ADRF6704ACPZ-R7 datasheet(28/36 Pages) AD

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ADRF6704

Data Sheet

Rev. 0 | Page 28 of 36

CHARACTERIZATION SETUPS

Figure 48 and Figure 49 show characterization bench setups

used to characterize the ADRF6704. The setup shown in

Figure 48 was used to do most of the testing. An automated

VEE program was used to control equipment over the IEEE

bus. The setup was used to measure SSB, OIP2, OIP3, OP1dB,

LO, and USB NULL.

For phase noise and reference spurs measurements, see the

phase noise setup on Figure 49. Phase noise was measured on

LO and modulator output.

PC CONTROL

CONNECTED TO SYSTEM VIA USB TO GPIB ADAPTER

AEROFLEX IFR 3416 FREQUENCY GENERATOR

(WITH BASEBAND OUTPUTS AT 1MHz)

34980A

WITH 34950 AND (×2) 34921 MODULES

ROHDE AND SCHWARTZ SMT 06 SIGNAL GENERATOR

(REFIN)

AGILENT E4440A PSA SPECTRUM ANALYZER

ADRF670x TEST RACK ASSEMBLY (INTERNAL VCO CONFIGURATION)

ALL INSTRUMENTS ARE CONNECTED IN DAISY CHAIN

FASHION VIA GBIP CABLE UNLESS OTHERWISE NOTED.

+5V FOR

VPOS TO 34950

MODULE

BASEBAND INPUTS AT 1MHz

9-PIN DSUB

CONNECTOR

(REGISTER

PROGRAMMING)

10-PIN CONNECTOR

DC HEADER

RF OUT

REF IN

E3631A POWER SUPPLY

(+6V ADJUSTED TO 5V)

KEITHLEY S46 SWITCH SYSTEM #1

(FOR RFOUT AND REFIN ON 6 SITES)

PROGRAMMING

AND DC CABLE

(×6 FOR MULTISITE)

OUTPUT (REF)

INPUT

(RFOUT)

KEITHLEY S46 SWITCH SYSTEM #2

(FOR BASEBAND INPUTS ON 6 SITES)

34401A DMM (FOR SUPPLY

CURRENT MEASUREMENT)

BASEBAND OUTPUTS

(IN, IP, QN, QP)

6dB

ADRF6704

EVAL BOARD

Figure 48. General Characterization Setup

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