Ethernet Settings; Ieee 488.2 / Gpib (Option Ho740); Optional Hameg Accessories; 19'' Rack Mount Kit 4He Hz46 - Rohde & Schwarz HMS-X Benutzerhandbuch

Remote Control
same time. Often also a standard gateway is present in a
network. In most local networks is this gateway with the
router to the Internet (DSL router, ISDN router etc.) is iden-
tical. Using this (gateway -) router a connection can be ma-
nufactured with another network. Thus also network ele-
ments, which are not in the same (local) network, can be
reached and/or network elements from the local network
are able to exchange data with network elements from
other networks. For a network-spreading data exchange
the IP address of the standard gateway must also be pre-
set. In local networks, mostly the first IP address within
a network for this (gateway -) router is used. Mostly rou-
ters in a local network to be used as gateway have an IP
address with a „1" in the last place of the IP address (e.g.
192.168.10.1).

12.3 Ethernet settings

PC and instrument have to be connected to the same network.
Otherwise a remote connection is not possible.
In addition to the USB interface, the optional interface card
HO730 resp. HO732 includes an Ethernet interface. The
required parameters are selected in the spectrum analyzer
once ETHERNET has been selected as interface. You can
specify all parameters and assign a fixed IP address. You
can also assign a dynamic IP address with the activated
DHCP function. Please contact your IT management to
configure the settings properly.
If DHCP is used and the system cannot assign an IP address to
the R&S®HMS-X (for instance, if no Ethernet cable is connected
or the network does not support DHCP), it may take up to three
minutes until a timeout allows the interface to be configured
again.
If the device has an IP address, it can be accessed via web
browser at this IP since the HO730 resp. HO732 includes
an integrated web server. Enter the IP address in the loca-
tion bar on your browser (http//xxx.xxx.xxx.xx). This opens
a window that includes the instrument name and type, se-
rial number and interfaces with technical information and
configured parameters. For further information, please re-
fer to the HO730 resp. HO732 manual on the ROHDE &
SCHWARZ homepgage.
In general, the HO730 works with a RAW-Socket communication
to control the instrument and to retrieve the measuring values.
Therefore, a TMC protocol or a similar protocol will not be used.

12.4 IEEE 488.2 / GPIB (Option HO740)

The optional interface card HO740 includes a IEEE488.2 in-
terface. Configure the settings of the HMS-X for all neces-
sary parameters after you select IEEE488 as interface and
press the softkey Parameter. For further information, ple-
ase refer to the HO740 manual.
76
13 Optionales
13 Optional HAMEG
Zubehör
accessories
13 . 1 19'' Einbausatz 4HE HZ46
Zum Einsatz in Rack-Systeme bietet HAMEG einen Einbau-
satz für die Spektrumanalysatoren an. Technische Details

13.1 19'' Rack mount kit 4HE HZ46

und Einbaubeschreibung finden Sie in dem Manual HZ46
For the application in rack systems we provides a kit for
auf http://www.hameg.com/downloads.
the R&S®HMS-X Technical details and a description about
the mounting you can find in the HZ46 manual on www.
13 .2 Transporttasche HZ99
hameg.com.
Die Transporttasche HZ99 dient dem Schutz Ihres Spek-
trum-Analysators und ist ab Lager lieferbar.

13.2 Carrying case HZ99

Fig. 13.1: Carrying case HZ99

Abb. 13.1: Transporttasche HZ99
13 .3 VSWR-Messbrücke HZ547
The carrying case HZ99 is used to transport your spectrum
(nutzbar mit Option HMS-TG bzw . HV211)
analyzer.
Zur Bestimmung des Stehwellenverhältnisses (VSWR =
Voltage Standing Wave Ratio) und des Reflexionsfaktors

13.3 VSWR bridge HZ547

(usable with option R&S®HMS-TG resp
R&S®HV211 voucher)
Abb. 13.2: VSWR-Messbrücke HZ547
(Reflection Coefficient) von Messobjekten mit einer Impe-

Fig. 13.2: VSWR bridge HZ547

danz von 50 Ω kann die optional erhältliche HAMEG Mess-
brücke HZ547 verwendet werden. Typische Messobjekte
The VSWR bridge HZ57 allows the measurement of the
sind z.B. Dämpfungsglieder, Abschlusswiderstände, Fre-
voltage standing wave ratio (VSWR) and the reflection co-
quenzweichen, Verstärker, Kabel oder Mischer. Der Mess-
efficient of 50 Ω devices. Typical objects are e.g. 50 Ω at-
bereich ist von 100 kHz bis 3 GHz spezifiziert. Technische
tenuators, load resistors, amplifiers, cables, mixers, fre-
Daten und den Messaufbau finden Sie im Manual HZ547
quency selective devices. The frequency range is 100 kHz
auf http://www.hameg.com.
to 3 GHz. The technical specifications and the measure-
ment set-up are decribed in the HZ547 manual on www.
13 .4 Nahfeldsondensatz HZ530/HZ540/HZ550
hameg.com.
Die Sonden haben je nach Typ eine Bandbreite von
100 kHz bis 1 GHz bzw. !1 MHz bis 3 GHz. Sie sind in mo-
13.4 Near field probe sets HZ530/HZ540/HZ550
dernster Technologie aufgebaut, und GaAs-FET so-
The set includes 3 hand-held probes with a built-in pre-
amplifier covering the frequency range from 100 kHz to
36
1 GHz resp. 1 MHz to 3 GHz. When used in conjuction with
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