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Short Description 

R&S

®

 

CMU-Z10/-Z11/-Z12/-Z13 

1158.9537.12 8 

E-6 

Rear Connectors 

On its rear side the antenna coupler R&S

®

 CMU-Z10 is equipped with two N connectors for input and 

output of RF test signals, a sub-D connector for input and output of DC, AF or data signals, and an 
additional N connector if the 

Bluetooth 

antenna (R&S

®

 CMU-Z12) is fitted.   

 
 

 

Fig. 2  R&S

®

 CMU-Z10 rear connectors  

 

 

 

Description of the 
connectors 
 

To test a mobile with the antenna coupler, the test instrument is connected to 
the coupler via the 

RF IN/OUT 

connector:  

RF IN/OUT

 

Standard bi-directional N female connector for antenna 
coupler R&S

®

 CMU-Z10 

The following connectors can be used to connect the AF and RF circuit of a 
mobile station that is tested in the shielded chamber but without using the 
antenna coupler (to be used with option R&S

®

 CMU-Z11).  

DATA THROUGH

 

9-pin or 15-pin sub-D female connector for the DC, AF 
or data signals of the MS under test  

RF THROUGH

 

Bi-directional N female connector for the RF circuit of 
the MS under test  

The last RF connector is used to test 

Bluetooth 

devices in the shielded 

chamber. It is available if option R&S

®

 CMU-Z12, 

Bluetooth 

antenna, is fitted. 

Otherwise the opening for the connector is closed with a metal plate.  
 

USB feed through  
 

The optional USB feed through (R&S

®

 CMU-Z13) can be mounted instead of 

either the DATA THROUGH connector or the Bluetooth antenna (see section 

Mounting the USB Feed Through

 

on p. 

14

 ff.).  

Tip:

 

For the test of a USB data connection, the two possible connector 
positions are equal. Just replace the connector that you do not 
need for parallel tests.   

 

Connection to test 
instrument and DUT 

R&S

®

 CMU-Z10 is supplied with one RF cable with 2 N male connectors for 

connection to a test instrument (e.g. R&S

®

 CMU 200) via 

RF IN/OUT, RF 

THROUGH

 or the 

Bluetooth 

connector.  

The 

DATA THROUGH 

connector is for connection to a test instrument an 

appropriate cable (not supplied with the shielding chamber).  

Summary of Contents for 1150.0801.02

Page 1: ...R S CMU Z10 1150 0801 02 RF Shielding Cover for CMU Z10 R S CMU Z11 1150 1008 02 Bluetooth Antenna R S CMU Z12 1150 1043 02 USB Feed Through R S CMU Z13 1159 1200 02 Printed in the Federal Republic o...

Page 2: ...Bluetooth is a trademark owned by Bluetooth SIG Inc USA and licensed to Rohde Schwarz...

Page 3: ...g Factors 9 Input Coupling Factor Ext Att Input 10 Output Coupling Factor Ext Att Output 10 Determining the Coupling Factors 10 Installation Instructions 12 Mounting the RF Shielding Cover 12 Mounting...

Page 4: ...e antenna coupler R S CMU Z10 or the Bluetooth antenna R S CMU Z12 It is the user s responsibility to ensure that the coupler R S CMU Z10 and the antenna R S CMU Z12 is used in compliance with local r...

Page 5: ...stmodernmethodsavailable This product was developed manufac tured and tested in compliance with our quality management system standards The Rohde Schwarz quality manage ment system is certified accord...

Page 6: ...se nsf newsletterpreselection or request the desired information and upgrades via email from your Customer Support Center addresses see below Feedback We want to know if we are meeting your support ne...

Page 7: ...the DATA THROUGH connector or the Bluetooth antenna in order to test a USB data connection between the MS under test and a PC in parallel to the RF connection The physical properties of the test equip...

Page 8: ...connector for the DC AF or data signals of the MS under test RF THROUGH Bi directional N female connector for the RF circuit of the MS under test The last RF connector is used to test Bluetooth devic...

Page 9: ...etermined by the MS RxLev dBm Input coupling factor dB Transmitter output power of the MS dBm RF input power measured at the R S CMU 200 dBm Once the coupling factors are known for a given mobile type...

Page 10: ...t to the shifted default value Attenuator x dB Pnom x dBm Pnom dBm 0 1 2 3 4 5 6 7 8 9 ON OFF ENTER 1100 0008 02 VARIATION DATA FUNCTION SYSTEM CONTROL DATA CTRL MENU SELECT HELP SETUP mark symb E F B...

Page 11: ...nt for determining the coupling factors Fig 3 GSM900 Signalling Overview menu 6 To determine the output coupling factor of your proven mobile phone subtract the reported RX Level at the MS from the ou...

Page 12: ...ows see Fig 5 below 1 Use the four small M2 5x10 countersunk screws supplied with R S CMU Z11 to screw the two hinges of the shielding cover to the bore holes at the rear of the antenna coupler R S CM...

Page 13: ...Fig 5 Mounting the RF shielding cover R S CMU Z11 Slot with RF sealing cord Transport lock for R S CMU Z11 Slot for closing the cover during operation on both sides Shock absorber Fixing of shock abso...

Page 14: ...MS under test see section Rear Connectors on p 8 f Replacing the Base Plate The antenna coupler R S CMU Z10 is delivered with two base plates made of plastic one without holder and one with the Unive...

Page 15: ...The mechanical expendable parts are shown in Fig 6 below Replacing the RF Sealing Cord The RF sealing cord supplied with R S CMU Z11 is an expendable part order no 1158 9514 00 that is not under warr...

Page 16: ...Maintenance CMU Z10 Z11 Z12 1158 9537 12 16 E 6 Fig 6 Mechanical expendable parts with order numbers HANDLE 1050 1120 00 LEVER 1050 1137 00...

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