Planar CIU-003 Operating Manual Download Page 5 | Manualshive

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The Analyzer performs measurement of the following parameters for analog channels: video

signal level, video to audio ratio, and video carrier to noise ratio within the video channel
bandwidth. For digital TV channels the Analyzer measures actual channel power. For DVB-C TV
signals CIU-003 offers the measurement of the following reception quality parameters: modulation
error ratio MER, bit error ratio BER before and after Reed-Solomon decoder. For DVB-T signals
CIU-003 measures modulation error ratio MER, BER after Viterbi decoder and BER after Reed-
Solomon decoder. Using the Analyzer, you can check MPEG transport stream for compliance with
ETSI TR101290 standard requirements (priority 1 and 2). Also the Analyzer performs analog
channel audio broadcasting (mono) monitoring

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.

The appearance of the Analyzer and its components is shown in Figures 1.1 and 1.2.

1

For hardware modification 2.14.2 or higher

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Summary of Contents for CIU-003

Page 1: ...CIU 003 TV SIGNAL ANALYZER OPERATING MANUAL ...

Page 2: ...Revision 1 4 from 12 04 13 ...

Page 3: ... ANALYZER CONFIGURATION BY PC 11 3 3 1 General Information 11 3 3 2 Connection to Configuration Terminal 11 3 3 3 Connection to LAN 15 3 3 4 Connection to ViewRSA 15 3 3 5 Viewing Device Information 16 3 3 6 Viewing Test Data 16 3 4 OPERATING ANALYZER WITH VIEWRSA SOFTWARE 17 3 4 1 General Information 17 3 4 2 PC Configuration Requirements 17 3 4 3 Software Installation 18 3 5 OPERATING ANALYZER V...

Page 4: ...gital Video Broadcasting Terrestrial QPSK Quadrature Phase Shift Keying QAM Quadrature Amplitude Modulation COFDM Coded Orthogonal Frequency Division Multiplexing MER Modulation Error Ratio MPEG2 Motion Pictures Expert Group SNMP Simple Network Management Protocol 1 2 Safety Precautions You should thoroughly inspect the product and carefully read the related documentation to get acquainted with al...

Page 5: ...rameters modulation error ratio MER bit error ratio BER before and after Reed Solomon decoder For DVB T signals CIU 003 measures modulation error ratio MER BER after Viterbi decoder and BER after Reed Solomon decoder Using the Analyzer you can check MPEG transport stream for compliance with ETSI TR101290 standard requirements priority 1 and 2 Also the Analyzer performs analog channel audio broadca...

Page 6: ...6 Figure 1 1 Figure 1 2 ...

Page 7: ... 1 pc 1 6 Specifications Input parameters a Input impedance within operating frequency range 75 Ohm b Allowed resulting value of AC input voltage 2 V Operating frequency range 48 to 1000 MHz Resolution 125 kHz Built in attenuator 20 dB 40 dB Level measurement mode Input attenuator off 30 to 80 dBμV 20 dB input attenuator 50 to 100 dBμV 40 dB input attenuator 70 to 120 dBμV Level measurement resolu...

Page 8: ...le memory capacity 80 measurement logs 160 channels each Continuous stable operation under normal conditions Unlimited Mean time between failures no less than 10 000 hours Average lifetime no less than 5 years Rack design 19 1U IEC 297 Dimensions 483x163x44 mm Package dimensions 560х265х165 mm Weight 2 0 kg Weight in package 3 0 kg CIU 003 is powered from AC circuit with 110 265 V voltage and 47 6...

Page 9: ...surement results are transferred to a remote PC with installed ViewRSA software the corresponding memory cells become available for saving the next measurement results Thus all the measurement results can be stored in the ViewRSA database for any period of time 1 7 2 Block Diagram The block diagram of CIU 003 is shown in Figure 1 3 Low Pass Filter LPF Attenuator 0 20 40dB A Tuner T Bandpass Filter...

Page 10: ...ration coefficients channel template channel plan limit plan measurement logs and service information The Mains Adapter MA forms the required voltages from an external power source 1 7 3 Component Arrangement CIU 003 TV Signal Analyzer is made in 19 1U steel shockproof sectional housing that includes printed and three dimensional wiring The Analyzer dimensions are 483x163x44 mm The front panel of ...

Page 11: ...ake sure that two proper fuses are inserted into the fuse holder b ground the Analyzer using the additional grounding connector if the primary power supply line does not have a protective grounding loop c connect the Analyzer to the 220 V AC circuit via power supply cord d turn the Analyzer on e configure the Analyzer for operation in the LAN by using an external PC see Section 3 3 f connect the A...

Page 12: ...T Run type hypertrm command c enter the name and select the icon for a new connection see Figure 3 1 Figure 3 1 d select the COM port which will be used for this connection see Figure 3 2 Figure 3 2 e select the parameters of the COM port as shown in Figure 3 3 12 ...

Page 13: ...es window on the File menu click Properties Select the Parameters tab and perform the following settings as shown in Figure 3 4 Figure 3 4 g in the same window and tab click the ASCII Parameters button and set the following input output settings as shown in Figure 3 5 13 ...

Page 14: ... available commands in the input output window see Figure 3 6 Figure 3 6 We recommend following the below instructions when entering commands a use ENTER to complete entering of any command b you can use both upper and lowercases for entering symbols c to correct the wrong symbol change the cursor position by pressing arrow keys d to get additional data about a command type its name without any ad...

Page 15: ...192 168 0 1 sets the IP address set mask 255 255 255 0 sets subnet mask set gw 192 168 0 101 sets the IP address of network gateway d restart the Analyzer by the following command restart This command is equivalent to switching the Analyzer off and then on again You should use this command after changing any of the Analyzer parameters related to its registration in the LAN and also after changing ...

Page 16: ...ation program is started see Section 3 3 1 b type the following command info c the following data will appear in the input output window Device name e g CIU 003 Hardware version of the Analyzer e g HW version 2 12 1 Software version of the Analyzer e g SW version 12 00 00 04 Serial number of the Analyzer e g Serial number 10040001 MAC address of the Analyzer e g MAC address 00 1f 66 03 00 04 IP ad...

Page 17: ... during self test the Analyzer should be sent to repair service to have the defects corrected Temperature error means that the temperature is beyond the allowed range Temperature error affects the accuracy of measurements and in some cases may even lead to the Analyzer failure In case such error occurs check the Analyzer operating conditions 3 4 Operating Analyzer with ViewRSA Software 3 4 1 Gener...

Page 18: ...erent folder click Browse Select the required path and click OK The following steps will be fulfilled automatically If the installation is correct the information window indicating successful installation will appear on the screen Click Finish to complete the installation After the installation has been completed the ViewRSA folder containing a shortcut for accessing the program will be created in...

Page 19: ...e versions that provide new features These new firmware versions are available for free download on our website www planar chel ru in the section that describes CIU 003 Analyzer Each version of the firmware has its unique identification number e g 14 0 0 3 You can see the current device firmware version in configuration terminal window see Section 3 3 5 by using ViewRSA and also in the SoftVersion...

Page 20: ...pdate 4 MAINTENANCE Required maintenance is limited to following the instructions related to proper operation storage and shipment which are given in this Manual and also minor defects correction After the warranty period has expired and annually since then you should perform preventive inspections covering check of controls and reliability of the assembly 5 TROUBLESHOOTING Defect detection CIU 00...

Page 21: ...ncorrect setting of channel template Method of correction Check the parameters of the Analyzer s channel template by using ViewRSA 6 STORAGE Store your CIU 003 at ambient temperature from 20 to 40 0 С and relative humidity up to 90 at 30 0 С 7 TRANSPORTATION CIU 003 Signal Analyzer must be shipped in any closed vehicle at temperature from 20 to 40 0 С relative humidity 90 at 30 0 С and atmospheric...

Page 22: ...e or accident b product is tampered with modified or repaired by an unauthorized party c product seals are tampered with d product has mechanical damage The batteries are not included or covered by this warranty Transport risks and costs to and from the manufacturer or the authorized service centers are sustained by the buyer The manufacturer is not liable for direct or indirect damage of any kind...

Page 23: ...terval Node MeasurementPeriod 1 3 6 1 4 1 32108 2 2 2 1 0 Parameters INTEGER 0 60 viewing and saving Description View and edit the interval of channels measurement by the device Set 0 value to select manual measurement mode Name Measurement start and stop Node MeasurementLaunch 1 3 6 1 4 1 32108 2 2 2 2 0 Parameters INTEGER stop 0 start 1 viewing and saving Description Set 1 to start and 0 to stop...

Page 24: ...5 0 Parameters Counter32 viewing only Description View the number of measurement cycles performed since the Analyzer has been switched on One measurement cycle corresponds to measurement of all channels in the channel plan Name Device temperature Node Temperature 1 3 6 1 4 1 32108 2 2 3 6 0 Parameters INTEGER viewing only Description View the value of current temperature inside the device in degre...

Page 25: ...set to 0 Example VAR 2 85 The video audio ratio of the second channel is 8 5 dB Name Signal noise ratio of analog channel Node CNR 1 3 6 1 4 1 32108 2 2 3 3 1 4 Parameters INTEGER viewing only list Description View the value of signal noise ratio for analog channel The value is expressed in dB 10 For digital channels the value is always set to 0 Example CNR 2 432 The signal noise ratio of the seco...

Page 26: ... 32108 2 2 3 4 1 4 Parameters INTEGER true 1 false 0 viewing only list Description Check if a channel passed the limit test by the following test criteria maximum channel level for analog channel and maximum actual power for digital channel Name Indicator of low video audio ratio Node LowVAR 1 3 6 1 4 1 32108 2 2 3 4 1 5 Parameters INTEGER true 1 false 0 viewing only list Description Check if a ch...

Page 27: ...passed the limit test by the following test criteria maximum allowed ripple value within the frequency range of 40 to 600 MHz Name Indicator of high ripple within the frequency range of 40 to 1000 MHz Node HighDL_40_1000_MHz 1 3 6 1 4 1 32108 2 2 3 4 1 14 Parameters INTEGER true 1 false 0 viewing only list Description Check if a channel passed the limit test by the following test criteria maximum ...

Page 28: ...r Name Indicator of MPEG stream error one of PID streams does not appear at least every 5 sec ETSI TR101290 1 6 Node mpeg_PID_error 1 3 6 1 4 1 32108 2 2 3 4 1 22 Parameters INTEGER true 1 false 0 viewing only list Description Check the results of channel MPEG stream test for ETSI TR101290 1 6 error Name Indicator of MPEG stream error transport_error_indicator in TS header is set to 1 ETSI TR10129...

Page 29: ...ode tCalibrationError 1 3 6 1 4 1 32108 2 2 4 Trap number 1 Additional nodes Description Sent if device calibration error is detected usually shortly after the device is switched on This error can affect the accuracy of channel parameters measurements Name Device hardware error Node tHardwareError 1 3 6 1 4 1 32108 2 2 4 2 Trap number 1 Additional nodes InfoHardware Description Sent if device hard...

Page 30: ...G_severity data about the MPEG error sound_severity data about analog channel audio broadcasting disappearing Example Trap tChannelSeverity low value of signal noise ratio TestPointName main headend ChIndex 2 ChName MTV ChFreq 191250 ChType 0 Level_severity VAR_severity CNR_severity 25 1 43 dB MER_severity preBER_severity postBER_severity mpeg_severity sound_severity tChannelSeverity trap value of...

Page 31: ... with minimum maximum level in the network dL dF 100MHz high ripple of channel levels in any 100 MHz bandwidth in the network SeverityValue numerical value of the error Example Trap tFlatnessSeverity adjacent channels ripple appeared TestPointName main headend ChIndex1 2 ChName1 MTV ChFreq1 191250 ChType1 0 ChIndex2 3 ChName2 RTR ChFreq2 199250 ChType2 0 SeverityType dL adjacent SeverityValue 6 3 ...

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