Data Sheet

ADRF5203

SPECIFICATIONS

analog.com

Rev. 0 | 3 of 15

VDD = 12V, VSS = −12V, CTRL, EN, and HIGHZ = 0V or 3.3V, and TCASE = 25°C, with a 100Ω differential system, unless otherwise noted. RFC

refers to the RFCP and RFCN differential pair, RF1 refers to the RF1P and RF1N differential pair, RF2 refers to the RF2P and RF2N differential

pair, and RFx refers the RF1 and RF2 differential pairs.

Table 1. Electrical Specifications

Parameter

Symbol

Test Conditions/Comments

Min

Typ

Max

Unit

FREQUENCY RANGE

f

0

12

GHz

INSERTION LOSS

RFC and RFx (On)

DC to 6GHz

0.65

dB

6GHz to 10GHz

0.9

dB

10GHz to 12GHz

1.1

dB

RETURN LOSS

RFC (On)

DC to 6GHz

18

dB

6GHz to 10GHz

15

dB

10GHz to 12GHz

13

dB

RFx (On)

DC to 6GHz

19

dB

6GHz to 10GHz

16

dB

10GHz to 12GHz

13

dB

RFx (Terminated)

DC to 6GHz

16

dB

6GHz to 10GHz

14

dB

10GHz to 12GHz

13

dB

ISOLATION

RFC to RFx (Terminated)

DC to 6GHz

48

dB

6GHz to 10GHz

41

dB

10GHz to 12GHz

37

dB

RFC to RFx (HIGHZ)

DC to 6GHz

45

dB

6GHz to 10GHz

36

dB

10GHz to 12GHz

32

dB

RFx to RFx (Terminated)

DC to 6GHz

49

dB

6GHz to 10GHz

42

dB

10GHz to 12GHz

37

dB

RFx to RFx (HIGHZ)

DC to 6GHz

55

dB

6GHz to 10GHz

43

dB

10 GHz to 12GHz

35

dB

DC CHARACTERISTICS

Single ended

RFC to RFx On Resistance

RON

RFCP to RF1P and RFCN to RF1N

2.5

Ω

RFC to RFx Off Resistance

ROFF

RFCP to RF1P and RFCN to RF1N

1.2

MΩ

RFC to GND

RCG

RFCP to GND and RFCN to GND

>30

MΩ

RFx to GND

RXG

RF1P to GND and RF1N to GND

>30

MΩ

SWITCHING CHARACTERISTICS

Rise and Fall Time

tRISE,

tFALL

10% to 90% of RF output

400

ns

On Time

tON

50% CTRL voltage (VCTRL) to 90% of RF output

1.9

µs

Off Time

tOFF

50% VCTRL to 10% of RF output

1.1

µs

0.1dB Settling Time

tSETTLING 50% VCTL to 0.1 dB of final RF output

3.2

µs

INPUT LINEARITY 1

0.1dB Power Compression

P0.1dB

100MHz to 10GHz

34

dBm

10GHz to 12GHz

33

dBm