Rohde & Schwarz URV5-Z1 User manual

<8>
ROHDE&SCHWARZ
Measuring
lns’grurnents
and
Systems
Dwusron
Manual
DC Probe URV5-Z1
395.0512.02
RF
Probe
URV5-Z7
395.261
5.02/.03
10-V Insertion Unit URV5-22
395.1
O1
9.04/.55/.56
100-V
Insertion
Unit
URV5-Z4
395.1 619.04/.55/.56/.76
Printed
in
the
Federal
Republic
of
Germany
395.0512»:
1
5.1
n`bı-ıosascı-ıwAnz
Measuring
Instruments
and
Systems
Division
Manual
DC Probe URV5-21
395.0S12.02
RF Probe URV5-Z7
395.2615.02/.03
10-V Insertion Unit URV5-Z2
395.1019.04 55 56
/. /.
100-V Insertion Unit URV5-Z4
395.1619.04/.55/.56/.76
Prınted inthe Federal
Republic of Germany
395.0512.02
1
E- 1

Table
of
Contents
Data
sheet
Notes
onojeration
I0......OOCOCOOCUOCOOOOOOOOOOOUC
Probes
0.0.0..0......OOOOOOOOCOCCOOOOOOIOOOO0......
mprObe
OOOOOOOOOOOOOOOOOOOOIOO0.000000IOOOOOOOOOO
AC
Probes
........................................
General Remarks on RF Measurements and RF Probes .
RF
Probe
...........................
RF
Insertion
Units
................
Impedance
Values
(RCL
INP
Key)
...................
PEAK
(PEP)
Key
...................................
o
o o o o
I
o
o o o o
o
o
o
o o o
NNNNfl
o
a
o
bin-i
N
NNNNNN
N
w
wwwwww
0‘
NNNNNN
w
Maintenance
RF
Probe
Required
Checking
"RVs-Z7
000000000000000000000000000000000
Measuring
Equipment
and
Accessories
.....
the
Rated
Specification
.................
Checking
the
Linearity
...........................
Checking
the
Input
Capacitance
...................
Performance
Test
Report
..........................
000000
.0
N...
wNNN—I
10-V
Insertion
Unit
50
Q
URVS-Zz
ooooooooaoooooooo
Required
Measuring
Equipment
and
Accessories
.....
Checking
the
Rated
Specifications
................
Checking
the
Linearity
...............i...........
Checking
the
Reflection
Coefficient
..............
Performance
Test
Report
..........................
bubb-bb-b
wwwwww
NNNNNN
100-V Insertion Unit 50 n URV5—24 ................
Required Measuring Equipment and Accessories .....
Checking the Rated Specifications ................
Checking the Linearity ...........................
Checking
the
Reflection
Coefficient
..............
Performance Test Report ..........................
wwwwww
wwuwwu
wwwwww
100-V
Insertion
Unit
75
n
URVS—Z4
................
Required
Measuring
Equipment
and
Accessories
.....
Checking
the
Rated
Specifications
................
Checking
the
Linearity
...........................
Checking
the
Reflection
Coefficient
..............
Performance
Test
Report
wwuwuw
U‘U‘U‘U‘U‘U‘
O
o
O
on
so
N—l
WNNN-i
395.0512.02
Page
2.1
2.9
2.9
2.11
2.11
2.13
2.16
2.25
2.26
3.13
3.13
3.13
3.13
3.14
3.15
3.16
3.16
3.16
3.16
3.17
3.18
3.19
3.19
3.20
3.20
3.21
3.22
3.23
3.23
3.24
3.24
3.25
3.26
Table of
Contents
Page
1
Data sheets
2
Notes on Operation
................................ 2.1
2.3.2 Probes ............................................
2.3.2.1 DC Probe ooıoooııoooıııoooıooooooooooıooıoıooooıooı
2.3.2.2 AC Probes ooooıooooıoıooıoooooıooııoıooooooıııooı0
2.3.2.2.1 General Remarks on RF Measurements and RF Probes
.
2.3.2.2.2 RF Probe
ggg....Q...Q.QQQQQQOQQQQQQQQQQQOOOQQQQ..
2.3.2.2.3 RF
Insertion Units ...............................
Impedance Values (RCL INP Key) ...................
2.3.6 PBAK (PEP) Key 00000000000000000ıoooooooıoooooooıo
2.9
2.9
2.11
2.11
2.13
2.16
2.25
2.26
1
2
1
2
1
2
1
2
. .1
• .2
• .2
• .2
• .3
• .1
• .2
• .2
• .2
• .3
• .1
• .2
• .2
• .2
• .3
• .1
• .2
• .2
• .2
• .3
2
2
2
2
2
2
3
3
3
3
3
3
4
4
4
4
4
4
s
s
5
5
$
5
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3.13
3.13
3.13
3.13
3.14
3.15
RF Probe URVS-Z7
ıooıoıoııııooıııııoıooooooıııoıoo
Required measuring Equipment and Accessories
.....
Checking the Rated Specification
.................
Checking the Linearity
...........................
Checking the Input Capacitance
...................
Performance Test Report
..........................
3.16
100-V Insertion Unit so Q URV5-24 ooıooooooıoııooo 3.19
Required measuring Equipment and Accessories ..... 3.19
Checking the Rated Specifications ................ 3.20
Checking the Linearity 0000
ııoııoooooooooooıoııoıo 3.20
Checking the Reflection coefficient .............. 3.21
Performance Test Report
.......................... 3.22
Maintenance
10-V Insertion Unit S0 n URVS-Z2
oooooooooooıoıooı 3.16
Required measuring Equipment and Accessories .....
3.16
Checking the Rated Specifications
................ 3.16
Checking the Linearity ...............'....„......
Checking the Reflection Coefficient .............. 3.17
Performance Test Report .......................... 3.18
100-V Insertion Unit 75 n uRv5-z4
................ 3.23
Required Measuring Equipment and Accessories
..... 3.23
checking the Rated Specifications
................ 3.24
Checking the Linearity
ooooooooooooıooıoooııııggg. 3.24
Checking the Reflection Coefficient
.............. 3.25
Performance Test Report
.......................... 3.26
39S.0S12.02
3
E-1

Seite
3.6
DCPrObEURV5‘21.oo...............o..............
3.27
3.6.1
Required
Measuring
Equipment
and
Accessories
.....
3.27
3.6.2
.Checking
the
Rated
Specifications
................
3.27
3.6.2.1 Checking the Measurement Accuracy ................ 3.27
3.6.3 Performance Test Report .......................... 3.28
3.7 Checking the Frequency Response of RP Probes ..... 3.29
3.8
Test
Setup
for
Measurement
of
Reflection
Coefficient ...................................... 3.30
4.1.5
Measuring
Heads
..................................
4.7
4.1.5.1
RP
PrObe
URV5'27
.................................
4.8
4.1.5.1.1
20-/40-dB
DiViderS
......o........................
4.8
4.1.5.1.2
50-/75-“
Adapters
................................
438
4.1.5.2
10-V
Insertion
Unit
URVS-ZZ
......................
4.8
4.1.5.3
100-V
Insertion
Units
URVS-z4
....................
4.8
4.1.5.4
DC
PrObe
URVS'Z1
.............................0...
4.8
List
of
mechanical
parts,
Figures
pertaining
to
list
of
mechanical
parts,
Parts
lists,
Circuit
diagrams,
Components
plans
in
Appendix
395.05.12.02
4
3-1
Seite
1
• • 1
. .2
• • 2
• • 3
6
6
6
6
6
7
8
3
3
3
3
3
3
3
roe - ooooooooıoooıooıoooQQQooooooooooo
Required Measuring Equipment and Accessories .....
Checking the Rated Specifications ................
checking the Measurement Accuracy ................
ıooooooıoooooıoooıoooıoooo
Checking the Frequency Response of RF Probes ..... 3.29
Reflection
3.30
3.27
3.27
3.27
3.27
3.28
Test Setup for Measurement of
0ıooooooıoooooııooooooooooıoıııııoooıo
4.1.5
Measuring Heads ..................................
4.1.5.1 RF probe URV5-Z7
.................................
4.1.5.1.1 20-/40-dB Dividers oıooıoooıoıoooooooıoooooıoooııo
4.1.5.1.2 50-/75-Q Adapters
................................
4.1.5.2 10-V Insertion Unit URV5-Z2
oooooooıooıoooıoooııoı
4.1.5.3 100-V Insertion Units URV5-Z4
oıııooøıooıoııoııooo
.1.5. DC probe URV5-Z1 0000000000ııoıøoøøoııøoııoııooııo
4 4
4.7
4.8
4.8
4.8
4.8
4.8
4.8
List of mechanical parts,
Figures pertaining to list of
mechanical parts,
Parts lists,
Circuit diagrams,
Components plans
in Appendix
39s.0s12.02
4
B-1

Data sheet
The voltage sensors of the ¸URV5-Z
series are indispensable tools in RF and
microwave laboratories, test departments
and service. They cover a frequency
range from 9 kHz to 3 GHz and thus close
the gap between low-frequency voltage
measurements and microwave power
measurements.
Consequently they may be used for the
following measurements:
◆High-impedance DC and AC voltage
measurements in non-coaxial circuits
◆Level measurements in 50 :lines
◆Terminated power measurements
Voltage sensors are the right tools for
everyday use. They permit the measure-
ment of voltages from 200 ΠV to 1000 V
and of powers from 1 nW (#60 dBm) up to
200 W ($53 dBm).
Voltage Sensors ¸URV5-Z
Universal voltage measurements from RF to microwaves
Version
05.00
May
2005
Data
sheet
Version
05.00
Voltage Sensors R&S®URV5-Z
Universal voltage measurements from RF to microwaves
The voltage sensors of the R&S®URV5-Z
series are indispensable tools in RF and
microwave laboratories, test departments
and service. They cover a frequency
range from 9 kHzto 3 GHz and thus close
the gap between low-frequency voltage
measurements and microwave power
measurements.
Consequently they may be used for the
following measurements:
6 High-impedance DC and AC voltage
measurements in non-coaxial circuits
6 Level measurements in 50 Q lines
6 Terminated power measurements
Voltage sensors are the right tools for
everyday use. They permit the measure-
ment of voltages from 200 uV to 1000 V
and ofpowers from 1 nW (—60 dBm) upto
200 W (+53 dBm).
ROHDE&SCHWARZ
ROHDE&SCHWARZ

2Voltage Sensors ¸URV5-Z
Waveform weighting
All ¸URV5-Z AC sensors are cali-
brated so that the rms value is indicated
for a sinewave voltage. With other wave-
forms, e.g. squarewaves, the peak value
is decisive for the type of weighting
employed. Below about 30 mV, the RF
probe and the 10 V insertion unit mea-
sure rms values. Above 1 V, the peak-to-
peak value Vpp is measured and Vpp/(2%2)
is indicated, which corresponds to the
rms value of a sinewave voltage.
Between 30 mV and 1 V the type of
weighting is determined by the wave-
form.
The measurement of modulated sine-
wave voltages follows a pattern similar to
that of non-sinusoidal waveforms. Up to a
peak value of 30 mV at the envelope´s
maximum (corresponding to 10 ΠW PEP
in 50 :systems), the true rms value is
measured. With power indication in W or
dBm, the average power is displayed.
Above 1 V (10 mW PEP) and with a mod-
ulation frequency of at least 10 kHz, the
peak value is measured again. In the case
of power measurements, the peak enve-
lope power PEP is indicated without any
calculations being required, and for volt-
ages the value VPP/(2%2).
Limit values specified for the 100 V
Insertion Unit ¸URV5-Z4 are 20 dB
higher than for the 10 V insertion unit, i.e.
by a factor of 10 for voltages and by a fac-
tor of 100 for power levels. When a plug-
on divider is used with the RF probe, limit
values are to be increased by the amount
of the preceding attenuation.
Sensors
¸URV5-Z7 RF Probe
0395.2615.02 200 µV to 10 (1000) V, 20 kHz to 1 GHz
¸URV-Z6 Accessory Set
0292.5364.02 20/40 dB plug-on dividers and 50 :BNC adapter for RF probe
¸URV-Z50 50 :Adapter
0394.9816.50 for power measurements with RF probe at 50 :sources
¸URV-Z3 75 :Adapter
0243.9118.70 for power measurements with RF probe at 75 :sources
¸URV5-Z1 DC Probe
0395.0512.02 1 mV to 400 V
¸URV5-Z2 Insertion Unit 50 :
0395.1019.02/05 200 µV to 10 V, 9 kHz to 3 GHz
¸URV5-Z4 Insertion Unit 50 :
0395.1619.02/05 2 mV to 100 V, 100 kHz to 3 GHz
Measurement accuracy
Voltage sensors and measuring devices
have a long tradition in RF measurements
but for a long time they were not con-
sidered very accurate. Since 1989,
Rohde&Schwarz has set standards with
its voltage sensors: state-of-the-art zero-
bias Schottky diodes ensuring highly sta-
ble, reproducible measurements. Instead
of using analog methods for linearization
and compensating temperature errors of
the rectifier in the sensors, correction val-
ues are calculated. Each sensor has a
built-in calibration data memory which
holds all individual parameters to be
taken into account by the meter.
This numerical correction offers high
accuracy over the entire dynamic range
of >90 dB and at the same time simplifies
operation: the meter identifies the type of
sensor connected and automatically
adapts to it. When a test frequency is
entered by the user, the frequency
response determined during calibration
may be selected for increasing the mea-
surement accuracy.
The Level Meter ¸URV35 with the Insertion
Unit ¸URV5-Z2 in mobile use
Low-load voltage measurement with the RF Probe
¸URV5-Z7
General
General
.T_-.,r';_r'-,Ia'.':r".'
-
:.
_
.
‚.-
-'
.'.'. '
.
1"" _
low-load voltage measurement with the RF Prohe
R850 UH V5 -Z7
Sensors
R&S°URV5-Z7 RF Probe
0395.2615.02 200 pV to 10 (1000) V, 20 kHz to 1 GHz
R&S®URV-Z6 Accessory Set
0292.5364.02 20/40 dB plug—on dividers and 50 Q BNC adapter for RF probe
R&S°URV-Z50 50 Q Adapter
0394.9816.50 for power measurements with HF probe at 50 Q sources
R&S°URV-Z3 75 Q Adapter
0243.9118.70 for power measurements with HF probe at 75 Q sources
R&S®URV5-Z1 DC Probe
0395.0512.02 1 mV to 400 V
R&S®URV5-ZZ Insertion Unit 50 Q
0395.1019.02/05 200 pV to 10 V, 9 kHz to 3 GHz
R&S°UBV5-Z4 Insertion Unit 50 Q
0395.1619.02/05 2 mV to 100 V, 100 kHz to 3 GHz
Measurement accuracy Waveform weighting
Voltage sensors and measuring devices
have a long tradition in RF measurements
but for a long time they were not con-
sidered very accurate. Since 1989,
Bohde&Schwarz has set standards with
its voltage sensors: state-of-the-art zero-
bias Schottky diodes ensuring highly sta-
ble, reproducible measurements. Instead
of using analog methods for linearization
and compensating temperature errors of
the rectifier in the sensors, correction val-
ues are calculated. Each sensor has a
built-in calibration data memory which
holds all individual parameters to be
taken into account by the meter.
This numerical correction offers high
accuracy over the entire dynamic range
of >90 dB and atthe same time simplifies
operation: the meter identifies the type of
sensor connected and automatically
adapts to it. When a test frequency is
entered by the user, the frequency
response determined during calibration
may be selected for increasing the mea-
surement accuracy.
2 Voltage Sensors nsssunvs-z
All R&S®URV5-Z AC sensors are cali-
brated so that the rms value is indicated
fora sinewave voltage. With other wave-
forms, e.g. squarewaves, the peak value
is decisive for the type of weighting
employed. Below about 30 mV, the BF
probe and the 10 V insertion unit mea-
sure rms values. Above 1 V, the peak-to-
peakvalue Vpp is measured and Vim/(2‘12)
is indicated, which corresponds to the
rms value of a sinewave voltage.
Between 30 mV and 1 V the type of
weighting is determined by the wave-
form.
The measurement of modulated sine-
wave voltages follows a pattern similar to
that of non-sinusoidal waveforms. Upto a
peak value of 30 mV at the envelope's
maximum (corresponding to 10 pW PEP
in 50 Q systems), the true rms value is
measured. With power indication in W or
dBm, the average power is displayed.
Above 1 V (10 mW PEP) and with a mod-
ulation frequency of at least 10 kHz, the
peak value is measured again. In the case
of power measurements, the peak enve-
lope power PEP is indicated without any
calculations being required, and for volt-
ages the value VPP/(NZ).
Limit values specified for the 100 V
Insertion Unit B&S®UBV5-Z4 are 20 dB
higherthan forthe 10 V insertion unit, i.e.
by a factor of 10 for voltages and by a fac-
tor of 100 for power levels. When a plug-
on divider is used with the RF probe, limit
values are to be increased by the amount
of the preceding attenuation.
The level Meter H&S® UHI/35 with the Insertion
Unit R&S® UHV5—ZZ in mobile use

Voltage Sensors ¸URV5-Z 3
Four types of meters are available for volt-
age and power measurements.
Meters
¸URV35
compact voltmeter and power meter for
use in service, testshops and labs. unique
combination of analog and digital display
in the form of moving-coil meter plus LCD.
Many measurement functions, display in
all standard units, choice of battery or AC
supply operation, RS-232-C interface. All
sensors are suitable.
¸URV55
Attractively priced, single-channel volt-
meter. Many measurement functions,
display of results in all standard units,
analog output comes as standard,
IEC/IEEE bus connector. All sensors are
suitable.
¸NRVD
Modern dual-channel power meter with
menu operation and IEC/IEEE bus con-
nector (SCPI). Ideal for relative measure-
ments in two test channels (attenuation,
reflection). Large variety of measurement
functions, display of results in all stan-
dard units. Many extras like 1 mW test
generator, indication of measurement
uncertainty, etc. All sensors are suitable.
¸NRVS
Attractively priced, single-channel power
meter, similar to the ¸URV 55. All
sensors are suitable.
Fourtypes of meters are available for volt-
age and power measurements.
Meters
R&S®URV35
compact voltmeter and power meter for
use in service, testshops and labs. unique
combination of analog and digital display
in theform of moving-coil meter plus LCD.
Many measurement functions, display in
all standard units, choice of battery orAC
supply operation, RS-232-C interface. All
sensors are suitable.
R&S®URV55
Attractively priced, single-channel volt-
meter. Many measurement functions,
display of results in all standard units,
analog output comes as standard,
lEC/IEEE bus connector. All sensors are
suitable.
R&S®NRVD
Modern dual-channel power meter with
menu operation and lEC/IEEE bus con-
nector (SCPI). Ideal for relative measure-
ments in two test channels (attenuation,
reflection). Large variety of measurement
functions, display of results in all stan-
dard units. Many extras like 1 mW test
generator, indication of measurement
uncertainty, etc. All sensors are suitable.
R&S®NRVS
Attractively priced, single-channel power
meter, similar to the R&S®URV 55. All
sensors are suitable.
'.' “m ll'ulll HI"? III'I'II:
mm.“ mu
I:- “I“! PL'MIUI Hrll'l hlrl
Voltage Sensors R&S°URV5—Z

4Voltage Sensors ¸URV5-Z
Frequency response
1.5
1
0.5
0
dB
10 100 200 300 400 500MHz
Frequency
abc
SWR
1.2
1.1
1
10 100 200 300 400 500MHz
Frequency
ab
c
RF Probe ¸URV5-Z7
The RF probe is a universal tool for mea-
suring RF voltages. The low input capaci-
tance of 2.5 pF makes it virtually non-
loaded and ideally suitable for measure-
ments on non-coaxial circuits up to
500 MHz or up to 1 GHz when appropriate
accessories are used. A plug-on divider
extends the voltage measurement range
from 10 V to 1000 V and at the same time
reduces the input capacitance to 0.5 pF.
Compared to active, high-impedance
probes, the dynamic range of the
¸URV5-Z7 is greater by a factor of 10
to 100, i.e. higher voltages can be mea-
sured with the same sensitivity. With a
dynamic range from 200 ΠV to 10 V with-
out the use of a plug-on divider, the probe
covers all voltage levels common in state-
of-the-art electronic equipment.
Typical frequency response of the RF Probe ¸URV5-Z7 with voltage mea-
surements on a matched 50
: line (without adapter, short ground connec-
tion); a) direct, b) with 20 dB plug-on divider, c) with 40 dB plug-on divider
Typical SWR of a matched 50 : line after connecting the RF Probe
¸URV5-Z7 (without adapter, short ground connection);
a) direct, b) with 20 dB plug-on divider, c) with 40 dB plug-on divider
The RF Probe ¸URV5-Z7, 200 µV to 10 (1000) V, 20 kHz to 1 GHz
RF Probe R&S®URV5-Z7
The RF probe is a universal tool for mea-
suring RF voltages. The low input capaci-
tance of 2.5 pF makes it virtually non-
loaded and ideally suitable for measure-
ments on non-coaxial circuits up to
500 MHZ oruptol GHz when appropriate
accessories are used. A plug-on divider
extends the voltage measurement range
from 10 Vto 1000 V and at the same time
reduces the input capacitance to 0.5 pF.
Compared to active, high-impedance
probes, the dynamic range of the
R&S®URV5-Z7 is greater by a factor of 10
to 100, Le. higher voltages can be mea-
sured with the same sensitivity. With a
dynamic range from 200 uV to 10 V with-
out the use ot a plug-on divider, the probe
covers all voltage levels common in state-
of-the-art electronic equipment.
The RFProhe 3&3” UHV5—Z7, 200/1 Vto 10 (1000/ V, 20 kHz to 1 GHZ
—>
n.
e
m
U1
4/
//,/
0 , 4//
10 100 200 300 400 MHZ 500
Frequency
4»
./
/
P
r.n
Frequency
response
Typical frequency response of the BFProhe H880 URI/517 with voltage mea-
surements on a matched 50 .Qline (without adapter, short ground connec-
tion); a) direct, h} with 20 dB plug-on divider, c) with 40 dB plug-on divider
4 Voltage Sensors R&S°’UBV5-Z
/
/°
/
\\
/
///
%/
10 100 200 300 400 MHz 500
Frequency
4»
1
Typical SW]? of a matched 50 Qline after connecting the HF Probe
3&8‘5’ URI/517 {without adapter, short ground connection);
a) direct, h} with 20 dB plug-0n divider, cl with 40 dB plug-on divider
g
/*
ııı

Voltage Sensors ¸URV5-Z 5
Accessories for RF probe
DC Probe ¸URV5-Z1
The low input capacitance of the DC
Probe ¸URV5-Z1 makes it particularly
suitable for measurements in RF circuits.
Since the probe is virtually non-loaded,
the circuit under test remains largely
unaffected. This prevents the operating
point of active circuits from being shifted,
which can occur with high capacitive
loading.
The DC Probe ¸URV5-Z1, 1 mV to 400 V, 3 pF
÷÷ 9 M :
Accessory Set ¸URV-Z6
20 dB and 40 dB plug-on dividers for extending the voltage measurement range and
reducing the input capacitance to 100 V/1 pF or 1000 V/0.5 pF. BNC adapter for level
measurements in 50 :coaxial lines (see also Insertion Units ¸URV5-Z2/-Z4).
Adapters ¸URV-Z50 and ¸URV-Z3
With integrated termination for power measurements on matched sources, the
adapters make the probe a power sensor with an extremely wide dynamic range of
93 dB. For increasing the measurement accuracy with the 50': adapter connected,
frequency response correction data is stored in each probe.
20/40 dB plug-on dividers and BNC adapter
¸URV-Z50: 50 :, 20 kHz to 1 GHz,
1 nW to 2 W
¸URV-Z3: 75 :, 20 kHz to 500 MHz,
0.5 nW to 1.3 W
Accessories for RF probe
Accessory Set R&S®URV-Zö
20 dB and 40 dB plug-on dividers for extending the voltage measurement range and
reducing the input capacitance to 100 V/l pF or 1000 V/0.5 pF. BNC adapter for level
measurements in 50 Q coaxial lines (see also Insertion Units R&S®URV5-ZZ/—Z4).
Adapters R&S®URV-250 and R&S®URV-Z3
With integrated termination for power measurements on matched sources, the
adapters make the probe a power sensor with an extremely wide dynamic range of
93 dB. For increasing the measurement accuracy with the 50 Q adapter connected,
frequency response correction data is stored in each probe.
20
kHz
to
1
6H2,
.
DC Probe R&S®URV5-Z1
The low input capacitance of the DC
Probe R&S® URV5-Z1 makes it particularly
suitable for measurements in RF circuits.
Since the probe is virtually non-loaded,
the circuit under test remains largely
unaffected. This prevents the operating
point
ofactive
circuits
from
being
shifted,
which can occur with high capacitive
loading.
The at: Probe [me uni/MI, 1 m V to 400 V, 3 pr //9 Mg
Voltage sensors nasounvs-z 5

6Voltage Sensors ¸URV5-Z
The built-in detectors offer a dynamic
range of more than 90 dB for spectrally
pure sinusoidal signals with an unmodu-
lated envelope (CW, FM, ΜM, GMSK,
FSK, etc). This yields a voltage measure-
ment range of 200 ΠV to 10 V (#60 dBm
to +33 dBm into 50 :) for the
¸URV5-Z2,andof2mVto100V
(#40 dBm to +53 dBm into 50 :) for the
¸URV5-Z4. With modulated envelope
or high harmonic content, the insertion
units should be operated only within the
square-law region of the detectors, which
for the ¸URV5-Z2 ends at approx.
22 mV
( # 20 dBm into 50 : ) and for the
¸URV5-Z4
at 220 mV (0 dBm into
50 :). In this region, the behavior of the
insertion units is similar to that of a ther-
mal power meter, i.e. the rms voltage or
the equivalent average power is mea-
sured.
Owing to the high decoupling of the
detector from the RF connectors, inser-
tion loss of the ¸URV5-Z4 is very low,
i.e. not exceeding that of a line of equiva-
lent length. The ¸URV5-Z4 is there-
fore truly transparent and can be inserted
into any test circuit without influencing
the parameters to be measured.
Both insertion units are equipped with a
calibration data memory that contains
information about the individual sensor
characteristics such as frequency
response, linearity, temperature coeffi-
cient, etc. The stored data is automati-
cally considered by the base unit during
operation so that the user can plug the
sensor in and immediately start measur-
ing.
Insertion Units ¸URV5-Z2
and ¸URV5-Z4
The Insertion Units ¸URV5-Z2 and
¸URV5-Z4 are used for uninterrupted
level measurements between source and
load and for terminated power measure-
ments. Due to their wide frequency range
they are ideal especially for the measure-
ment of EMC test levels as well as many
general-purpose applications.
Compared to the terminating power sen-
sors of the ¸NRV family, the
¸URV5-Z2 and ¸URV5-Z4 inser-
tion units offer a larger dynamic range, a
much lower frequency limit (9 kHz with
the ¸URV5-Z2) and the possibility of
using them during operation of the load.
Both units are made up of a short, coaxial
line between the two RF connectors, in
the middle of which the voltage is
tapped: directly with the ¸URV5-Z2,
and via a capacitive 20 dB divider with
the ¸URV5-Z4. If the insertion units
are match-terminated, the voltage is con-
stant over the whole length of the line, so
a fixed relationship is obtained between
applied RF power and test voltage:
P =Vrms2/50:. In this configuration, the
insertion units provide precise absolute
power and level measurements.
The insertion units are calibrated so that
the power incident upon them is indi-
cated. With a poorly matched load, pre-
cise absolute-value measurements are
not possible, but relative measurements
can be performed and system applica-
tions implemented in which subsequent
calibration of the complete test setup
takes place. Switchover between voltage,
level and power indication is made at the
base unit.
The Insertion Unit ¸URV5-Z2, 200
Π V to ' 10 V, 9 kHz to ' 3 GHz
The Insertion Unit ¸URV5-Z4, 2
' mV to 100 V, 100 kHz to 3 GHz
Insertion Units R&S ®URV5-Z2
and R&S®URV5—Z4
The Insertion Units R&S®URV5-22 and
R&S® UFlV5-Z4 are used for uninterru pted
level measurements between source and
load and for terminated power measure-
ments. Due to theirwide frequency range
they are ideal especially for the measure-
ment of EMC test levels as well as many
general-purpose applications.
Compared to the terminating power sen-
sors of the R&S®NRV family, the
R&S®URV5-ZZ and R&S®URV5-Z4 inser-
tion units offer a larger dynamic range, a
much lower frequency limit (9 kHz with
the R&S®URV5-Z2) and the possibility of
using them during operation of the load.
Both units are made up ofa short, coaxial
line between the two RF connectors, in
the middle of which the voltage is
tapped: directly with the R&S® URV5-ZZ,
and via a capacitive 20 dB divider with
the R&S®URV5—Z4. If the insertion units
are match-terminated, the voltage is con-
stant overthe whole length of the line, so
a fixed relationship is obtained between
applied RF power and test voltage:
P =V,ms2 / 50 Q. In this configuration, the
insertion units provide precise absolute
power and level measurements.
The insertion units are calibrated so that
the power incident upon them is indi-
cated. With a poorly matched load, pre-
cise absolute-value measurements are
not possible, but relative measurements
can be performed and system applica-
tions implemented in which subsequent
calibration of the complete test setup
takes place. Switchover between voltage,
level and power indication is made at the
base unit.
6 Voltage Sensors R&ssunvs-z
:Il'i
Ifilli.
IT
HQ.
Ini'flnfl
"H
Illl
II
(im Imimu m ‚
The Insertion Unit R&S” URI/522, 200 ‚uV to 10 V, 0 kHz to 3 GHz
The Insertion Unit R&S” UHV5—Z4, 2 ta 100 V, 100 kHz to 3 GHz
The built-in detectors offer a dynamic
range of more than 90 dB for spectrally
pure sinusoidal signals with an unmodu-
lated envelope (CW, FM, (pM, GMSK,
FSK, etc). This yields a voltage measure-
ment range of 200 pV to 10 V (—60 dBm
to +33 dBm into 50 Q) for the
R&S®URV5-Z2, and of 2 mV to 100 V
(—40 dBm to +53 dBm into 50 Q) for the
0&8® URV5-Z4. With modulated envelope
or high harmonic content, the insertion
units should be operated only within the
square-law region ofthe detectors, which
for the R&S®URV5-Z2 ends at approx.
22 mV (—20 dBm into 50 Q) and for the
R&S®URV5-Z4 at 220 mV (0 dBm into
50 Q). In this region, the behavior of the
insertion units is similar to that of a ther-
mal power meter, i.e. the rms voltage or
the equivalent average power is mea-
sured.
Owing to the high decoupling of the
detector from the RF connectors, inser-
tion loss ofthe R08® URV5-Z4 is very low,
i.e. not exceeding that of a line of equiva-
lent length. The R&S®URV5-Z4 is there-
fore truly transparent and can be inserted
into any test circuit without influencing
the parameters to be measured.
Both insertion units are equipped with a
calibration data memory that contains
information about the individual sensor
characteristics such as frequency
response, linearity, temperature coeffi-
cient, etc. The stored data is automati-
cally considered by the base unit during
operation so that the user can plug the
sensor in and immediately start measur-
Ing.

Voltage Sensors ¸URV5-Z 7
Power sensors
Power sensors of the ¸NRV-Z series
listed in the table below are available for
further applications. (For more detailed
information, refer to the ¸NRV-Z data
sheet, PD 0758.2248.32.)
¸NRV-Z1
0828.3018.02
Diode Power Sensor 50 :
10 MHz to 18 GHz, 200 pW to 20 mW
Power measurements of highest sensitivity up to 18 GHz in 50 :systems
¸NRV-Z2
0828.3218.02
Diode Power Sensor 50 :
10 MHz to 18 GHz, 20 nW to 500 mW
Power measurements with minimum mismatch, for high powers in 50 :systems
¸NRV-Z3
0828.3418.02
Diode Power Sensor 75 :
1 MHz to 2.5 GHz, 100 pW to 13 mW
Power measurements in 75 :'systems
¸NRV-Z4
0828.3618.02
Diode Power Sensor 50 :
100 kHz to 6 GHz, 100 pW to 20 mW
Power measurements of highest sensitivity in the frequency range 100 kHz to 6 GHz,
very large dynamic range
¸NRV-Z5
0828.3818.02
Diode Power Sensor 50 :
100 kHz to 6 GHz, 10 nW to 500 mW
Same as ¸NRV-Z4, but for high powers and minimum mismatch
¸NRV-Z6
0828.5010.02
Diode Power Sensor 50 :
50 MHz to 26.5 GHz, 400 pW to 20 mW
Power measurements up to 26.5 GHz with high sensitivity and dynamic range in 50 :sys-
tems (PC 3.5 connector)
¸NRV-Z15
1081.2305.02
Diode Power Sensor 50 :
50 MHz to 40 GHz, 400 pW to 20 mW
Power measurements up to 40 GHz with high sensitivity and dynamic range in 50 :systems
(2.92 mm connector)
¸NRV-Z31
0857.9604.02/03/04
Peak Power Sensor 50 :
30 MHz to 6 GHz, 1 ΠW to 20 mW
Peak power measurements, pulse width τ2 (200) Πs, pulse repetition rate τ10 (100) Hz,
3 models
¸NRV-Z32
1031.6807.04/05
Peak Power Sensor 50 :
30 MHz to 6 GHz, 100 ΠW to 2 (4) W
Peak power measurements, pulse width τ2 (200) Πs, pulse repetition rate τ25 (100) Hz,
2 models
¸NRV-Z33
1031.6507.03/04
Peak Power Sensor 50 :
30 MHz to 6 GHz, 1 mW to 20 W
Peak power measurements up to 20 W, pulse width τ2 (200) Πs, pulse repetition rate
τ100 Hz, 2 models
¸NRV-Z51
0857.9004.02
Thermal Power Sensor 50 :
DC to 18 GHz, 1 ΠW to 100 mW
High-precision power measurements also with non-sinusoidal signals
¸NRV-Z52
0857.9204.02
Thermal Power Sensor 50 :
DC to 26.5 GHz, 1 ΠW to 100 mW
Same as ¸NRV-Z51, but with PC 3.5 connector for measurements up to 26.5 GHz
¸NRV-Z53
0858.0500.02
Thermal Power Sensor 50 :
DC to 18 GHz, 100 ΠW to 10 W
High-power measurements up to 10 W also with non-sinusoidal signals
¸NRV-Z54
0858.0800.02
Thermal Power Sensor 50 :
DC to 18 GHz, 300 ΠW to 30 W
High-power measurements up to 30 W also with non-sinusoidal signals
¸NRV-Z55
1081.2005.02
Thermal Power Sensor 50 :
DC to 40 GHz, 1 ΠW to 100 mW
Same as ¸NRV-Z51, but with 2.92 mm connector for measurements up to 40 GHz
Power sensors
Power sensors of the R&S®NRV-Z series
listed in the table below are available for
further applications. (For more detailed
information, refer to the R&S® NRV-Z data
sheet, PD 0758224832.)
R&S®NRV-Z1 Diode Power Sensor 50 £2 Power measurements of highest sensitivity up to 18 GHz in 50 £2 systems
0828.3018.02 10 MHz to 18 GHz, 200 pW to 20 mW
VR&S°NBV-ZZ Diode Power Sensor 50 £2 Power measurements with minimum mismatch, for high powers in 50 £2 syste
0828321802 10 MHz to 18 GHz, 20 nW to 500 mW L
R&S®NRV-Z3 Diode Power Sensor 75 £2 Power measurements in 75 £2 systems
0828.341802 1 MHz to 2.5 GHz, 100 pW to 13 mW
R&S”NRV-Z4 Diode Power Sensor 50 £2 Power measurements of highest sensitivity in the frequency range 100 kHz to 6 G
0828361802
100
kHz
to
6
GHz,
100
pW
to
20
mW
VEW
Iarge
dynamic
range
R&S®NRV-Z5 Diode Power Sensor 50 £2 Same as R8S®NRV-Z4, but for high powers and minimum mismatch
0828.381802 100 kHz to 6 GHz, 10 nW to 500 mW
R&S”NRV-ZG Diode Power Sensor 50 £2 Power measurements up to 26.5 GHZ with high sensitivity and dynamic range in 50
0828501002 50 MHz to 26.5 GHz, 400 pW to 20 mW tems (PC 3.5 connector)
R&S®NRV-Z15 Diode Power Sensor 50 £2 Power measurements up to 40 GHz with high sensitivity and dynamic range in 50 £2 systems
1081.230502 50 MHz to 40 GHz, 400 pW to 20 mW (2.92 mm connector)
R&S”NRV-Z31 Peak Power Sensor 50 £2 Peak power measurements, pulse width 22 (200) „s, pulse repetition rate 210 (100)
0857.9604.02/03l04 30 MHz to 6 GHz, 1 „W to 20 mW 3 models
R&S®NRV-Z32 Peak Power Sensor 50 £2 Peak power measurements, pulse width 22 (200) „s, pulse repetition rate 225 (100) Hz,
1031.6807.04/05 30 MHz to 6 GHz, 100 „W to 2 (4) W 2 models
R&S”NRV-Z33 Peak Power Sensor 50 £2 Peak power measurements up to 20 W, pulse width 22 (200) „s, pulse repetition ra,
1031.6507.03I04
30
MHz
to
6
GHz,
1
mW
to
20
W
2100
Hz,
2
models
*
R&S®NRV-Z51 Thermal Power Sensor 50 £2 High-precision power measurements also with non-sinusoidal signals
0857.9004.02 DC to 18 GHz, 1 „W to 100 mW
R&S”NRV-Z52 Thermal Power Sensor 50 £2 Same as R&S®NHV-Z51‚ but with PC 3.5 connector for measurements up to 26.5 ((5
0857020402 DC to 26.5 GHz, 1 „W to 100 mW
R&S®NRV-Z53 Thermal Power Sensor 50 £2 High-power measurements up to 10 W also with non-sinusoidal signals
0858050002 DC to 18 GHz, 100 „W to 10 W
R&S”NRV-Z54 Thermal Power Sensor 50 £2 High-power measurements up to 30 W also with non-sinusoidal signals ‚
0858080002 DC to 18 GHz, 300 „W to 30 W
R&S®NRV-Z55 Thermal Power Sensor 50 £2 Same as R&S®NRV—Z51, but with 2.92 mm connector for measurements up to 40 GHz
1081.2005.02 DC to 40 GHz, 1 „W to 100 mW
Voltage Sensors 8&S°URV5-Z 7
ı
I .I

8Voltage Sensors ¸URV5-Z
Specifications
Measurement uncertainties
In the temperature range 18°C to 28°C for spectrally pure sinewave signals and DC voltage (DC Probe ¸URV5-Z1 only). Values in dB and in % (in parentheses;
referenced to measured voltage). The effects of base unit, zero offset, display noise and ambient temperature (out of specified range) are to be considered separately.
Type Frequency range
Impedance
Voltage measurement
range
Max. rating
Power /level
measurement
range
SWR (reflection coefficient) max. Ins. loss in
dB (max.)
8)
RF
connector
RF Probe
¸URV5-Z7
20 kHz to 500 MHz5)
2.5 pF÷÷ 80 k:1)
200 ΠV to 10 V
15 V (rms)
22 V (pk), 60 V (DC)15)
1 nW to 2 W
–60/+33 dBm
——BNC
(female/
female)
With 20 dB plug-
on divider
(¸URV-Z6)
1 MHz to 500 MHz5)
1 pF÷÷ 1 M:1) 2 mV to 100 V
150 V (rms)2)
220 V (pk), 1000 V (DC)
100 nW to 20 W4)
–40/+43 dBm
— — BNC
(female/
female)
With 40 dB plug-
on divider
(¸URV-Z6)
0.5MHzto500MHz
5)
0.5 pF÷÷ 10 M:1) 20 mV to 1000 V
1050 V(rms)2)3)
1500 V(pk), 1000 V(DC)
10 ΠW to 20 W4)
–20/+43 dBm
— — BNC
(female/
female)
With 50 :'Adapt-
er ¸URV-Z50
20 kHz to 1 GHz
50 :200 ΠV to 10 V
10 V (rms)
22 V (pk)
1 nW to 2 W
–60/+33 dBm
0.02 MHz to 50 MHz: 1.03 (0.015)
>50 MHz to 100 MHz: 1.06 (0.03)
>100 MHz to 500 MHz: 1.11 (0.05)
>500 MHz to 700 MHz: 1.22 (0.10)
>700 MHz to 1 GHz: 1.44 (0.18)
—BNC
(female or
male)
With 75 :'Adapt-
er ¸URV-Z3
20 kHz to 500 MHz
75 :200 ΠV to 10 V
12 V (rms)
22 V (pk)
500 pW to 1.3 W
–62/+31 dBm
0.02 MHz to 100 MHz: 1.03 (0.015)
>100 MHz to 200 MHz: 1.06 (0.03)
>200 MHz to 500 MHz: 1.22 (0.10)
—BNC (male)
2.5/6
1.6/5.6
DC Probe
¸URV5-Z1
—
3 pF÷÷ 9 M:1 mV to 400 V
400 V (pk)
— — — BNC (male)
10 V Insertion
Unit
¸URV5-Z2
9 kHz to 3 GHz
50 :200 ΠV to 10 V6)
15 V (rms) to 1 GHz
from 1 GHz
to 3 GHz
22 V (pk), 50 V (DC)
1 nW to 2 W6)
–60/+33 dBm6)9 kHz to 200 MHz: 1.04 (0.02)
>200 MHz to 500 MHz: 1.10 (0.048)
>500 MHz to 1 GHz: 1.22 (0.10)
>1 GHz to 1.6 GHz: 1.35 (0.15)
>1.6 GHz to 2 GHz: 1.35 (0.15)
>2 GHz to 2.4 GHz: 1.35 (0.15)
>2.4 GHz to 3 GHz: 1.35 (0.15)
0.07
0.2
0.5
1.0
1.5
2.5
3.5
N
(female/
male)
100 V Insertion
Unit
¸URV5-Z4
100 kHz to 3 GHz
50 :2 mV to 100 V7)
150 V (rms) to 1 GHz
from 1GHz
to 3 GHz
220 V (pk), 600 V (DC)
100 nW to 200 W7)
–40/+53 dBm7)0.1 MHz to 500 MHz: 1.04 (0.02)
>500 MHz to 1.6 GHz: 1.07 (0.035)
>1.6 GHz to 2 GHz: 1.07 (0.035)
>2 GHz to 3 GHz: 1.10 (0.048)
0.05
0.1
0.15
0.15
N
(female/
male)
Type Frequency range Without frequency response correction9)With frequency response correction10)
RF Probe
¸URV5-Z712) 20 kHz to 50 kHz
>50 kHz to 100 kHz
>100 kHz to 200 kHz
>0.2 MHz to 32 MHz
>32 MHz to 100 MHz
>100 MHz to 200 MHz
>200 MHz to 500 MHz
#0.2/+0.911)(#2.3/+10)11)
ρ0.2 (ρ2.3)
ρ0.11 (ρ1.3)
ρ0.07 (ρ0.8)
ρ0.16 (ρ1.8)
ρ0.29 (ρ3.3)
#1/+1.1 (ρ12)
–
–
–
–
–
–
–
With 20 dB plug-on divider
(¸URV-Z6)12) 1 MHz to 2 MHz
>2 MHz to 100 MHz
>100 MHz to 200 MHz
>200 MHz to 500 MHz
#1/+1.911) (#12/+20)11)
#1/+1.1 (ρ12)
#1.2/+1.4 (ρ15)
#1.6/+1.9 (ρ20)
–
–
–
–
With 40 dB plug-on divider
(¸URV-Z6)12)
0.5 MHz to 1 MHz
>1 MHz to 100 MHz
>100 MHz to 200 MHz
>200 MHz to 500 MHz
#0.6/+1.911)(#7/+20)11)
ρ0.6 (ρ7)
#0.8/+0.9 (ρ10)
#1.2/+1.4 (ρ15)
–
–
–
–
With 50 :'Adapter
¸URV-Z5013)
20 kHz to 50 kHz
>50 kHz to 100 kHz
>100 kHz to 200 kHz
>0.2 MHz to 32 MHz
>32 MHz to 100 MHz
>100 MHz to 200 MHz
>200 MHz to 500 MHz
>0.5 GHz to 1 GHz
#0.2/+0.911)(#2.3/+10)11)
ρ0.2 (ρ2.3)
ρ0.16 (ρ1.8)
ρ0.11 (ρ1.3)
ρ0.2 (ρ2.3)
ρ0.38 (ρ4.3)
#0.8/+0.9 (ρ10)
#1.6/+1.9 (ρ20)
#1.6/+1.9 (ρ20)
–
–
–
–
0.2 (2.3)
0.29 (3.3)
0.66 (7.3)
1.0 (12) 200 ΠV to 1 V
1.2 (14) !1 V to 10 V
15V rms,-
fGHzε
----------------------
150V rms,-
fGHz,-ε
--------------------------
Specifications
Frequency range Voltage measurement Power Ilevel EWH (reflection coefficient) max. hrs. loss in
Impedance range measurement dB (max.)'” con
Max. rating range
RF Probe 20 kHz to 500 MHz5I 200 pv to 10 v 1 nW to 2 w — — BNC
R&S®URV5-Z7 2.5 pF I I 80 kQ‘) 15 V (rms) —60/+33 dBm (female/
22 v (pk), 60 v (013)15’ female)
ith 20 dB plug- 1 MHzto 500 MHz5’ 2 mV to 100 v 100 nW to 20 w‘" — — 8Nc
n divider 1 pF I I 1 Mg" 150 v (rms)2) 410/+43 dBm (female
&S°UHV—Z6) 220 v (pk), 1000 v (DC) female)
With 40 dB plug- 0.5 MHz to 500 MHz5I 20 mV to 1000 v 10 „w to 20 W4) — — BNC
on divider 0.5 pF I I 10 M9" 1050V(rms)2)3) —20/+43 dBm (female/
(H&S®Uilv-zs) 1500 lk), 1000 V(DC) female)
ith 50 g Adapt- 20 kHz to 1 GHz 200 pv to 10 v 1 nW to 2 w 0.02 MHz to 50 MHz: 1.03 (0.015) — 8Nc
r R&S®URV-Z50 50 g 10 v (rms) —60/+33 dBm >50 MHz to 100 MHz: 1.06 (0.03) (female or
22 v (pk) >100 MHz to 500 MHz: 1.11 (0.05) male)
>500 MHz to 700 MHz: 1.22 (0.10)
>700 MHz to 1 GHz: 1.44 (0.18)
With 75QAdapt- 20 kHz to 500 MHz 200 „v to 10 v 500 pW to 1.3 w 0.02 MHz to 100 MHz: 1.03 (0.015) — BNC(male)
er H83®Uilv23 75 g 12 v (rms) —62/+31 dBm >100 MHz to 200 MHz: 1.06 (0.03) 2.5/6
22 v (pk) >200 MHz to 500 MHz: 1.22 (0.10) 1.6/5.6
C Probe — 1 mV to 400 V — — — BNC
&S°UBV5-Zt
3
pF
I I
9
MQ
400
v
(pk)
10 V Insertion 9 kHz to 3 GHz 200 uV to 10 V6) 1 nW to 2 W5) 9 kHz to 200 MHz: 1.041002) 0.07 N
Unit 50 Q 15 v (rms) to 1 GHz —60/+33 d8m5> >200 MHz to 500 MHz: 1.10 (0.048) 0.2 (female/
R&S®URV5-ZZ
m
from
1
GHz
>500
MHz
to
1
GHz:
12210.10)
0.5
male)
f/GHz
t03GHZ
>1
GHz
to
1.6
GHz:
1.35
(0.15)
1.0
22V(pk)‚ 50VIDC) >1.ß GHZtoZGHZ: 1.35 (0.15) 1.5
>2 GHz to 2.4 GHz: 1.35 (0.15) 2.5
>2.4 GHz to 3 GHz: 1.35 (0.15) 3.5
0 v Insertion 100 kHz to 3 GHz 2 mV to 100 v7) 100 nW to 200 W7) 0.1 MHz to 500 MHz: 1.04 (0.02) 0.05 N
nit 509 150 V (rms) to 1 GHz —40/+53 dBm7) >500 MHz to 1.6 GHZ: 1.07 (0.035) 0.1 (female/
gsounv5_z4 150V(rmS) from 1GHz >1.6 GHz to 2 GHz: 1.07 (0.035) 0.15 male)
/—f/(G„Z) m 3 GHz >2 GHz to 3 GHz: 1.10 (0.048) 0.15
h 220 v (pk), 600 v (DC)
Measurement uncertainties
In the temperature range 18°C to 28°C for spectrally pure sinewave signals and DC voltage (DC Probe R&S®URV5-Z1 only). Values in dB and in % (in parentheses;
referenced to measured voltage). The effects of base unit, zero offset, display noise and ambient temperature (out of specified range) are to be considered separately.
-
f
Frequency
range
"mmt
frequency
response
cum!"
RF Probe 20 kHz to 50 kHz —0.2/+0.9“) (—2.3/+10)"> —
R&S®URV5-Z712’ >50 kHz to 100 kHz $0.2 ($2.3) —
>100 kHz to 200 kHz $0.11 ($1.3) —
>0.2 MHz to 32 MHz $0.07 ($0.8) —
>32 MHz to 100 MHz $0.16 ($1.8) —
>100 MHz to 200 MHz $0.29 ($3.3) —
>200 MHz to 500 MHz —1/+1.1 ($12) —
20 dB plug-on divider 1 MHz t0 2 MHz —1/+1 .31” (—12/+20)”) —
seunv-ze) I >2 MHz to 100 MHz —1/+1 .1 ($12) —
>100 MHz to 200 MHz —1.2/+1.4 ($15) —
>200 MHz to 500 MHz —1.6/+1.9 ($20) —
With 40 dB plug-on divider 0.5 MHz to 1 MHz —0.6/+1.9“) (—7/+20)”> —
(H&S®URV-ZB)12) >1 MHz to 100MHz $0.6 ($7) —
>100 MHz to 200 MHz —0.8/+0.9 ($10) —
>200 MHz to 500 MHz —1.2/+1.4 ($15) —
ith 50 g Adapter 20 kHz to 50 kHz —0.2/+0.9”> (—2.3/+101"’ —
seunvzsowl >50 kHz to 100 kHz $0.2 ($2.3) —
>100 kHz to 200 kHz $0.16 ($1.8) —
>02 MHz to 32 MHz $0.11 ($1.3) —
>32 MHz to 100 MHz $0.2 ($2.3) 0.2 (2.3)
>100 MHz to 200 MHz $0.38 ($4.3) 029 (33)
>200 MHZ to 500 MHZ —0.8/+Ü.9 (iIÜ) 0.56 (73)
>05 GHZ t0 1 GHZ —1.6/+1.9 ($20) 1.0 (12) 200 ”V to 1 V
‘1-5/“3 (ml 1.2(14)>1Vto10V
8 Voltage Sensors R&S°UHV5-Z
-I-_ --
-I
-__-_--
IIIIIIIIII -_ --
_-
-- _ ____-
J
ııııııııııı

Voltage Sensors ¸URV5-Z 9
Measurement uncertainties
Values in dB and in % (in parentheses; referenced to measured voltage)
With 75 :'Adapter
¸URV-Z313)
20 kHz to 50 kHz
>50 kHz to 100 kHz
>100 kHz to 200 kHz
>0.2 MHz to 32 MHz
>32 MHz to 100 MHz
>100 MHz to 200 MHz
>200 MHz to 500 MHz
#0.2/+0.911) (#2.3/+10)11)
ρ0.2 (ρ2.3)
ρ0.16 (ρ1.8)
ρ0.11 (ρ1.3)
ρ0.2 (ρ2.3)
ρ0.38 (ρ4.3)
#1/+1.1 (ρ12)
–
–
–
–
–
–
–
Type Frequency range With frequency response correction10)
up to1 V (20 mW/+13 dBm)
With frequency response correction10)
above 1 V (20 mW/+13 dBm)
10 V Insertion Unit
¸URV5-Z214)
at ¸URV35,
¸URV55,
¸NRVS, ¸NRVD
9 kHz to 20 kHz
!20 kHz to'50 kHz
!50 kHz to 100 kHz
!100 kHz to 100 MHz
!100 MHz to 200 MHz
!200 MHz to 500 MHz
!0.5 GHz to 1.0 GHz
!1.0 GHz to 1.6 GHz
!1.6 GHz to 2.0 GHz
!2.0 GHz to 2.4 GHz
!2.4 GHz to 3.0 GHz
0.3511) (4.0)11)
0.2011) (2.3)11)
0.17 (2.0)
0.13 (1.5)
0.17 (2.0)
0.20 (2.3)
0.25 (2.9)
0.30 (3.5)
0.35 (4.0)
0.40 (4.6)
0.50 (5.8)
0.2011) (2.3)11)
0.1711) (2.0)11)
0.17 (2.0)
0.13 (1.5)
0.17 (2.0)
0.25 (2.9)
0.30 (3.5)
0.40 (4.6)
0.50 (5.8)
0.60 (6.9)
0.75 (8.6)
10 V Insertion Unit
¸URV5-Z214)
at ¸URV5, ¸NRV
!9 kHz to 20 kHz
!20 kHz to 50 kHz
!50 kHz to 100 kHz
!100 kHz to 100 MHz
!100 MHz to 200 MHz
!200 MHz to 500 MHz
!0.5 GHz to 1.0 GHz
!1.0 GHz to 1.6 GHz
!1.6 GHz to 2.0 GHz
!2.0 GHz to 2.4 GHz
!2.4 GHz to 3.0 GHz
0.4511) (5.2)11)
0.2011) (2.3)11)
0.17 (2.0)
0.13 (1.5)
0.20 (2.3)
0.25 (2.9)
0.35 (4.0)
0.45 (5.2)
0.55 (6.3)
0.65 (7.5)
0.85 (9.8)
0.3011) (3.5)11)
0.2011) (2.3)11)
0.17 (2.0)
0.13 (1.5)
0.20 (2.3)
0.30 (3.5)
0.40 (4.6)
0.55 (6.3)
0.65 (7.5)
0.80 (9.2)
1.05 (12)
Up to 10 V (2 W/+33 dBm) Above 10 V (2 W/+33 dBm)
100 V Insertion Unit
¸URV5-Z414)
at ¸URV35,
¸URV55, ¸NRVS,
¸NRVD
100 kHz to 200 kHz
!200 kHz to 500 kHz
!500 kHz to 1 MHz
!1 MHz to 3 MHz
!3 MHz to 200 MHz
!200 MHz to 500 MHz
!0.5 GHz to 1 GHz
!1.0 GHz to 1.6 GHz
!1.6 GHz to 2.0 GHz
!2.0 GHz to 2.4 GHz
!2.4 GHz to 3.0 GHz
1.5011) (18)11)
0.6011) (6.9)11)
0.2011) (2.3)11)
0.17 (2.0)
0.13 (1.5)
0.17 (2.0)
0.20 (2.3)
0.30 (3.5)
0.35 (4.0)
0.45 (5.2)
0.65 (7.5)
0.5011) (5.8)11)
0.2511) (2.9)11)
0.1711) (2.0)11)
0.13 (1.5)
0.13 (1.5)
0.20 (2.3)
0.25 (2.9)
0.40 (4.6)
0.50 (5.8)
0.70 (8.1)
1.05 (12)
100 V Insertion Unit
¸URV5-Z414)
at ¸URV5, ¸NRV
100 kHz to 200 kHz
!200 kHz to 500 kHz
!500 kHz to 1 MHz
!1 MHz to 3 MHz
!3 MHz to 200 MHz
!200 MHz to 500 MHz
!0.5 GHz to 1.0 GHz
!1.0 GHz to 1.6 GHz
!1.6 GHz to 2.0 GHz
!2.0 GHz to 2.4 GHz
!2.4 GHz to 3.0 GHz
2.2011) (26) 11)
0.8011) (9.2)11)
0.2511) (2.9)11)
0.17 (2.0)
0.13 (1.5)
0.17 (2.0)
0.25 (2.9)
0.45 (5.2)
0.60 (6.9)
0.80 (9.2)
1.15 (14)
0.8011) (9.2)11)
0.4011) (4.6)11)
0.2011) (2.3)11)
0.13 (1.5)
0.13 (1.5)
0.20 (2.3)
0.30 (3.5)
0.55 (6.3)
0.70 (8.1)
1.00 (12)
1.50 (18)
Type Voltage measurement range Measurement uncertainty9)
DC Probe
¸URV5-Z1
1 mV to 100 V
!100 V to 400 V
ρ0.013 (ρ0.15)
ρ0.030 (ρ0.35)
Type Frequency range Without frequency response correction9)With frequency response correction10)
With 75 Q Adapter
H&S®URV-Z313’
20 kHz to 50 kHZ
>50 kHZ to 100 kHZ
>100 kHZ to 200 kHZ
>0.2 MHZ to 32 MHZ
>32 MHZ to 100 MHZ
>100 MHZ to 200 MHZ
>200 MHZ to 500 MHZ
Measurement uncertainties
—0.2/+0.9“’
$0.2
$0.16
$0.11
$0.2
$0.38
—1/+1 .1
Values in dB and in % (in parentheses; referenced to measured voltage)
F Frequency Eur ‚Wim frequency responwmuency responsew
10 V Insertion Unit 9 kHZ to 20 kHZ
R83®URV5—zz")
>20
kHZ
to
50
kHZ
at
R&S®URV35‚
>50
kHZ
to
100
kHZ
R8130URV55 >100 kHZ t0 100 MHZ
e
'
0
>100
MHZto
200
MHZ
Res
nnvs,
R&S
nnvn
>200
MHZ
to
500
MHZ
>0.5 GHZto 1.0 GHZ
>1.0 GHZ to 1.6 GHZ
>1.6 GHZ to 2.0 GHZ
>2.0 GHZ to 2.4 GHZ
>2.4 GHZ to 3.0 GHZ
0 V Insertion Unit >9 kHZ to 20 kHZ
nasounvs—zz‘“
>20
kHz
to
50
kHZ
at
R&S®URV5‚
R&S°NRV
>50
kHZ
to
100
kHZ
>100 kHZ to 100 MHZ
>100 MHZ to 200 MHZ
>200 MHZ to 500 MHZ
>0.5 GHZ to 1.0 GHZ
>1.0 GHZ to 1.6 GHZ
>1.6 GHZ to 2.0 GHZ
>2.0 GHZ to 2.4 GHZ
>2.4 GHZ to 3.0 GHZ
100 V Insertion Unit 100 kHZ to 200 kHZ
nxswunvs—z4")
>200
kHZ
to
500
kHz
at
R&S®URV35‚
>500
kHZ
to
1
MHZ
R&S"URV55, nxsonnvs. >1 MHZ T0 3 MHZ
R&S®NRVD
>3
MHZ
to
200
MHZ
>200 MHZ to 500 MHZ
>0.5 GHZ to 1 GHZ
>1.0 GHZ to 1.6 GHZ
>1.6 GHZ to 2.0 GHZ
1 >20 GHZ to 2.4 GHZ
I >2.4 GHZ to 3.0 GHZ
100 V Insertion Unit 100 kHZ to 200 kHZ
R&S"URV5-Z4”’
>200
kHZ
to
500
kHz
at
Raswnvs,
nxsonnv
>500
kHz
t0
1
MHZ
>1 MHZ to 3 MHZ
>3 MHZ to 200 MHZ
>200 MHZ to 500 MHZ
>0.5 GHZto1.0 GHZ
>1.0 GHZ to 1.6 GHZ
>1.6 GHZ to 2.0 GHZ
>2.0 GHZ to 2.4 GHZ
>2.4 GHZ to 3.0 GHZ
(—2.3/+10)‘”
($2.3)
($1.8)
($1.3)
($2.3)
($4.3)
($12)
up to1 V (20 l+13 dBm)
0.351” (4.0)“’
0.20“) (2.3)“’
0.17 (2.0)
0.13 (1.5)
0.17 (2.0)
0.20 (2.3)
0.25 (2.9)
0.30 (3.5)
0.35 (4.0)
0.40 (4.6)
0.50 (5.8)
_ 11) (52)”)
0.201” (2.3)‘”
0.17 (2.0)
0.13 (1.5)
0.20 (2.3)
0.25 (2.9)
0.35 (4.0)
0.45 (5.2)
0.55 (6.3)
0.65 (7.5)
0.85 (9.8)
Up to 10 v (2 w7+33 dBm)
1.50“) (18)“)
0.60") (5.9)"’
0.20“) (2.3)"’
0.17 (2.0)
0.13 (1 .5)
0.17 (2.0)
0.20 (2.3)
0.30 (3.5)
0.35 (4.0)
0.45 (5.2)
0.65 (7.5)
220‘” (26) 1”
_ 11) 19-21“)
0.25“) (2.9)“’
0.17 (2.0)
0.13 (1.5)
0.17 (2.0)
0.25 (2.9)
0.45 (5.2)
0.60 (6.9)
0.80 (9.2)
1.15 (14)
above 1 V (l l+13 dBm)
0.201” (2.3)“)
0.17”) (2.0)“)
0.17 (2.0)
0.13 (1.5)
0.17 (2.0)
0.25 (2.9)
0.30 (3.5)
0.40 (4.6)
0.50 (5.8)
0.60 (6.9)
0.75 (8.6)
_ 11) (35)")
0.20”) (2.3)“)
0.17 (2.0)
0.13 (1.5)
0.20 (2.3)
0.30 (3.5)
0.40 (4.6)
0.55 (6.3)
0.65 (7.5)
0.80 (9.2)
1.05 (12)
Above 10 v (2 w7+33 dBm)
.50“) (5.8)“)
0.25“) (2.9)“)
0.17“) (2.0)“)
0.13 (1.5)
0.13 (1.5)
0.20 (2.3)
0.25 (2.9)
0.40 (4.6)
0.50 (5.8)
0.70 (8.1)
1.05 (12)
0.801” (9.2)“)
0.40“) (4.6)“)
020“) (2.3)”)
0.13 (1.5)
0.13 (1.5)
0.20 (2.3)
0.30 (3.5)
0.55 (6.3)
0.70 (8.1)
1.00 (12)
1.50 (18)
DC Probe 1 mV to 100 V
R&S°UHV5-Z1
>100
V
to
400
V
i0.013 (i015)
i0.030 (i035)
Voltage sensors R&S°URV5—Z 9
|
ıı
«

10 Voltage Sensors ¸URV5-Z
1) Applies to 10 MHz. For impedance at higher frequencies see SWR diagram on page 4.
2) Not with BNC adapter.
3) Up to 40 MHz.
applies at higher frequencies.
4) With BNC adapter (50 :). Maximum power limited by losses in the adapter.
5) Upper limit frequency depending on adapter and source impedance.
6) Up to 1.5 GHz. At higher frequencies the upper limit of the measurement range is to be reduced according to max.rating.
7) Up to 2 GHz. At higher frequencies the upper limit of the measurement range is to be reduced according to max.rating.
8) The insertion loss of the Insertion Unit ¸URV5-Z2 is level-dependent above 0.5 GHz. The specified values refer to low test voltages at which the highest loss is obtained.
9) Measurement uncertainty limits without consideration of correction values for the frequency-dependent response of RF probes. Measurement uncertainty limits are identical with error limits, but with
opposite sign.
10) Expanded uncertainty with a coverage factor k = 2, with the frequency-dependent correction values stored in the probe being taken into account. An expanded uncertainty with k=2 corresponds to a
coverage probability of approx. 95% for a normal distribution of combined errors.
11) In this frequency range the measurement accuracy is strongly voltage- and temperature-dependent. Therefore, at temperatures above 28°C an increase in the measurement uncertainty is to be expected
that is far above the value specified for the temperature effect. In the worst case it can be assumed that the measurement uncertainty will double with every temperature increase of 5 K, i.e. at 33°C, 38°C
etc, for the ¸URV5-Z7 without plug-on divider between 20 kHz and 30 kHz, for the ¸URV5-Z2 between 9 kHz and 15 kHz and for the ¸URV5-Z4 between 100 kHz and 300 kHz.
12) In BNC adapter terminated with 50 :'load. Specifications referenced to incident wave at source terminal. With mismatched load, measurement uncertainty limits may rise due to standing waves by about
±4 dB (SWR-1). The approximation refers to SWR of up to 1.25; for SWR = 1.2 the increase would be ±0.8 dB.
13) Specifications referenced to incident wave.
14) With reflection-free load at the female connector, frequency correction switched on, specifications referenced to incident wave at male connector. Due to standing waves, mismatch of the load can lead to
an additional measurement uncertainty that can be approximated by 2.8 dB x (SWR-1) for the standard uncertainty (formula valid for SWR of up to 1.25).
15) Limited to the specified value for reasons of conformity with international safety standards. Deviating specifications on the type plates of older sensors are to be regarded as the maximum possible physical
rating.
Vrms,-
210V
f
GHz
-----------
♥≠
♣•
------------------------
δ
25:
252'551:
E
3.5.
3‘
Applies to 10 MHz. For impedance at higher frequencies see SWR diagram on page 4.
Not with BNC adapter.
Up to 40 MHz.
< fl
(”TIS) T f . . .
(W2) appliesathigherfrequencres.
With BNC adapter(50 (2). Maximum power limited by losses in the adapter.
Upper limit frequency depending on adapterand source impedance.
Up to 1.5 GHz. At higher frequencies the upper limit of the measurement range is to be reduced according to max.rating.
Up to 2 GHz. At higherfrequencies the upper limit of the measurement range is to be reduced according to maxrating.
The insertion loss of the Insertion Unit B8.S®UFlV5-Z2 is level—dependent above 0.5 GHz. The specified values refer to low test voltages at which the highest loss is obtained
Measurement uncertainty limits without consideration of correction values forthe frequency-dependent response of BF probes. Measurement uncertainty limits are identical with error limits, but with
opposite sign.
Expanded uncertainty with a coverage factor k = 2, with the frequency-dependent correction values stored in the probe being taken into account. An expanded uncertainty with k=2 corresponds to a
coverage probability of approx. 95% fura normal distribution of combined errors.
In this frequency range the measurement accuracy is strongly voltage- and temperature—dependent. Therefore, at temperatures above 28°C an increase in the measurement uncertainty is to be expected
that is far above the value specified for the temperature effect. In the worst case it can be assumed that the measurement uncertainty will double with every temperature increase of5 K, Le. at 33°C, 38 °C
etc, for the H&S®URV5-Z7 without plug-on divider between 20 kHz and 30 kHz, for the B&S®UBV5-Z2 between 9 kHz and 15 kHz and furthe R&S@UHV5-Z4 between 100 kHzand 300 kHz.
In BNC adapter terminated with 50 Q load. Specifications referenced to incident wave at source terminal. With mismatched load, measurement uncertainty limits may rise due to standing waves by about
i4 dB (SWR—1). The approximation refers to SWFl of up to 1.25; for SWFl = 1.2 the increase would be $0.8 dB.
Specifications referenced to incident wave.
With reflection-free load at the female connector, frequency correction switched on, specifications referenced to incident wave at male connector. Due to standing waves, mismatch of the load can lead to
an additional measurement uncertainty that can be approximated by 2.8 dB x (SWR-1 ) for the standard uncertainty (formula valid for SWH of up to 125).
Limited to the specified value for reasons of conformity with international safety standards. Deviating specifications on the type plates of older sensors are to be regarded as the maximum possible physical
rating.
Voltage Sensors R&S°’UBV5-Z
F

Voltage Sensors ¸URV5-Z 11
Zero offset and display noise (relevant with small voltages/powers only)
DC probe: zero offset ρ0.5 mV, display noise negligible. All other probes: see diagram. For display noise of the Level Meter ¸URV35 see relevant specifications.
Temperature effect1) RF Probe ¸URV5-Z7
without/with accessories
Insertion Units
¸URV5-Z2/-Z4
DC Probe
¸URV5-Z1
18θC to 28θCincluded in measurement uncertainty
10θC to 40θC0.17 dB (2 %) 0.17 dB (2 %) 0.02 dB (0.25 %)
0θC to 50θC0.44 dB (5 %) 0.44 dB (5 %) 0.04 dB (0.5 %)
1) Residual uncertainty (approx. two standard deviations) after internal temperature correction taking into account the temperature characteristic of the sensor and its temperature. The specified temperature
effect does not apply to the frequency ranges specified in footnote 11 (page 10).
Black curve:
Zero offset (within 1 h after
zero adjustment; temperature
variation <1θC; meter with
probe run in for about 2 hours)
Blue curves:
Display noise (2 standard devia-
tions, monitoring time 1 min,
probe temperature 18°C#to
28θC, values about double at
0θC)
Filter designations:
0 to 11 for the ¸URV55,
¸NRVS and ¸NRVD,
F0 to#F5 for the ¸URV5 and
¸NRV
Measured value
Zero offset (±)
Noise (2σ)
1 dB
11%
0.1 dB
1.1%
0.01 dB
0.11%
0.001 dB
0.01%
0/F5
3/F4
5/F311/F0 9/F1 7/F2
All level and power values refer to 50 :. Values for 75 :differ slightly.
RF probe without plug-on divider 200 ΠV 500 ΠV 1 mV 2 mV 5 mV 10 mV
RF probe in 50 :/75 :#adapter &60 dBm &53 dBm &47 dBm &40 dBm &33 dBm
& 27 dBm
10 V Insertion Unit ¸URV5-Z2 1 nW 5 nW 20 nW 100 nW 500 nW 2 ΠW
RF probe with 20 dB plug-on divider 2 mV 5 mV 10 mV 20 mV 50 mV 100 mV
100 V Insertion Unit ¸URV5-Z4 &40 dBm &33 dBm &27 dBm &20 dBm &13 dBm &7 dBm
100 nW 500 nW 2 ΠW 10 ΠW 50 ΠW 200 ΠW
RF probe with 40 dB plug-on divider 20 mV 50 mV 100 mV 200 mV 500 mV 1 V
&20 dBm &13 dBm &7 dBm 0 dBm +7 dBm
+13 dBm
10 ΠW 50 ΠW 200 ΠW 1 mW 5 mW 20 mW
Zero offset and display noise (relevant with small voltages/powers only)
DC probe: zero offset i0.5 mV, display noise negligible. All other probes: see diagram. For display noise of the Level Meter R&S®URV35 see relevant specifications.
Zero offset (1r)
ero offset (within 1 h after Noise (20-)
zero adjustment; temperature
variation <1 °C; meterwith 1 dB
probe run in for about 2 hours) 11%
Blue curves:
Display noise (2 standard devia-
tions, monitoring time 1 min,
probe temperature 18°C to
28°C, values about double at
0°C)
Filter designations:
0 to 11 for the R&S®URV55‚
R8rS®NRVS and R&S®NRVD,
F0 to F5 forthe H&S®UHV5 and
R8rS®NRV
3/|:4
0.001 dB
0.01%
11/F0
9/F1
7
F2
5/F3
Measured
value
—>
HF probe without plug-on divider 200 „V 5 mV 10 mV
RF probe in 50 9/75 9 adapter —60 dBm —33 dBm —27 dBm
10 V Insertion Unit R&S®UHV5-22 1 nW 500 nW 2 „W
HF probe with 20 dB plug»on divider 2 mV 50 mV 100 mV
100 V Insertion Unit H&S®UHV5-Z4 —40 dBm —13 dBm —7 dBm
100 nW 50 „W 200 „W
HF probe with 40 dB plug—on divider 20 mV 500 mV 1 V
—20 dBm +7 dBm
10 „W 5 mW
eI and power values refer to 50 9. Values for 75 Q differ slightly.
re one. or Probe naseunvs-zp Insertion Units , oc Probe
without/with accessories 3&8“ UBV5-ZZI-Z4 R&S°URV5-Z1
18°C to 28°C included in measurement uncertainty
40°C 0.17 dB (2 %) 0.17 dB (2 %) 0.02 dB (0.25 %) j
0°C to 50°C 0.44 dB (5%) 0.44 dB (5%) 0.04 dB (0.5%)
11 Residual uncertainty (approx. two standard deviations) after internal temperature correction taking into account the temperature characteristic ofthe sensor and its temperature. The specified temperature
effect does not apply to the frequency ranges specified in footnote 11 (page 10).
Voltage Sensors R&S°URV5—Z 1 1
`. `. \
ı
ıı. ıı. ıı. L L
1
\ ı.
`
1 1 1
L
\
L L. L. L L.
1 1 1 1 1
x
l I

www.rohde-schwarz.com
Europe: Tel. [phone], e-mail: [e-mail] · North America: Tel. [phone], option 2 (from within the USA and Canada),
[phone], option 2 (from other countries), e-mail: [e-mail] · Asia: Tel. [phone], e-mail: customersupport.asi[email protected]
¸is a registered trademark of Rohde&Schwarz GmbH&Co. KG · Trade names are trademarks of the owners · Printed in Germany (Pe bb) PD 5213.5374.32 · ¸URV5-Z· Version 05.00 · May 2005 · Data without tolerance limits is not binding · Subject to change
Specifications
Temperature range meets EN 60068
Operating temperature range 0θC to +50 θC
Storage temperature range –40 θC to +70 θC
Permissible humidity max. 80%, without condensation
Vibration, sinusoidal 5 Hz to 55 Hz, max. 2 g; 55 Hz to 150 Hz,
0.5 g const. (meets EN 60068, EN 61010
and MIL-T-28800 D, class 5)
Vibration, random 10 Hz to 500 Hz, acceleration 1.9 g rms
(meets EN 60068)
Shock 40 g shock spectrum
(meets MIL-STD-810 D, EN 60068)
EMC meets EN 50081-1 and 50082-1,
EMC directive of EC (89/336/EEC), EMC
law of the Federal Republic of Germany
and MIL-STD-461 C (RE 02, CE 03,
RS 03, CS 02)
Safety meets EN 61010
Length of connecting cable approx. 1.2 m for ¸URV5-Z1 and
¸URV5-Z7, 1.3 m or 5 m for
¸URV5-Z2 and ¸URV5-Z4
(depending on model), other lengths
on request
Ordering information
Designation Type Order No.
RF Probe with case,
ground cable, ground
sleeve and strip, hook
and solder tip
¸URV5-Z7 0395.2615.02
DC Probe with ground
cable, clip-on tip and
BNC adapter
¸URV5-Z1 0395.0512.02
10 V Insertion Unit 50 :,
3 GHz with 1.3 m cable
¸URV5-Z2 0395.1019.02
10 V Insertion Unit 50 :,
3 GHz with 5 m cable
¸URV5-Z2 0395.1019.05
100 V Insertion Unit 50 : ,
3 GHz with 1.3 m cable
¸URV5-Z4 0395.1619.02
100 V Insertion Unit 50 : ,
3 GHz with 5 m cable
¸URV5-Z4 0395.1619.05
Recommended extras
For RF probe
Accessory Set including
20/40 dB plug-on divid-
ers, 50 :BNC adapter
with sleeve for plug-on
divider, ground sleeve
and strip
¸URV-Z6 0292.5364.02
50 :Adapter (BNC
female) with adapter to
BNC male
¸URV-Z50 0394.9816.50
75 :Adapter with
adapters to BNC male,
2.5/6 and 1.6/5.6 connec-
tor
¸URV-Z3 0243.9118.70
For Insertion Units ¸URV5-Z2, ¸URV5-Z4
Precision Termination
1 W, 50 :, 0 GHz to'
18 GHz (SWR 51.02 to
1GHz)
¸RNA 0272.4510.50
Termination 1 W, 50 :6
0GHzto'4GHz,
(SWR <1.05 to 1 GHz)
¸RNB 0272.4910.50
Certified Quality System
ISO 9001
DQS REG. NO 1954 QM
Certified Environmental System
ISO14001
DQS REG. NO 1954 UM
More information at
www.rohde-schwarz.com
(search term: URV5-Z)
Specifications Ordering information
Operating temperature range 0 °C to +50 °C HF Probe with case, R&S®UHV5-Z7 0395261502
v round cable, round
’ Storage temperature range —40 °C to +70 °C Sleeve and strif), hook
Permissible
humidity
max.
80%,
without
condensation
80d
solder
tip
ibration,
sinusoidal
5
Hz
to
55
Hz,
max.
2
g;
55
Hz
to
150
Hz,
DC
Probe
With
ground
R&S®UHV5-Z1
0395051202
0.5
9
const.
(meets
EN
60068,
EN
61010
cable,
cl—on
tlp
and
and MlL—T—28800 D, class 5) BNC adapter \
Vibration,
random
10
Hz
to
500
Hz,
acceleration
1.9
g
rms
10
V
Insertion
Unit
50
9.
R&S®URV5-ZZ
0395101902
(meets
EN
60068)
3
GHZ
with
1.3
m
cable
40 g shock spectrum 10 V Insertion Unit 5U Q, R&S®UHV5-ZZ 0395101905
(meets
MIL-STD-810
D,
EN
60068)
3
GHZ
With
5
m
cable
EMC meets EN 50031.1 and 50032.1, 100V Insertion Unit 50 Q, R&S®URV5-Z4 0395161902
EMC
directive
of
EC
(89/336/EEC),
EMC
3
GHZ
With
1.3
m
cable
law of the Federal Republic of Germany - - 0 _
and MIL-STD-461 0 (RE 02' CE 03' äonz 13:36.52); 0012:) 1530 g, R&S UHV5 Z4 0395161905 1'
RS
03,
CS
02)
1
- I III meets EN 61010 I Recommended extras /
Length of connecting cable approx. 1.2 m for R&S®URV5-Z1 and For HF probe ‘
R&S®UHV5-Z7‚ 1.3 m or 5 m f0! Accessory Set including R&S®UHV—Z6 0292536402
R&S®URV5-ZZ
and
H&S®URV5-Z4
20/40
dB
plug-on
divid-
(depending
on
model),
other
lengths
ers,
50
Q
BNC
adapter
on
request
with
sleeve
for
plug-on
divider, ground sleeve
and strip
50 Q Adapter (BNC R&S®UHV-Z50 0394981650
female) with adapter to
BNC male
75 Q Adapter with R8S® URV-Z3 0243911870
Certified Quality System Certified Environmental System adapters to BNC male,
'30 90 o1 ISO 14001 2.5/6 and 1.6/5.6 connec-
tor
)For Insertion Units B&S°URV5—ZZ, B&S°UHV5-Z4
Precision Termination R&S®HNA 0272.4510.50
1 W, 50 Q, 0 GHzto
18 GHZ (SWR <1.02 to
1 GHZ)
wwwgggoggfiägpzactom Iermination 1 w, 50 g, R&S®HNB 0272.491050
i
H&S®is a
registered
trademark
of
Rohde&Schwarz
GmbH&Co.
KG -
Trade
names
are
trademarks
ofthe
owners -
Printed
in
Germany
(Pe
bb)
PD
5213537432 -
H8S®URV5-Z-
Version
05.00 -
May
2005 -
Data
without
tolerance
limits
is
not
binding -
Subject
to
change
H t 46H
(search
term:
UHV5-Z)
22105131
GHz)
ROHDE&SCHWARZ
www.r0hde-schwarz.c0m
Europe: Tel. [phone], e-mail: [email protected] - North America: Tel. [phone], option 2 (from within the USA and Canada),
+1 410-910—7800, option 2 (from other countries), e-mail: [email protected] - Asia: Tel. [phone], e-mail: [email protected]
IIIIIIIIIIIIII
ıııııııııııııı
II
ıı
ıııııııııııııııı
IIIIIIIIIIIIIIII
'
I I
IIIIIIIIIIII
I
II I Il
ROHDE&SCHWARZ

2
Note:
on
garation
DC
Probe
URVS-z1,
RF
Probe
URVS-z7.
10-V
'Insertion
Unit
URVS-zz
as
well
as
100-V
Insertion
Unit
URVS-z4
can
also
be
uSed
for
Power Meter NRV.- The respective pages of the URVS manual, to-
gether with the NRV manual, supply the user of the' NRV Power Me-
ter
with
all
the
information
required
for
the
operating
and
main-
tenance
of
the
URVS
measuring
heads.
2
Notes on Operation
DC probe
URV5-21 , RF probe IJRV5-27, 10-v Insertion Unit URV5-Z2
as weil as 100-v Insertion Unit
URV5-24 can
also be used for
Power Meter NRV.- The respective
pages of the URV 5 manual, to-
gether Voith the NRV manual, Supply
the User of the' HRV Power Me-
ter Voith all the Information required for the Operating and main-
tenance of the URV5 measuring heads.
395.0512.02 2.1 E-1

2.3.2
Probes
The
probes
are
inserted
into
the
openings
1g
(A
or
B)
together
with-the
plug-in
adapters.
Correct
insertion
of
the
probes
is
re-
cognized
by
the
URVS
both
in
manual
and
in
remote
control
mode,
but
it
is
recommended
to
insert
the
probes
in
manual
mode
only.
In
remote
mode,
with
correspondingly
adjusted
interface
(01
to
Q3),
the
URVS
only
sends
SRQ
(114)
to
the
controller
in
order
to
avoid
any
interruption
of
the
current
program.
(When removing the probe in the main measurement channel: SRQ
(104)
and
abortion
of
measurement).
'
-
The
probe
data
for
evaluation
in
the
instrument
are
read
in
imme-
diately
in
local
node,
whereas
in
remote
node
they
are
read
in
only
after
the
command
C0
has
been
sent
to
the
URVS
or
after
switching
to
local
mode.
The
type
of
probe
(DC/AC
probe,
RF
probe
etc.)
and
further
probe-
specific
data
such
as
frequency
response,
calibration
and
atte-
nuation
factors
(e.g.
for
1oo-v
insertion
unit)
are
thus
known
to
the
instrument
and
will
be
considered
for
the
operation
and
eva-
luation
of
the
corresponding
channel.
After
the
data
have
been
read
in,
the
URVS
is
immediately
ready
for
measurements.
Note:
For
complete
technical
data
and
specifications
please
refer
to
the
URVS
data
sheet.
The
values
cited
in
the
manual
are
intended
as
guide-
lines
for
the
user
and
can
under
circumstances
differ
from
those
of
the
data
sheet.
Rt
Imeasurement
range)
Vin: 0 to 400 V
vIn
—o
.
.
l
9nn
_
R1“.
9
MR
:[6pp shunted by
6p?
Probe
db
Bask on"
Pig.
2-3
Equivalent
circuit
diagram
of
DC
probe
394.8010.02
2.9
3-2
2.3.2
probes
The probes
are inserted into the openings 18 (A er B) tog.ether
witz the plug-in adapters. Correct InsertioN-Of the probes ıs re-
cognized by the URV5 both in manual and in remote control
mode,
but it is recommended to insert the probes in manual Mode only.
In remote mode, Voith correspondingly adjusted interf ace (01 to
Q3), the URV5 only sends SRQ (114) to ~the Controller in Order to
avoid any interruption of the current programm.
(When
(-104)
removing the probe in the main
and abortion of measurement) .
measurement Channel: SRO
The probe data for evaluation in the Instrument are read in imme-
diately in local Mode, whereas in remote Mode they. are read in
only after the Command cm has been seht to the URV5 er af ter
switching to local mode.
The type of probe (DC/AC probe, RF probe etc. J and fur ther probe-
specific data such as frequency response, calibration and atte-
nuation factors (e.g. for 100-V Insertion Unit) are thus knoten to
the Instrument and will be considered for the Operation and eva-
luation of the
corresponding Channel. After the data have been
read in, the URV5 is immediately ready for measurements.
Note:
data and specifications please
sheet.
For complete technical
refer to the URV5 data
The Values cited in the manual are intended as guide-
lines for the User and can under circumstances dıffer
fror those of the data sheets.
2.3 .2~. 1
DC Probe
vın
u
l
T
6pF
Probe
9H0
!
l
I
U
ı
I
I
l
Rc (measurement range!
I I
U
Basic Unit
Von: 0 to 400 V
Ring
9
mn
shunted
6pF
bi
Fig. 2-3 Equivalent circuit diagramm of DC probe
394.8010.02
2.9
E-2

hould
be
ximwm
voltage
for
the
DC
probe
is
400
V.
Care
3
Etie:nthat
the
probe
is
always
referred
to
chassis
ground,
i.e.
not
floating.
Reference
potential
is
always
the
chassis
ground.
An
essential
advantage
of
this
DC
probe
is
the
low
capacitive
load
(6
pr).
Thus
DC
measurements
are
also
possible
on
RF
Cir-
cuits.,
It
should
be
noted
that
the
precision
resistor
in
the
probe
is
temperature-dependent (9 an, approx. 100 ppm/°C), 1.e. the probe
temperature (raised e.g. by holding the probe for some time! will
affect the measuring accuracy and may cause a slight drift in 1n-
dication.
For
measuring
speed
see
section
2.3.8.
The
ZERo-/PEAK
and
PRO
CORR
keys
are
disabled
in
case
of
DC
measurement.
394.8010.02
2.10
E-Z
The maximum voltage for the DC probe is 400 v.
Care should be
taken that the probe is always
referred to Chassis
ground, i.e.
not floatíng.
Reference potential is always the chassís
ground.
An essential
load (6 pF).
cuits.
Advantage of This DC probe is the low
capacitive
Thus DC measurements are also possible on RF cir-
It should be noted that the precision resistor in the probe is
temperature-dependent (9 MQ, approx. 100 ppm/°c› , i.e. the probe
temperature (raised e.g. by holding the probe for same time) will
affect the measuring accuracy and may cause a slight drift in in-
dication.
For measuring Speed See section 2.3.8.
The ZERO-/PEAK
measurement.
and PRO
CORR
Keys are disabled in Case of DC
394.B010.02 2.10
E-2