Remote control
14-23
SSFW n, freq
This setting command is used for creating a Frequency-Scan-Tab frequency by
frequency. It is made of two fields as follows:
•
n
Is the index of frequency being written and it should range from 0 to 99
•
freq
Is the frequency, expressed in Hz (exponential notation allowed), being
written
The procedure to make and use a Frequency-Scan-Tab on PMM9010 is the
following:
•
Send as many commands
SSFW
as frequency points of table are in
upwards order.
•
Send the command
SSFD
with step size set to zero
Here is an example how to make a Frequency-Scan-Tab on PMM9010:
•
#SSFW 0, 150e3 * Set the first freq to 150kHz
•
# SSFW 1, 500e3 * Set the second freq to 500kHz
•
# SSFW 2, 5e6* Set the third freq to 5MHz
•
# SSFW 3, 6e6* Set the fourth freq to 6MHz
•
# SSFW 4, 30e6 * Set the fifth freq to 30MHz
Note that all the higher indexes in the Frequency-Scan-Tab are cleared. Therefore, a
Frequency-Scan-Table must be made in upwards order. All points, having a higher
index previously written, are cleared.
Note that only the present frequencies will be tuned and measured as all remaining
will be completely neglected. Hence, it is
responsibility of the user to make sure
the data sent are correct and coherent.
The reply is
SSFW
=OK
which acknowledges the command has been granted or
SSFW
=SERR
if the command has been ignored.
SSHT h
This setting command sets hold time for Sweep mode. The string (h) should be
expressed in ms. The reply is
SHT=OK
which acknowledges the command has
been granted or
SHT =SERR
if the command has been ignored.
Note that the Hold Time is automatically changed when detector is set to Smart
mode. In this case when the command SSDT is received the Hold Time = Min (Hold
Time, 1000). If one wants to set it lower than 1000 in smart mode, the user should
send the hold time command (SSHT) later than SSDT command.
Example:
#SSHT 1500*
Sets the hold time, for Sweep mode, to 1500 ms (or 1.5s)
SSOP f
This setting command sets the Stop frequency for Sweep mode. The string (f) can
be in exponential form and should be expressed in Hz. The reply is
SOP=OK
which
acknowledges the command has been granted or
SOP =SERR
if the command has
been ignored.
Example:
#SSOP 10e6*
Sets the Stop frequency, for Sweep mode, to 10MHz
SSPA a
This setting command switches Preamplifier, for Sweep Mode, according the
parameter (a) which can be either
On
or
OFF
.
The reply is
SPA=OK
which acknowledges the command has been granted or
SPA
=SERR
if the command has been ignored.
Example:
#SSPA ON*
Example:
#SSPA OFF*
SSPS a
This setting command switches Preselector, for Sweep Mode, according the
parameter (a) which can be either
On
or
OFF
.
The reply is
SPS=OK
which acknowledges the command has been granted or
SPS
=SERR
if the command has been ignored.
Example:
#SPS ON*
Example:
#SPS OFF*
Summary of Contents for PMM 9010 Series
Page 24: ...XXIV Safety considerations This page has been left blank intentionally ...
Page 42: ...2 10 Installation This page has been left blank intentionally ...
Page 66: ...6 6 Manual Mode Operating Instructions This page has been left blank intentionally ...
Page 72: ...7 6 Applications This page has been left blank intentionally ...
Page 92: ...9 14 General Information This page has been left blank intentionally ...
Page 112: ...10 20 Click Mode Operating Instructions This page has been left blank intentionally ...
Page 145: ...PMM 9030 9060 9180 Frequency Extension 11 33 Screwing the N N Adapter to BL 01 connector ...
Page 170: ...11 58 PMM 9030 9060 9180 Frequency Extension This page has been left blank intentionally ...
Page 178: ...12 8 PMM 9010 RMA Rack Mount Adapter This page has been left blank intentionally ...
Page 194: ...13 16 APD Mode Operating Instructions This page has been intentionally left blank ...
Page 230: ...14 36 Remote control This page has been intentionally left blank ...
Page 284: ...Suggerimenti Commenti Note Suggestions Comments Note ...