rejection

2x2MXR

FRF – FIF/2

68

dBc

3RF – 3LO rejection

3x3MXR

Frequency = FRF – 2*FIF/3

70

dBc

Second Harmonic

HD2MXR

65

dBc

Third Harmonic

HD3MXR

80

dBc

Settling Time

τMXR_SET

Pin = -13 dBm

STBY VIH to VIL

Time for IF to settle to 0.1 dB

of final value

170

ns

Mixer RF Input Match

S11MXR_RF

-15

dB

Mixer LO Input Match

S11MXR_LO

-15

dB

Mixer IF Output Match

S22MXR_IF

-13

dB

Channel Isolation

ISOIF

IFOUT_A to IFOUT_B

70

dBc

RF to IF Isolation

ISORI

Pin = -10 dBm

Ratio of IF level to RF leakage

at IF port

36

dBc

LO to RF Leakage

ISOLR

-47

dBm

LO to IF Leakage

ISOLI

-37

dBm

Note 1: Items in min/max columns in bold italics are Guaranteed by Test.

Note 2: Items in min/max columns that are not bold/italics are Guaranteed by Design Characterization.

Note 3: Speeds are measured after SPI programming is completed (data latched with LE = HIGH).

Note 4: Gain across the entire frequency band is affected by the inclusion of the RF switch.