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TSW200E1

buzzer is active and when OFF, the buzzer is inactive.

•

Loopback

: Allows the equipment to be configured to perform a local loopback test

(LOCAL), remote (REMOTE) or no loop at all (NONE). For the local loopback, the
same data transmitted by the equipment are internally sent to its reception. So, the
equipment can be in sync when the test is started, without receiving external data. For
the remote loopback, the equipment sends the data it is receiving.

BACK MENU

F1 F2 F3 F4

TX/RX FRAMED

Period:
Allocation:

1 day
35.50%

M.2 100

The TSW200E1 calculates parameters following ITU-T Rec. M.2100. The user must preset

these parameters. This configuration establishes the test time for M.2100. The TSW200E1 tests up
to 8 periods. After that, it starts to write over the old tests. That means that at each 8 periods the
TSW200E1 starts a new cycle.

5.3.2 - TX/RX FRAMED Mode test example

The figures below demonstrate two ways of performing the test using this mode.

5.4 - The THROUGH FRAMED Mode

In this mode, the TSW200E1 is inserted in the circuit under test and the received framed

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Summary of Contents for TSW200E1

Page 1: ...Operation Manual TSW200E1 Version 1 Revision 7 November 2010 ...

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Page 3: ... under constant development some characteristics may not be included in the manuals they can be added as annexes Any contribution or criticism that can better this product or manual will be welcomed by the company team If this manual contents are not according to the version of the equipment or its operation please contact the company using the phone fax 55 61 3486 9100 or the e mail wise wi com b...

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Page 5: ...d 11 2 4 Battery 12 2 5 Interfaces 12 2 6 Audio 13 3 TSW200E1 Operation 14 3 1 General Configurations and Equipment Utilities 15 3 2 Operating Module Selection 16 3 3 DTE and DCE Simulation 18 3 3 1 DTE Simulation 18 3 3 2 DCE Simulation 18 3 4 Hierarchy of Errors and Alarms 19 4 The BERT BLERT Module 21 4 1 Synchronous Mode Configuration 21 4 2 Asynchronous Mode Configuration 24 4 3 Executing the...

Page 6: ...nd Displaying a Saved Test 61 6 2 Saving and Loading a Configuration 61 6 3 Printing Results 62 7 Remote Control 65 8 Software Update 67 9 Glossary of Technical Terms 68 Appendix A RS232 V 35 V 11 V 36 V 11 X 21 V 11 RS530 and G 703 Interface Signals 72 A 1 V 24 RS 232 Interface 72 A 2 V 35 V 11 Interface 73 A 3 V 36 RS 449 and V 11 Interface 74 A 4 X 21 V 11 Interface 75 A 5 G 703 Co directional ...

Page 7: ...o DCE RS232 Adaptor Cable 88 F 2 M34 to DCE V 35 Adaptor Cable 88 F 3 DB37 to DCE V 36 Adaptor Cable 89 F 4 DCE X 21 Cable 90 F 5 DB25 to DCE RS530 Adaptor Cable 91 Appendix G Printer and Serial Cable Pinout 92 G 1 Serial Adaptor Cable 92 G 2 Parallel Adaptor Cable 92 ...

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Page 9: ...ided New versions can come by e mail ITU T standards G 821 G 826 M 2100 analysis the TSW200E1 measures every ITU T G 821 parameters In structured circuits this analysis is performed for bit errors and for FAS and CRC errors For the TX RX FRAMED and THROUGH FRAMED modes E1 G 704 module the TSW200E1 does ITU T M 2100 analysis These analyses are based on block patterns Histograms the TSW200E1 has his...

Page 10: ...ed clock for co directional G 703 and 2 Mbps G 703 Interfaces V 24 RS 232 V 35 V 11 V 36 V 11 X 21 V 11 co directional G 703 2048 Kbps G 703 Bits per character up to 8 Parity odd even none mark space Stop bits 1 1 5 or 2 Operating modes BERT BLERT module SYNCHRONOUS and ASYNCHRONOUS E1 G704 module TX RX FRAMED THROUGH FRAMED MUX DEMUX MONITOR FREQUENCY LEVEL ROUNDTRIP DELAY Dual E1 module Pulse Ma...

Page 11: ...kbps and G 703 2 Mbps Generated test patterns 7 2E3 1 15 2E4 1 31 2E5 1 63 2E6 1 127 2E7 1 127 LA 127 LD 511 2E9 1 1023 2E10 1 2047 2E11 1 2E15 1 2E17 1 2E18 1 2E20 1 O153 2E20 1 O151 QRSS 2E21 1 2E22 1 2E23 1 2E25 1 2E28 1 2E29 1 2E31 1 2E32 1 all marks 1111 all spaces 0000 ALT M S alternating 1s and 0s Double Alt 1100 3 in 24 1 in 16 1 in 8 1 in 4 D4 LA D4 LD USER and 7 1 in the NORMAL and INVER...

Page 12: ...INVERTED modes Error analysis in one or more timeslots like error bits and blocks FAS error CRC error E BIT and code error Rate of bits blocks in error Clock SLIP analysis AIS Alarm Indicator Signal frame and multiframe sync losses analysis Alarm analysis Error analysis like degraded minute count severe errored seconds errored seconds error free seconds available and unavailable seconds following ...

Page 13: ...bal or High impedance bal and unbal NFAS Non Frame Alignment Signal Sa bits programming and timeslot 16 ABCD bits signalling word programming Allows substitution of frame structured data for a test pattern in one or more timeslots Allows timeslot audio output through loudspeaker Insertion of errors BIT FAS and CRC Test duration continuous or timer limited MUX MODE In this mode the TSW200E1 is used...

Page 14: ...ion using buffers The X 25 xDLC module operating manual is provided separately 1 3 5 X 50 Module optional X 50 is a frame structure used at 64 Kbps to allow the transport of many data channels with lower rates within the synchronous 64 Kbps data band The X 50 FRAME mode allows tests for divisions 2 and 3 The X 50 module operating manual is provided separately 1 3 6 PPP Module optional The PPP test...

Page 15: ...ndent of the two receivers The DUAL E1 module operating manual is provided separately Signal generation with PCM30 PCM30C PCM31 or PCM31C data structures Generated patterns 127 LA 511 2E9 1 2047 2E11 1 2E15 1 QRSS all marks 1111 all spaces 0000 ALT M S alternating 1s and 0s Double Alt 1100 1100 3 in 24 1 in 16 1 in 8 1 in 4 USER 24 bits and 7 1 in the NORMAL and INVERTED modes Error analysis in on...

Page 16: ... unbalanced 120 balanced or High impedance bal and unbal NFAS Non Frame Alignment Signal word Sa bit programming and timeslot 16 signalling word ABCD bits Allows timeslot audio output through loudspeaker Insertion of errors BIT FAS and CRC and alarms AIS RAI RMF Alarm TS16 AIS Test duration continuous or timer limited Wise Telecommunications Industry 8 ...

Page 17: ...d on the back panel TX G 703 2M Coaxial cable connector used for G 703 2MHz interface transmission RX1 G 703 2M Coaxial cable connector used for G 703 2MHz interface reception RX2 G 703 2M Coaxial cable connector used for G 703 2MHz interface reception used only in the CAS MFC module with the ANALYSER option 120Ω TX1 RX1 RX2 RJ 45 female connector on the back panel Used by the G 703 2M interface w...

Page 18: ...l 1s ALL0 getting all 0s FAS LOSS Indicates frame sync loss CAS LOSS Indicates multiframe sync loss PAT LOSS Indicates pattern sync loss The expected pattern is not being received SLIP clock SLIP counting RE AL Indicates remote alarm RMF AL Indicates multiframe remote alarm These LEDs are followed by three error LEDs CRC ERR When on indicates CRC error or a CRC Loss FAS ERR When on indicates FAS e...

Page 19: ... the battery charger is connected It turns red when the battery is being charged and green if the charge is already complete 2 3 Keyboard The TSW200E1 keyboard description follows ON OFF turns the equipment on and off F1 F2 F3 F4 The function of these keys depends on the displayed screen The bottom display line defines their use Note Throughout this manual the notation F1 F2 F3 and F4 will be used...

Page 20: ...wer supply SPS 12A input 90 to 240 VAC 60 Hz There is a plug on the right side of the equipment When the switching power supply is plugged on the power outlet a LED will turn on showing that the charging is in progress During battery charge the IN CHARGE LED will be illuminated and red When this LED turns green the battery is fully charged The TSW200E1 during charging is being fed by the power sup...

Page 21: ...ion 2 2 there is a picture of the front panel where it is possible to see the identification MIC showing the microphone location The microphone can be used for the MFC R2 module and Frequency level mode tests It remains off for the remaining modules There is also a loudspeaker located inside the equipment For some modes it is possible to activate this loudspeaker to listen to the received data For...

Page 22: ...e recorded These are displayed in general counters or histograms as a function of time Resulting data can be stored in memory The last test is automatically stored and can be later displayed The TSW200E1 can be used for the execution of loopback tests and end to end tests in modems when they are in full duplex mode It is also possible to carry out tests for multiplexers and for general digital cir...

Page 23: ...This cursor will be used for configuring the equipment Its position defines the parameter to be changed or selected To move it to another line use the and keys Every configuration parameter and memory contents are kept even after power off So when the equipment is turned on again the last screen shown will be displayed unless it is not a test or editing screen 3 1 General Configurations and Equipm...

Page 24: ...NTER Initially a memory test is run If successful MEMORY OK will be displayed After that the LEDs test is started If this test is successful LEDS OK will be displayed on screen Next the display is completely written on so the user may check if there is any display failure The following step is the keyboard test After any key is pressed the TSW200E1 will start the keyboard test The user must press ...

Page 25: ...F 4 B A C K L O G O E N T E R To get to that screen look for the MODULE F2 or F3 function key If none appears the equipment is already operating in one of the modules If it is not the desired module go back to the menu using the function key labelled MENU and from the MODULE screen the MODULE function key will be found To alternate between these module screens press F1 BACK or F4 MORE On the Modul...

Page 26: ...S DCD and RTS signals If the DCE needs other signals the user should perform the necessary connections 3 3 2 DCE Simulation The TSW200E1 can simulate a data communication equipment as described below V 24 RS232 Interface the user can use a CROSS cable The user has only to connect a terminal to the TSW200E1 and run the desired tests V 35 V 11 V 36 V 11 and X 21 V 11 Interface the TSW200E1 can do DC...

Page 27: ...necessary to understand each counter function and its hierarchy When there are higher priority alarms the lower priority alarms are not displayed This is done to avoid counting the lower priority alarms that are caused by higher priority alarms The alarms are counted once each second whenever they are active even if they do not happen for the entire second The errors are counted in absolute values...

Page 28: ...re 1 in the 2 Mbps frames FAS LOSS E1 G 704 Counter that indicates FAS sync loss The counter is incremented whenever there are three consecutive FAS words with error or if bit 2 of the odd frames is received with error for three consecutive times X 50 This counter is incremented whenever the FAS error remains active for more than 10 ms CAS LOSS Counter that indicates multiframe sync loss In the 2M...

Page 29: ...graded minutes severely errored seconds errored seconds error free seconds available time unavailable time real time clock SLIPS following ITU T Rec G 822 The test is based on a data pattern that is transmitted to the modem under test The received data pattern is then compared to the transmitted pattern and the occurrence of any error is accounted for Before the test is started the user must be su...

Page 30: ...LD 2E9 1 511 2E10 1 1023 2E11 1 2047 2E15 1 2E17 1 2E18 1 2E20 1 O153 2E20 1 O151 QRSS 2E21 1 2E22 1 2E23 1 2E25 1 2E28 1 2E29 1 2E31 1 Mark 1111 Space 0000 ALT M S alternating 1 e 0 Double Alt 1100 3 in 24 1 in 16 1 in 8 1 7 1 in 4 D4 LA D4 LD USER e 7 1 mark space Other than these standards there is the AUTO option If the test is started with this option the TSW200E1 tries to synchronize automat...

Page 31: ...ting press F1 EXIT Test Period Chooses the test period The test can be continuous lasting for a given time or for a certain number of blocks To select use the or keys If the timer option is chosen it is necessary to edit the test time duration and the starting time time to begin To do that press the DATA key when the cursor points to the proper line If the test is to be started immediately set the...

Page 32: ...es the interface to be used in the test as RS232 V 35 V 36 or X 21 using the or keys Pattern Determines which pattern will be transmitted and received by the Test Set The choice can be done by using the or keys It is possible to choose among the following pseudo aleatory patterns 2E6 1 63 2E9 1 511 2E11 1 2047 2E12 1 4095 2E15 1 2E20 1 0153 Mark 1111 Space 0000 ALT M S alternating 1 e 0 FOX USER 7...

Page 33: ...key to start the test If the CTS circuit is active the Test Set will continuously transmit the selected pattern The RUN indicator LED will remain on while the test is running If the test is continuous press START STOP to stop the test To enable the data transmission the CTS circuit must be activated by the modem under test The reception starts when the modem under test activates DCD The test resul...

Page 34: ... corresponding error or alarm screen The OK screen becomes unavailable From the MENU screen the error counters screen alarm counters screen histograms screen event log screen or the ITU T standard G 821 screen can be reached by placing the cursor adequately and by pressing F3 ENTER Pressing F2 MENU in any of these screens takes the user back to the menu When the CLEAR key is pressed the test time ...

Page 35: ... R S BIT ERR 0000000 BER 0 00E 00 INJEC ERR 0000000 TIME 0000 10 26 This screen displays the following test results BIT ERROR Counter that indicates the number of errored bits that occurred during the running test BER Exponential notation rate between the number of errored bits and the total number of received bits RX RATE For the asynchronous mode it indicates the preset programmed rate INJEC ERR...

Page 36: ... indicates the exponential notation proportion between the number of errored blocks and the total number of received blocks BLOCKS exponential counter of the total number of 1024 bit blocks received during the test in progress From that screen it is possible to a Press F1 BACK to go back to the first error screen b Press F2 MENU to go to the menu screen c Press F4 NEXT to access the third screen T...

Page 37: ...showed if the selected inteface is G703 2M It is the following CODE ERR 00000 CODE E R 00000 F1 F2 F3 F4 BACK MENU B A S I C E R R O R S CODE ERROR indicates the total number of code errors HDB3 or AMI line codes that occur while the test is running CODE E R exponential notation rate between the number of code errors and the total number of received bits From that screen it is possible to a Press ...

Page 38: ... time intervals that have at least one error and the available measuring time SEV ERR SEC indicates the rate between the number of one second time intervals where the bit error rate is equal or greater than 1 10 3 and the available measuring time DEGRADED MIN indicates the rate between the number of one minute time intervals where the error rate is greater than 1 10 6 and the available measuring t...

Page 39: ...hese steps 1 Stop the test START STOP key 2 Change the Tx Clock Source to INTERNAL 3 Choose the desired value to the nominal rate in the Tx Rate option 4 Change the Tx Clock Source to EXTERNAL 5 Restart the test START STOP key By pressing the F4 NEXT key the alarm screen is shown For both the ALARMS screen and for the RATES screen the F2 MENU key takes the user back to the Menu screen The alarms d...

Page 40: ...ack of the seconds during which the receive signal is always 0 4 4 4 Histograms Histograms are graphical representations of the quantity of errors or alarms versus time For each error or alarm that can occur in a test situation a histogram is displayed Each histogram column displays the quantity of errors or alarms that occurred during that minute or during that hour according to the chosen resolu...

Page 41: ...p to 61 hours But also the maximum number of errored minutes that can be shown is 70 So for example if more than 70 minutes are monitored and they all have error s no more errored minutes can be stored 4 4 5 The Event Log The event log screen displays the time of occurrence and of clearance of alarms and errors It is depicted on the next figure F1 F2 F3 F4 FREEZE MENU EVENT LOG 20 09 2004 09 46 14...

Page 42: ...ack to the Module screen To select one of the available modes on any of these two screens place the cursor at the desired line using the or keys Then press F3 ENTER The first setup screen for the selected mode will be displayed The following subsections describe the operation of each mode In this module the signal generation and analysis are done in a framed structured way The signal is generated ...

Page 43: ... from 10 1 to 10 7 For the FAS and CRC errors the user can use the ERROR key to input SINGLE errors in the SINGLE mode choose automatic error insertion with bit error rate of 10 3 ditto 10 5 When the automatic error insertion is chosen if the ERROR key is pressed during the test the insertion of errors is automatically toggled to SINGLE mode When the 2Mbps G 703 interface is used its impedance can...

Page 44: ...UNNING Error Typer BIT BIT FAS CRC F1 F2 F3 F4 ENTER In this screen it is possible to select the type of error inserted when the ERROR key is pressed To select the kind of error move the cursor to the appropriate line and then press F3 ENTER If any error or alarm occurs the equipment automatically changes from the OK screen to the corresponding error or alarm screen The OK screen becomes unavailab...

Page 45: ...s of errors or alarms versus time event log For the FREQUENCY LEVEL MONITOR and ROUND TRIP DELAY modes the results are displayed differently and will be described appropriately in the corresponding sections 5 2 1 Basic errors For the E1 G 704 module many screens display the basic errors The first basic errors screen is shown below MENU NEXT F1 F2 F3 F4 B A S I C E R R O R S BIT ERR 0000000 BER 0 0...

Page 46: ...le to press the key F1 BACK to go back to the previous screen F2 MENU to go back to MENU screen F4 NEXT to go the third basic errors screen The counters displayed in the second basic errors screen are the following BLK ERROR indicates the total number of block errors that happen when the test is running Any number of errors bits that are flagged in a 1024 bit block is marked as a single error bloc...

Page 47: ... to go the fifth basic errors screen F1 F2 F3 F4 BACK MENU NEXT B A S I C E R R O R S CODE ERR 00000 CODE E R 00000 FAS ERROR 00000 FAS E R 0 00E 00 The counters displayed in the fourth basic errors screen are the following CODE ERROR indicates the total number of code errors HDB3 or AMI line codes that occur while the test is running CODE E R exponential notation rate between the number code erro...

Page 48: ...re evaluates the ITU T Rec G 821 G 826 and M 2100 F1 F2 F3 F4 MENU ENTER ITU T STANDARDS G 821 G 826 M 2100 The user can choose the analysis to be displayed placing the cursor appropriately and pressing F3 ENTER The G 821 analysis has corresponding parameters for each of the counters BIT ERROR FAS ERROR CRC ERROR and E BIT These counters are displayed in absolute or relative modes The screens that...

Page 49: ...econds during the test ERR FREE SEC shows how many one second time intervals have no error To go back to the ITU T Standards screen press F2 ITU T To display these counters in percent values press F3 A description of each parameter displayed in the percent values screen follows They all follow ITU T Recommendation G 821 To display the FAS CRC and E BIT results press F4 NEXT ERRORED SEC indicates t...

Page 50: ...KGD BLK ERR 0000000 ERRORED SEC 0000000 SEV ERR SEC 0000000 The parameters are now described BLOCKS Counter that indicates in exponential notation the total number of 2048 bit blocks received when the test is running ERRORED BLK EB indicates the total number of errored blocks flagged when the test is running The block error is associated with the occurrence of CRC error Any number of wrong CRCs fl...

Page 51: ...nds during the test To go back to the ITU T Standards screen press F2 ITU T To go to the first G 826 screen press F1 BACK These counters are updated each second However these data are recalculated if unavailable seconds occur going back 10 seconds The TSW200E1 calculates parameters according to ITU T Rec M 2100 These parameters are shown in the following two screens F1 F2 F3 F4 ITU T NEXT M 2 1 0 ...

Page 52: ...sions about that particular period of test and thus the test must be rerun PERIOD indicates the period to which the result refers To visualise other periods use F4 SCROLL 5 2 3 Alarms The TSW200E1 displays screens with an array of alarm counters To navigate through them press F1 BACK and F4 NEXT To go back to the Menu screen press F2 MENU F1 F2 F3 F4 MENU NEXT A L A R M S SIGNAL LOSS AIS NO SYNC S...

Page 53: ...the number of times that the remote alarm was sent When there is frame sync loss timeslot 0 bit A is set on the even frames which indicates the occurrence of remote alarm RMF ALARM Indicates the number of times that the multiframe remote alarm was sent When there is multiframe sync loss timeslot 16 bit 6 for frame 0 is set indicating multiframe remote alarm 5 2 4 Histograms The histograms are grap...

Page 54: ...T to access the next histogram The histogram scale can be linear or logarithmic depending on the kind of error or alarm chosen and also of the chosen resolution The maximum number of errors or alarms that can be displayed in one histogram is 65534 but most of the counters can count more than that The histogram is limited to 3663 positions So if the selected resolution is in minutes a test of up to...

Page 55: ...er during the test press F4 AUDIO on the OK MENU screen To turn the loudspeaker off press the AUDIO key again Use the volume buttons to adequate sound level for it can vary a lot according to the chosen sequence 5 3 1 TX RX FRAMED Mode Configuration The TX RX FRAMED mode has many configuration parameters which must be carefully selected for the test to run correctly Now the TX RX FRAMED Mode setup...

Page 56: ... select separately the polarity of the transmit and receive signals as normal NORM or inverted INV Idle Code Selects the Idle Code to be transmitted in the non selected channels To edit press DATA The or keys move the cursor to the bit that will be changed To toggle the bit use the alphanumeric keys To exit the editing mode press F4 ENTER to update the edited value or F1 EXIT to cancel editing mod...

Page 57: ...dit the transmit and receive slots The or keys move the cursor to the slot to change The F2 and F3 keys are used to select or to de select a slot When DATA is pressed again it is possible to select all slots The CLEAR key de selects all slots Pressing F1 AS TX copies to the receive slots the configuration of the transmit slots For the PCM30 30C timeslot 16 cannot be chosen It is used for control i...

Page 58: ...external clock From Rx the clock is regenerated from reception Clock Deviation Allows programming the clock deviation from 50 to 50 ppm BACK MENU NEXT F1 F2 F3 F4 TX RX FRAMED Test Period Histo Resolution Drop Insert Interface Alarm Error Buzz Loopback CONTINUOUS MINUTES ON ON RS232 OFF OFF NONE Test Period Defines the test duration It can be CONTINUOUS or timer limited This timer can be set for u...

Page 59: ...g BACK MENU F1 F2 F3 F4 TX RX FRAMED Period Allocation 1 day 35 50 M 2100 The TSW200E1 calculates parameters following ITU T Rec M 2100 The user must preset these parameters This configuration establishes the test time for M 2100 The TSW200E1 tests up to 8 periods After that it starts to write over the old tests That means that at each 8 periods the TSW200E1 starts a new cycle 5 3 2 TX RX FRAMED M...

Page 60: ...ithout analysing the incoming data The Sa bits of the NFAS words and the timeslot 16 bits ABCD can be programmed allowing the insertion of signalling tones in the A B and C bits 5 4 1 THROUGH FRAMED Mode Configuration The Through Framed mode configuration parameters are the same as the TX RX Framed mode configuration parameters as described in section 5 3 1 5 4 2 Through Framed Test example 5 5 MU...

Page 61: ...multiplexer tests The TSW200E1 transmits 2 Mbps data in one or more timeslots from the multiplexer side Frame structure is supported From the other side of the multiplexer data in one or more channels can be monitored using one of the following interfaces V 24 RS232 V 35 V 11 V 36 V 11 X 21 V 11 or RS530 The counter options in the DEMUX mode are BIT ERROR BLK ERROR BLOCKS SLIP as in ITU T Rec G 82...

Page 62: ...se Options are V 24 RS232 V35 V36 X 21 or RS530 Place the cursor at the proper line and use the or keys to select Termination see section 5 3 1 Line Code see section 5 3 1 Tx Slots see section 5 3 1 Error Type see section 5 3 1 Error Insert see section 5 3 1 Test Period see section 5 3 1 Histo Resolution see section 5 3 1 Alarm Error Buzz see section 5 3 1 5 6 2 DEMUX test example 5 7 The MONITOR ...

Page 63: ...3 1 Line Code see section 5 3 1 5 7 2 Performing the MONITOR Test After plugging the Test Set correctly and setting up the parameters defined in the previous item it is possible to start the test by pressing the START STOP key The following screen will be displayed F1 F2 F3 F4 WORDS ABCD1 ABCD2 MONITOR RUN DATA 00000000 FRAME 00 TIMESLOT 00 In this screen it is possible to monitor the selected tim...

Page 64: ...he realization of a test in the Monitor mode 5 8 FREQUENCY LEVEL Mode In this mode the TSW200E1 allows one sinusoidal signal or data from the microphone to be inserted in any timeslot of a 2048 kbps G 704 frame This sinusoidal signal can have user definable level from 55 to 3 dBm0 and frequency 1 to 4000 Hz Simultaneously the TSW200E1 analyses and evaluates for the same timeslot of a received fram...

Page 65: ...CM see section 5 3 1 Idle Code see section 5 3 1 Termination see section 5 3 1 Txslots Selects the timeslot to display in the test Editing is identical to that of the TX RX Framed mode The selected timeslot will be the same for transmission and for reception Select only one time slot Line Code see section 5 3 1 Polarity see section 5 3 1 F1 F2 F3 F4 BACK MENU Frequency Value 2100 Hz Level Value 03...

Page 66: ...TART STOP key The following screen will be displayed This screen displays the results of the level and frequency of the received signal and it also informs the level and frequency which were set up at the transmission The values displayed in front of the labels Peak and Peak represent the greatest absolute values received within the A law coding employed by the equipment It is possible to change t...

Page 67: ...ip Delay mode follows Interface Available for the non framed mode only Selects which interface to use The options are V 24 RS232 V35 V36 X 21 RS530 or G 703 2M To change an option place the cursor at the proper line and use the or keys to select the interfaces Tx Clk Src Can assume the following values Internal when the Test Set itself provides the transmit clock In this case the external circuit ...

Page 68: ...t must be in loopback The following screen will be displayed SEND SET ZERO RESET F1 F2 F3 F4 Round Trip Delay 0000000 us Zero Correction 0000000 us F3 SET ZERO allows subtraction of one local delay from the total measurement Zero Correction An example of how this can be used is to remove the round trip delay from a local equipment from the total delay measurement for a remote loopback To do this s...

Page 69: ...E11 16 03 04 14 45 LOGO VIEW MODULE As shown in the above figure a user edited title is displayed beside each memory as the date and hour of the test starting time 6 1 Saving a Test and Displaying a Saved Test To save the last performed test use the and keys to move the cursor to the desired memory position Press F2 SAVE to store the last test results data The new data will overwrite the previousl...

Page 70: ... test starts For serial printing the data transmission rate must be chosen Some serial communication parameters are predetermined 8 bit word no parity 1 stop bit and no flow control Pressing the PRINT key in any memory visualisation screen causes the TSW200E1 to display the print management screen shown below EXIT PRINT F1 F2 F3 F4 PRINT MEMO DATA LAST RESULTS TYPE SERIAL TX CLOCK 50 bps Use the o...

Page 71: ...mmunication port usually 1 or 2 Click OK In the screen below set up the port set the Bits per second with the same rate as defined in the TSW200E1 8 data bits no parity 1 stop bit and no flow control Then click OK From this moment on the computer will receive data by the selected serial port At the TSW200E1 press the PRINT or F4 key and the data will be sent to the computer The ASCII only text app...

Page 72: ...ppear on the Notepad screen Now select File and Save as Edit the filename and press enter To read use Windows Notepad Three different cables can be used to print The correct interface type must be set up at the equipment The cable options are serial parallel or the serial parallel converter which can be ordered along with the equipment For this cable the TSW200E1 must be set up for serial printing...

Page 73: ...mode or running a test and it depends on each test When the unit displays either the BERT Sybchronous or the TX RX Framed config screens and it receives a remote control command the auto power off feature is automatically disabled This feature is turned back on when leaving this modules or the next time the unit is turned on Command BERT Configurator Running BERT TXRX Configurator Running TXRX Exa...

Page 74: ...lter the selection of the slot of that number p x Selects the type of frame sent accepting as arguments 0 PCM30 0c PCM30C 1 PCM31 1c PCM31C a AUTO p0 p0c p1 p1c pa cl Clears or restarts the test Clears or restarts the test cl pr Prints the test results Prints the test results pr Wise Telecommunications Industry 66 ...

Page 75: ...TSW200E1 8 Software Update To update the equipment s software insert or remove modules look for UPW Operation Manual Wise Telecommunications Industry 67 ...

Page 76: ...E Pronounced as separate letters Short for customer premises equipment communications equipment that resides on the customer s premises i e it is owned or leased by the customer Client owned equipment CRC Cyclic Redundancy Check CRC 4 consists in an error detection method used for 2 Mbps frames where for each transmitted data block a set of bits is added which allows error detection within the blo...

Page 77: ...ansmission of both positive and negative pulses It is based on Alternate Mark Inversion AMI but extends this by inserting violation codes whenever there is a run of four or more 0 s to prevent long runs of 0 s in the data stream which may otherwise prevent a DPLL from tracking the centre of each bit This violation code must always have inverted polarity regarding the previous violation Homologatio...

Page 78: ...mode data are transmitted according to a separate clock signal which is used at the reception to identify the data In this case the transmitter and receiver must be in sync For the asynchronous mode there is no separate clock signal the characters of any data are preceded by start bits and followed by stop bits which provide synchronism at the receive end ms Millisecond equivalent to a thousandth ...

Page 79: ... it has finished sending a message how the receiving device will indicate that it has received a message and the timings involved in the intercommunication REMOTE ALARM Counter for the occurrence of remote alarms RMF ALARM Remote multiframe alarm Remote It is said of the device that is far away In a connection between two modems the local one is the one next to the operator and the remote one is l...

Page 80: ...03 DTX Data Transmit Ready Data DTE 3 104 DRX Data Receive Ready Data DCE 4 105 RTS Ready to Send Control DTE 5 106 CTS Clear to Send Control DCE 6 107 DSR Data Set Ready Control Modem 7 102 0V Signal Ground 8 109 DCD Data Carrier Detect Control DCE 15 114 TCK Transmit Clock Sync DCE 17 115 RCK Receive Clock Sync DCE 20 108 DTR Data Terminal Ready Control DTE 24 113 TCKE Test Set Transmit Clock Sy...

Page 81: ... 35 Data Test Set R T 104 DRX A DRX B Data Receive Ready V 35 Data Modem C 105 RTS Ready to Send V 28 Control Test Set D 106 CTS Clear to Send V 28 Control Modem E 107 DSR Data Set Ready V 28 Control Modem F 109 DCD Data Carrier Detect V 28 Control Modem Y AA 114 TCK A TCK B Transmit Clock V 35 Sync Modem V X 115 RCK A RCK B Receive Clock V 35 Sync Modem H 108 DTR Data Terminal Ready Control Test ...

Page 82: ... DRX B Data Receive Ready V 11 Data Modem 7 25 105 RTS A RTS B Ready to Send V 11 Control Test Set 9 27 106 CTS A CTS B Clear to Send V 11 Control Modem 11 29 107 DSR A DSR B Data Set Ready V 11 Control Modem 13 31 109 DCD A DCD B Data Carrier Detect V 11 Control Modem 5 23 114 TCK A TCK B Transmit Clock V 11 Sync Modem 8 26 115 RCK A RCK B Receive Clock V 11 Sync Modem 30 12 108 DTR A DTR B Data ...

Page 83: ...X 21 Name Description Electrical Spec Category Source 1 G GND Shield 8 Ga 0V 0V 2 9 T DTX A DTX B Data Transmit Ready V 11 Data Test Set 4 11 R DRX A DRX B Data Receive Ready V 11 Data Modem 3 10 C RTS A RTS B Control V 11 Control Test Set 5 12 I CTS A CTS B Indicator V 11 Control Modem 6 13 S RCK A RCK B Receive Clock V 11 Sync Modem Wise Telecommunications Industry 75 ...

Page 84: ...ory Source Ruler Tx Transmit T erminal 12 Data T est Set Ruler Rx Receive T erminal 34 Data Modem A 6 G 703 2 Mbps Interface Connector Nam e Description Category Source Female BNC Tx T ransmit T erminal Data T est Set Female BNC Rx Receive T erminal Data Modem Wise Telecommunications Industry 76 ...

Page 85: ...B Ready to Send Control Test Set 5 13 106 CTS A CTS B Clear to Send Control Modem 6 22 107 DSR A DSR B Data Set Ready Control Modem 8 10 109 DCD A DCD B Data Carrier Detect Control Modem 15 12 114 TCK A TCK B Transmit Clock Sync Modem 17 9 115 RCK A RCK B Receive Clock Sync Modem 20 23 108 DTR A DTR B Data Terminal Ready Control Test Set 24 11 113 TCKE A TCKE B Test Set Transmit Clock Sync Test Se...

Page 86: ...er slot channel 5 channel 20 8 bits per slot 1 1 A Sa Sa Sa Sa Sa A5 B5 C5 D5 A20 B20 C20 D20 6 FAS 8 bits per slot channel 6 channel 21 8 bits per slot C4 0 0 1 1 0 1 1 A6 B6 C6 D6 A21 B21 C21 D21 7 NFAS 8 bits per slot channel 7 channel 22 8 bits per slot 0 1 A Sa Sa Sa Sa Sa A7 B7 C7 D7 A22 B22 C22 D22 II 8 FAS 8 bits per slot channel 8 channel 23 8 bits per slot C1 0 0 1 1 0 1 1 A8 B8 C8 D8 A2...

Page 87: ...Sa Sa Sa Sa Sa 6 FAS 8 bits per slot C4 0 0 1 1 0 1 1 7 NFAS 8 bits per slot 0 1 A Sa Sa Sa Sa Sa II 8 FAS 8 bits per slot C1 0 0 1 1 0 1 1 9 NFAS 8 bits per slot 1 1 A Sa Sa Sa Sa Sa 10 FAS 8 bits per slot C2 0 0 1 1 0 1 1 11 NFAS 8 bits per slot 1 1 A Sa Sa Sa Sa Sa 12 FAS 8 bits per slot C3 0 0 1 1 0 1 1 13 NFAS 8 bits per slot E1 1 A Sa Sa Sa Sa Sa 14 FAS 8 bits per slot C4 0 0 1 1 0 1 1 15 NF...

Page 88: ... 1 V 35 V 11 Cable HD26 MALE M34 MALE NAME 01 B GND 02 NC 03 NC 04 W TCKE B 05 U TCKE A 06 NC 07 F DCD 08 NC 09 E DSR 10 NC 11 NC 12 NC 13 D CTS 14 X RCK B 15 V RCK A 16 H DTR 17 C RTS 18 T DRX B 19 R DRX A 20 AA TCK B 21 Y TCK A 22 S DTX B 23 P DTX A 24 NC 25 NC 26 NC Wise Telecommunications Industry 80 ...

Page 89: ... CTS B 3 9 CTS A 4 VAGO 5 VAGO 6 11 DSR A 7 VAGO 8 35 TCKE B 9 VAGO 10 17 TCKE A 11 22 DTX B 12 4 DTX A 13 VAGO 14 26 RCK B 15 8 RCK A 16 VAGO 17 7 12 RTS A DTR A 18 24 DRX B 19 6 DRX A 20 23 TCK B 21 5 TCK A 22 VAGO 23 VAGO 24 29 DSR B 25 31 DCD B 26 13 DCD A Wise Telecommunications Industry 81 ...

Page 90: ...01 10 RTS B 02 12 CTS B 03 05 CTS A 04 NC 05 NC 06 NC 07 NC 08 NC 09 NC 10 NC 11 09 DTX B 12 02 DTX A 13 NC 14 20 13 RCK B TCK B 15 21 06 RCK A TCK A 16 NC 17 3 RTS A 18 11 DRX B 19 04 DRX A 20 NC 21 NC 22 NC 23 NC 24 NC 25 NC 26 NC Wise Telecommunications Industry 82 ...

Page 91: ...23 RTS B DTR B 2 13 CTS B 3 5 CTS A 4 5 6 6 DSR A 7 8 11 TCKE B 9 10 24 TCKE A 11 14 DTX B 12 2 DTX A 13 14 9 RCK B 15 17 RCK A 16 17 4 20 RTS A DTR A 18 16 DRX B 19 3 DRX A 20 12 TCK B 21 15 TCK A 22 23 24 22 DSR B 25 10 DCD B 26 8 DCD A Wise Telecommunications Industry 83 ...

Page 92: ...TSW200E1 C 5 E1 120 Ohm Interface RJ45 1 2 3 4 5 6 7 8 1 Rx Ring 1 2 Rx Tip 1 4 Tx Ring 5 Tx Tip 7 Rx Ring 2 8 Rx Tip 2 Wise Telecommunications Industry 84 ...

Page 93: ... 1 1 B7 B6 B5 B4 HEXA 0 1 2 3 4 5 6 7 8 9 A B C D E F 0 0 0 0 0 NUL SOH STX ETX EOT ENQ ACK BEL BS HT LF VT FF CR SO SI 0 0 0 1 1 DLE DC1 DC2 DC3 DC4 NAK SYN ETB CAN EM SUB ESC FS GS RS US 0 0 1 0 2 SP 0 0 1 1 3 0 1 2 3 4 5 6 7 8 9 0 1 0 0 4 A B C D E F G H I J K L M N O 0 1 0 1 5 P Q R S T U V W X Y Z Ñ 0 1 1 0 6 a b c d e f g h i j k l m n o 0 1 1 1 7 p q r s t u v w x y z DEL Wise Telecommunica...

Page 94: ... LC DEL RLF SMM VT FF CR SO SI 0 0 0 1 1 DEL DC1 DC2 DC3 RES NL BS IL CAN EM CC ITS IGS IRS IUS 0 0 1 0 2 DS SOS FS BYP LF ETB ESC SM ENQ ACK BEL 0 0 1 1 3 SYN PN RS UC EOT DC4 NAK SUB 0 1 0 0 4 SP Ç 0 1 0 1 5 Ø 0 1 1 0 6 0 1 1 1 7 1 0 0 0 8 a b c d e f g h i 1 0 0 1 9 j k l m n o p q r 1 0 1 0 A s t u v w x y z 1 0 1 1 B 1 1 0 0 C A B C D E F G H I 1 1 0 1 D J K L M N O P Q R 1 1 1 0 E S T U V W ...

Page 95: ...ce The parenthesised number is in hexadecimal value 4 x PAD FF 6 x SYNC 16 1 x STX 02 64 graphic chars from 20 to 5F hexadecimal 64 x U 55 64 x 40 31 x PAD FF 1 x U 55 31 x NUL 00 1 x U 55 1 x ETX 03 1 x EOT 04 2 x PAD FF E 2 FOX pattern THE QUICK BROWN FOX JUMPS OVER THE LAZY DOG 123 456 7890 X Wise Telecommunications Industry 87 ...

Page 96: ...GND 7 GND 15 TCK and 17 RCK 24 TCKE 24 TCKE 15 TCK and 17 RCK F 2 M34 to DCE V 35 Adaptor Cable M34 Female to Tiger M34 Female to DTE B GND B GND P DTX A R DRX A S DTX B T DRX B R DRX A P DTX A T DRX B S DTX B C RTS D CTS E DSR and F DCD C RTS D CTS E DSR and F DCD V RCK A and Y TCK A U TCKE A U TCKE A V RCK A and Y TCK A X RCK B and AA TCK B W TCKE B W TCKE B X RCK B and AA TCK B Wise Telecommuni...

Page 97: ...X B 22 DTX B 19 GND 19 GND 7 RTS A 9 CTS A 11 DSR A and 13 DCD A 7 RTS A 9 CTS A 11 DSR A and 13 DCD A 25 RTS B 27 CTS B 29 DSR B and 31 DCD B 25 RTS B 27 CTS B 29 DSR B and 31 DCD B 8 RCK A and 5 TCK A 17 TCKE A 17 TCKE A 8 RCK A e 5 TCK A 26 RCK B and 23 TCK B 35 TCKE B 35 TCKE B 26 RCK B and 23 TCK B Wise Telecommunications Industry 89 ...

Page 98: ...5 Female to DTE NAME GND 1 1 8 GND GND 1 12 CTS B CTS B 2 10 RTS B CTS A 3 3 RTS A TCKE A RCK A 10 15 6 RCK A TCKE B RCK B 8 14 13 RCK B DTX B 11 11 DRX B DTX A 12 4 DRX A RTS A 17 5 CTS A DRX B 18 9 DTX B DRX A 19 2 DTX A Wise Telecommunications Industry 90 ...

Page 99: ... 2 DTX A 4 RTS A 5 CTS A 6 DSR A 8 DCD A 4 RTS A 5 CTS A 6 DSR A 8 DCD A 10 DCD B 13 CTS B 19 RTS B 22 DSR B 10 DCD B 13 CTS B 19 RTS B 22 DSR B 11 TCKE B 12 TCK B 9 RCK B 12 TCK B 9 RCK B 11 TCKE B 14 DTX B 16 DRX B 16 DRX B 14 DTX B 15 TCK A 17 RCK A 24 TCKE A 24 TCKE A 15 TCK A 17 RCK A Wise Telecommunications Industry 91 ...

Page 100: ...ial Cable Pinout G 1 Serial Adaptor Cable DB15 MALE DB25 FEMALE 2 2 3 3 1 7 G 2 Parallel Adaptor Cable DB15 Male Centronics Male 1 16 17 19 30 33 2 11 3 4 5 8 6 6 7 4 8 2 9 10 1 11 12 9 13 7 14 5 15 3 Wise Telecommunications Industry 92 ...

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