Step 8 - Equipment Setup

Installation Steps: 1 2 3 4 5 6 7 8 9

  1. Ensure the signal generator, arbitrary waveform generator, and analyzer are turned off.

  2. Connect the equipment to a computer using one of the following methods for instrument control:

Hardware Connections

The N7620B Signal Studio for Pulse Building software supports three general system configurations. Each system requires an PSG/MXG/EXG/ESG vector signal generator, an arbitrary waveform generator (AWG), and a spectrum or signal analyzer. The three systems are designed around the modulation capabilities of the PSG/MXG/EXG/ESG vector signal generators and are:

The following hardware can be used to create a system:

  • Vector Signal Generator

PSG Series

E8267C

E8267C Option 015

E8267D

E8267D Option 015

E8267D Option H16

X-Series

N5172B EXG

N5182B MXG

ESG Series

E4438C

LXI Series

N8212A

N8212A Option 016

  • Arbitrary Waveform Generator

PSG/ESG Internal AWG (Options 001, 002, 601, or 602)

MXG Internal AWG (Options 651, 652, 654, 656, or 657)

EXG Internal AWG (Options 653 or 655)

M8190A Arbitrary Waveform Generator

N603xA Arbitrary Waveform Generator

N824xA Arbitrary Waveform Generator (Option SL1 is not supported by this application.) 

M933xA Arbitrary Waveform Generator

  • Spectrum/Signal Analyzer

UXA Signal Analyzer

PXA Signal Analyzer

MXA Signal Analyzer

EXA Signal Analyzer

ESA Spectrum Analyzer

PSA Spectrum Analyzer

N8201A Option H02 Down Converter

Common 10 MHz Reference

In all configurations the hardware must share a common 10 MHz reference.

This reference can be provided by the signal generator, the spectrum/signal analyzer, or by a house standard. The N7620B software always configures the external arbitrary waveform generator to use an external 10 MHz reference. The PSG/MXG/EXG/ESG signal generator has an auto sensing 10 MHz reference input. That is to say, the signal generator will automatically use an external reference if one is connected. The software verifies a common 10 MHz reference during a correction measurement or during the self test. The reference can be selected from the System tab in the Download > Customize... dialog.

System Optimization

To obtain the best performance of your system, it is recommended that you perform the following procedures:

Possible System Configurations

ClosedWideband IQ: E8267D PSG Option 016 and M8190A Arb with N9030A PXA

Connections:

ClosedWideband IQ: E8267D PSG Option 016 and N8241A or N6030A Arb with PXA

Connections:

OR

ClosedWideband IQ: E8267D PSG Option 016, H16 or HBQ, and N8241A or N6030A Arb with PSA

Connections:

OR

ClosedWideband IQ: E8267D PSG Option 016, H16 or HBQ, and N8241A/N8242A or N6030A/N6031A Arb with PXA, MXA, or EXA

Connections:

OR

ClosedWideband IQ: E8267C/D PSG Option 015 and N8241A or N6030A Arb with PSA

Be sure to enable the spectrum analyzer 10 MHz reference output.

Connections:

OR

ClosedWideband IQ: N8212A Option 016 and N8241A Arb with PSA

Be sure to enable the spectrum analyzer 10 MHz reference output.

ClosedWideband IQ: N8212A Option 016 and N8241A Arb with N8201A

Be sure to enable the spectrum analyzer 10 MHz reference output.

ClosedExternal IQ: E8267C/D PSG and N8241A or N6030A Arb with PXA

Be sure to enable the spectrum analyzer 10 MHz reference output.

Connections:

OR

ClosedExternal IQ: N5182B MXG and N8241A or N6030A Arb with PXA

Be sure to enable the spectrum analyzer 10 MHz reference output.

Connections:

OR

ClosedExternal IQ: E8267C/D PSG and N6030A Arb with PSA

Be sure to enable the spectrum analyzer 10 MHz reference output.

Connections:

ClosedExternal IQ: E4438C ESG and N6030A Arb with PSA

Be sure to enable the spectrum analyzer 10 MHz reference output.

Connections:

ClosedInternal IQ: N5182B MXG with MXA or PXA

Be sure to enable the spectrum analyzer 10 MHz reference output.

Connections:

The analyzer provides the 10 MHz reference in these configurations.