Step 4: Install the Module
Agilent M9302A PXI Local Oscillator System Connections
This section contains a cabling diagram for the M9392APXI Vector Signal Analyzer, a cable and module asso-
ciation table, and a block diagram for the M9302A.
Agilent M9392A PXI Vector Signal Analyzer Cabling Diagram
NOTE:
For best measurement
performance, connect a high-
quality 10 MHz reference to the
M9302A REF IN input. If no other
reference is available, connect
the 10 MHz reference supplied
on the back of the PXI chassis.
Cable and Module Table
Ships
with
Module
Ref
Des
Agilent Part
Number
Connection
Cable Description
M9360A
A1
M9360-20001 M9302A LO OUT – M9360A LO IN
Cable, semi-rigid, Master LO (SMA-SMA)
M9351A
A2
M9351-20001 M9360A RF 1 OUT – M9351A RF IN
Cable, semi-rigid (SMA-SMA)
M9361A
A3
M9361-20001 M9360A RF 2 OUT – M9361A RF IN
Cable, semi-rigid (SMA-SMA)
M9361A
A4
M9361-20002 M9360A LO 2 OUT – M9361A LO IN
Cable, semi-rigid (SMA-SMA)
M9351A
A5
M9351-20002 M9360A LO 1 OUT – M9351A LO IN
Cable, semi-rigid (SMA-SMA)
M9351A
B1
8120-5016
M9351A REF IN – M9302A REF 1 OUT Cable, coaxial, SMB-SMB (160 mm)
M9351A
B2
8121-2072
M9351A IF OUT – M9361A AUX IN
Cable, coaxial, SMB-SMB (75 mm)
M9202A
C3
8120-5531
M9361A IF OUT – M9202A INPUT 1
Cable, SMB - SMA coaxial (190 mm)
M9202A
C4
8121-2042
M9302A REF 2 OUT – M9202A REF IN Cable, A06/A32 80G (SMB-MMCX)
M9202A
*
8121-2041
n/a
Cable, A06/A32 190G (SMB-MMCX)
M9202A
*
8121-2041
n/a
Cable, A06/A32 190G (SMB-MMCX)
Torque specification
for all SMA connectors is 8 Lb-In (0.904 Nm).
*
These cables are not required to configure an Agilent M9392A PXI Vector Signal Analyzer. See the Agilent M9392A PXI
Vector Signal Analyzer Cabling Diagram above. These cables are provided for using the Agilent M9202A PXIe IF Digitizer
in other applications.
No cables are shipped with the Agilent M9302A PXI Local Oscillator module.
16
Agilent M9302A PXI Local Oscillator Startup Guide
