18.12.2012 Views

R&S FSQ Signal Analyzer - Rohde & Schwarz

R&S FSQ Signal Analyzer - Rohde & Schwarz

R&S FSQ Signal Analyzer - Rohde & Schwarz

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

R&S <strong>FSQ</strong> Instrument Functions<br />

PHASE LINE 1 /<br />

PHASE LINE 2<br />

The two softkeys cannot be used in the frequency domain (span > 0).<br />

Remote command: CALC:TLIN:STAT ON<br />

CALC:TLIN 10ms<br />

Basic Settings<br />

The PHASE LINE 1/2 softkeys activate/deactivate phase lines 1/2 and activate entry<br />

of the line position.<br />

The phase lines mark the selected phases in the measurement window.<br />

Entries are made in the currently selected phase unit.<br />

The line is adapted automatically if the unit is changed using the PHASE RAD/DEG<br />

softkey in the AMPT menu.<br />

The line will, however, not be adapted automatically if the phase offset is changed<br />

using the PHASE OFFSET softkey in the AMPT menu.<br />

The PHASE LINE 1/2 softkeys are only available if option R&S <strong>FSQ</strong>-B71 is<br />

installed.<br />

Remote command: CALC:PLIN1:STAT ON<br />

CALC:PLIN1 120DEG<br />

CALC:PLIN2:STAT ON<br />

CALC:PLIN2 140DEG<br />

4.6.2 Configuration of Screen Display – DISP Key<br />

The DISPLAY menu allows the configuration of the diagram display on the screen<br />

and also the selection of the display elements and colors. The POWER SAVE mode<br />

is also configured in this menu for the display.<br />

The test results are displayed on the screen of the R&S <strong>FSQ</strong> either in a full-screen<br />

window or in two overlapping windows. The two windows are called diagram A and<br />

diagram B.<br />

In the default setting, the two windows are completely decoupled from each other,<br />

i.e. they behave like two separate instruments. This is very useful, for example with<br />

harmonics measurements or measurements on frequency-converting DUTs, since<br />

the input signal and the output signal lie in different frequency ranges.<br />

However, specific settings of the two windows (reference level, center frequency)<br />

can be coupled, if required, so that with CENTER B = MARKER A for example, the<br />

shift of the marker in diagram A causes the frequency range (zoomed in some<br />

cases) to be shifted along diagram B.<br />

New settings are performed in the diagram selected via SCREEN A or SCREEN B<br />

hotkey. If only one window is displayed, it is the diagram in which the measurements<br />

are performed; the diagram not displayed is not active for measurements.<br />

4.164 Operating Manual 1313.9681.12 - 01

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!