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GE JungleMUX 86445-31 Technical Practice And Installation Manual Download Page 60

342-86400-445PS

Issue

4.0

October

2006

Page

60

Copyright



GE Multilin Inc. 2002

J1

J15

J2

J3

J4

J5

J6

J7

J8

J9

J10

J11

J12

J13

J14

CCT1

CCT2

CCT3

CCT4

TRANSMIT

RECEIVE

86429-M2 DTT TEST PANEL

CCT1

CCT2

CCT3

CCT4

PWR

130 V

4W

2W FXS

4W

PWR

130 V

HCB

CDR

CONTACT

I/O

S

1x SHR

JIFPORT 1

JIF-SHARE

L

R

CH 1

CH 7

CH 13

CH 19

CH 2

JVT-S (PAIR 3) VT-1

JVT-Q (PAIR 3) VT-14: SITE G

CH 3

R

CH 1

L

CH 2

R

PAIR 2

JIF-DS1 JIF-DS1

-

JIFPORT 1

Q

7

R

9x

R

6

R

8x

S

5

L

7x

JVT L/R

VT

JVT

VT

1

MODE

L/R

L

R

SITE B SITE C SITE H

BC96 TX: 0041

R

2

R

10x TIE

Q

3

R

14x STD

P

4

R

15x STD

PAIR 3

JIF-SHARE

PWR

130 V

PWR

130 V

2W TO

4W

DATA

DATA

JVT-Q (PAIR 3) VT-14: SITE G

BC96 RX: 0014

CH 4

BLANK

BC96

TX: 0158
RX: 0815

CH 5

NX64

CH 8-12

slot

slot

CH 6

G703

PWR

130 V

PWR

130 V

JMUX

SERV

JMUX

OC-3

OC-3

L

R

SITE B

FIBRE TO:

SITE C

FIBRE TO:

O/W

VM-40

SPE

PORT

Y

1300nm

RING:

1

NODE: 1

1550nm

4W PL

BLANK

VNA#

m37

SYNC MODE

NORMAL

CH 1

CH 2

CH 2

CH 14

LS

DATA

HS

DATA

JVT-P (PAIR 3) VT-15: SITE H

DTT RX

DTT TX

CH 1

CH 1

BC96 TX: 0023

CH 2

HS

DATA

BC96 RX: 0032

VT 22x

TO

28x

PAIR 1

1

TO

7

JIFPORT 2

L

R

ETHER-10

slot

BLANK

ETHER-10

BLANK

SPE

PORT

Z

ETHER-100

CH 4

L

SITE D

MPEG-4 VIDEO

VNA# 17

MPEG-4 VIDEO

m37, VPORT#2

OUTPUT (

BOOT

):

VNA#5

(24

TH

STREET)

CV1, 8Mb/s

m37, VPORT#1

22

ND

STREET

VNA# 16

MAIN STREET

-

OUTPUT (

BOOT

):

J1

J15

J2

J3

J4

J5

J6

J7

J8

J9

J10

J11

J12

J13

J14

J1

J15

J2

J3

J4

J5

J6

J7

J8

J9

J10

J11

J12

J13

J14

CCT1

CCT2

CCT3

CCT4

TRANSMIT

RECEIVE

86429-M2 DTT TEST PANEL

CCT1

CCT2

CCT3

CCT4

PWR

130 V

4W

2W FXS

4W

PWR

130 V

HCB

CDR

CONTACT

I/O

S

1x SHR

JIFPORT 1

JIF-SHARE

L

R

CH 1

CH 7

CH 13

CH 19

CH 2

JVT-S (PAIR 3) VT-1

JVT-Q (PAIR 3) VT-14: SITE G

CH 3

R

CH 1

L

CH 2

R

PAIR 2

JIF-DS1 JIF-DS1

-

JIFPORT 1

Q

7

R

9x

R

6

R

8x

S

5

L

7x

JVT L/R

VT

JVT

VT

1

MODE

L/R

L

R

SITE B SITE C SITE H

BC96 TX: 0041

R

2

R

10x TIE

Q

3

R

14x STD

P

4

R

15x STD

PAIR 3

JIF-SHARE

PWR

130 V

PWR

130 V

2W TO

4W

DATA

DATA

JVT-Q (PAIR 3) VT-14: SITE G

BC96 RX: 0014

CH 4

BLANK

BC96

TX: 0158
RX: 0815

CH 5

NX64

CH 8-12

slot

slot

CH 6

G703

PWR

130 V

PWR

130 V

JMUX

SERV

JMUX

OC-3

OC-3

L

R

SITE B

FIBRE TO:

SITE C

FIBRE TO:

O/W

VM-40

SPE

PORT

Y

1300nm

RING:

1

NODE: 1

1550nm

4W PL

BLANK

VNA#

m37

SYNC MODE

NORMAL

CH 1

CH 2

CH 2

CH 14

LS

DATA

HS

DATA

JVT-P (PAIR 3) VT-15: SITE H

DTT RX

DTT TX

CH 1

CH 1

BC96 TX: 0023

CH 2

HS

DATA

BC96 RX: 0032

VT 22x

TO

28x

PAIR 1

1

TO

7

JIFPORT 2

L

R

ETHER-10

slot

BLANK

ETHER-10

BLANK

SPE

PORT

Z

ETHER-100

CH 4

L

SITE D

MPEG-4 VIDEO

VNA# 17

MPEG-4 VIDEO

m37, VPORT#2

OUTPUT (

BOOT

):

VNA#5

(24

TH

STREET)

CV1, 8Mb/s

m37, VPORT#1

22

ND

STREET

VNA# 16

MAIN STREET

-

OUTPUT (

BOOT

):

Figure 9:

Typical Rack Layout

Power Requirements

Power for the 86445-32 2W FXS unit is supplied from the shelf, therefore no
external power supply is required. Refer to the Specifications section for
information on power consumption depending on the application and lengths of
individual lines.

The unit can be inserted and removed from the shelf with shelf power applied.

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Summary of Contents for JungleMUX 86445-31

Page 1: ...NET Multiplexer 86445 2W FXS PLAR UNIT 3 34 42 2 8 86 64 40 00 0 4 44 45 5P PS S I Is ss su ue e 4 4 0 0 O Oc ct to ob be er r 2 20 00 06 6 Technical Practice and Installation Manual Copyright GE Multilin Inc 2002 ...

Page 2: ...property of GE Multilin Inc This document must not be copied reprinted or reproduced in any material form either wholly or in part without the written consent of GE Multilin Inc GE Multilin Inc reserves the right to make changes and modifications to any part of this document without notice GE Multilin Inc is not responsible for any damages or losses incurred as a result of out of date or incorrect...

Page 3: ... Handling and Packing 12 1 2 UNIT OVERVIEW 13 Test Features 14 1 3 FRONT PANEL FEATURES 15 LED Indications 15 Bantam Jack 15 Push button ACK 15 Craft Interface C I Jack 16 1 4 UNIT DESCRIPTION 17 Transmit Voice Path 17 Receive Voice Path 18 Transmit Signaling 19 Receive Signaling 19 Ringing Generator Sub Assembly 20 Microprocessor Operation 20 1 5 INSTALLATION 22 Pre installation 22 Shelf Position...

Page 4: ...ancel button 28 Copy and Paste buttons 28 Field Descriptions 29 Channel Setup 29 Signalling Setup 29 VF Setup 29 Unit Location 30 Test Setup 31 Talk Battery and Ringing Generator 32 Signalling Monitor 33 Unit Monitor 33 1 7 MAINTENANCE and TROUBLESHOOTING 34 Context Sensitive Help 34 Alignment 34 Bantam Jack 34 Signaling Tests 34 Loopback Commands 35 Troubleshooting 35 1 8 UNIT PARAMETERS 37 Trans...

Page 5: ...Longitudinal Balance 40 Crosstalk 40 Relative Transhybrid Loss 40 Signaling Modes 41 Battery Voltage 41 Line Current 41 External Circuit Resistance 41 Internal Resistance 41 Ringing Supply 42 Ringing Cadence 42 Ringing Duration 42 Ring Trip 42 Signaling States 42 1 9 SPECIFICATIONS 44 Physical 44 Electrical 44 Environmental 44 Mechanical 45 EMI RFI 45 Isolation 45 Reliability 45 1 10 ORDERING INFO...

Page 6: ...res 51 2 3 FRONT PANEL FEATURES 52 LED Indications 52 Bantam Jacks 52 Push button ACK 53 Craft Interface C I Jack 53 2 4 UNIT DESCRIPTION 54 Transmit Voice Path 55 Receive Voice Path 55 Transmit Signaling 56 Receive Signaling 56 Microprocessor Operation 56 2 5 INSTALLATION 59 Pre installation 59 Shelf Position 59 Power Requirements 60 Inserting the Unit in the Shelf 61 Removing the Unit from the S...

Page 7: ...lling Monitor 69 Unit Location 70 Unit Monitor 70 2 7 MAINTENANCE and TROUBLESHOOTING 71 Context Sensitive Help 71 Alignment 71 Bantam Jacks 71 Signaling Tests 71 Loopback Commands 72 Troubleshooting 72 2 8 UNIT PARAMETERS 73 Transmission Levels 73 Line Impedance 73 Network Build Out Capacitance 73 Frequency Response 73 Tracking 74 Idle Channel Noise 74 Single Frequency Distortion 74 Envelope Dela...

Page 8: ...uration 76 Ring Trip 76 Signaling States 76 2 9 SPECIFICATIONS 78 Physical 78 Electrical 78 Environmental 79 Mechanical 79 EMI RFI 79 Isolation and Line Protection 79 Reliability 80 2 10 ORDERING INFORMATION 81 Equipment and Option Code List 81 Appendixes APPENDIX A 82 TLP Settings 83 APPENDIX B 85 JCI Screen Information for 86445 31 Unit 85 VF Setup 86 Signalling Setup 87 Address Data 87 Test Set...

Page 9: ...342 86400 445PS Issue 4 0 October 2006 Page 9 Copyright GE Multilin Inc 2002 SECTION PAGE Signalling Monitor 91 APPENDIX C 92 List of Figures 92 List of Tables 93 APPENDIX D 94 List of Acronyms 94 ...

Page 10: ...342 86400 445PS Issue 4 0 October 2006 Page 10 Copyright GE Multilin Inc 2002 Part 1 86445 31 2W FXS PLAR Unit Single Channel Discontinued in Q4 2005 ...

Page 11: ...intain the 86445 31 2W FXS single channel unit A unit description and block diagram are included as well as a detailed description of the unit s operation The 86445 32 2W FXS dual channel unit is addressed in Part 2 Engineering documentation includes EAS schematics for all unit circuitry Related Publication and Documentation Support Additional information is provided in the JungleMUX Technical Ove...

Page 12: ...therwise all warranties expressed or implied will be considered null and void The following Electronic Industries Association EIA attention label appears on all GE Multilin EAS schematics and should be attached on all containers used for ESDS items to alert personnel that the contents requires special handling HANDLE ASSEMBLE THIS UNIT CONTAINS STATIC SENSITIVE DEVICES PER 562 48043 01 SENSITIVE E...

Page 13: ...on it can be used with 86445 4X 2W FXO unit 86445 3X 2W FXS unit or 86444 07 4W VF unit at the far end Transmit level 14 0dBm to 6 0dBm and receive level 15 0dBm to 5 0dBm are software adjustable in 0 1 dB increments The unit s line impedance can be set to either 600Ω or 900Ω with or without 2 15 µF of line capacitance connected in series Additional capacitance called Network Build out Capacitance...

Page 14: ... European type or for steady ringing while the ringing duration can be set to 10 sec 20 sec or indefinite Test Features The unit has built in signaling test features that allow sending a specific user selectable signaling condition to the far end unit and or to the local drop equipment The list of available signaling conditions depends on the unit s mode of operation loop start ground start or PLA...

Page 15: ...nt panel pushbutton down causes all the LEDs to light The main use for this test is to determine that the front panel LEDs are functional and that the microprocessor firmware code is running normally microprocessor is not locked up Note The microprocessor test does not cause any disruption in traffic The second use of the push button is to put the unit into a sleep state This state is enabled when...

Page 16: ...emain Note Inserting the unit into the equipment shelf without the ACK button pressed may cause a traffic disruption in an in service system Craft Interface C I Jack The Craft Interface allows a user to connect a PC computer serial COM port to the unit The CI is an RJ 11 connector which transmits and receives a 9600 b s RS 232 signal A Microsoft Windows based VistaNET software and legacy DOS based...

Page 17: ...ble of a local analog loopback that ignores the local input signal and loops back the far end receive signal to the remote end All user connections are made to the 86445 91 Interconnect Paddleboard Tip and Ring connections as well as external Ringing Generator connections and external Battery Supply connections are provided on one screw type terminal block All pinout arrangements are provided in t...

Page 18: ...ay U5 39 U5 performs the logical or ing of the data signal with various byte information signals and outputs the data on U5 62 59 to the JVT shelf driver U7 The JVT Interface J1 C14 A14 consists of a balanced RS 422 signal pair The unit receives its clock source from the JVT Clock through the input driver U9 The JVT serial bus operates at 2 592 MHz The microprocessor provides the information to th...

Page 19: ...J1 A14 C14 The Transmit Signaling condition can be read through a signaling monitor window provided in the JCI software Receive Signaling The PLGA Receive Signaling Module outputs the receive message on U5 83 84 to the SLIC U14 8 9 The Ring Relay Driver in the SLIC 36 controls closure of the solid state relay U12 Ring side negative side injected ringing method is used so ringing voltage at Ring is...

Page 20: ...r to the output capacitor C7 Duty cycle for the switch is controlled by the voltage divider reference of R5 and R7 for 28V and R5 and R6 R7 for 56V Q2 acts as a switch for selecting 28V or 56V depending on the gate level controlled by the micro controller U1 Microprocessor Operation U1 68HC11V1 micro controller is the CPU for the 86445 31 2W FXS unit and operates in expanded mode The CPU provides ...

Page 21: ... C2 C4 C7 A3 A4 TIP RING RINGING VOLTAGE RINGING CONTROL BATT BATT GND 8 7 6 5 4 3 2 1 TB1 GE Multilin GND BUSY ALARM FEED BACK BLOCK DIAGRAM 2W FXS PLAR UNIT 86445 31 ACK J1 U5 XC3042 PLGA 2W FXS PLAR U2 TEMP SENSOR 5V TO SHELF POWER BUS TO SHELF JVT BUS NOTE REFER TO EAS 86445 31 FOR COMPLETE SCHEMATIC U4 C I 39 44 Y1 J1 CLOCK IN RCV IN XMT OUT U15 CODEC FILTER HYBRID BALANCING 18 10 28 2 U1 DC ...

Page 22: ...amaged file a claim with the shipping agent or the local GE Multilin representative Set the unit line impedance network build out capacitance NBOC and current limiting as desired Refer to the strapping options in Table 1 Factory default settings are 600Ω for line impedance 0nF for NBOC and 20mA for current limiting Function Jumper Notes NBOC 1 P4 19 to P4 20 Adds 22 nF to network build out capacit...

Page 23: ...TA JVT P PAIR 3 VT 15 SITE H DTT RX DTT TX CH 1 CH 1 BC96 TX 0023 CH 2 HS DATA BC96 RX 0032 MPEG 4 VIDEO m37 VPORT 2 OUTPUT BOOT VNA 5 24TH STREET CV1 8Mb s m37 VPORT 1 VT 22x TO 28x PAIR 1 1 TO 7 JIFPORT 1 L R ETHER 10 slot BLANK ETHER 10 BLANK SPE PORT Z ETHER 100 SITE B SITE C SITE H 22ND STREET VNA 16 MAIN STREET OUTPUT BOOT J1 J15 J2 J3 J4 J5 J6 J7 J8 J9 J10 J11 J12 J13 J14 J1 J15 J2 J3 J4 J5...

Page 24: ...o the shelf as this could result in damage to the red tab 1 Set the unit strapping options as desired refer to Table 1 2 Insert the unit to the point of resistance 3 With the ACK button pressed gently seat the unit into the shelf by pressing the front panel Ensure the red tab is not preventing the unit from insertion Note The 2W FXS unit inserted with ACK button pressed is in the Sleep mode and th...

Page 25: ... SEE NOTES BELOW 5 RINGING CONTROL VOLTAGE 4 RINGING VOLTAGE 3 RACK GROUND STRAP TO PIN 8 2 RING 1 TIP C16 A16 Notes If Talk Battery and Ring Generator signals are provided externally the unit s sub assembly board 087 86445 04 must be removed The external Talk Battery voltage range is 21V to 58V For unit strapping options refer to Table 1 Figure 4 86445 91 Single Channel 2W FXS Unit Paddleboard Pa...

Page 26: ... be configured locally prior to establishing the NMS connection to the unit The capabilities and features of VistaNET and JNCI network management software packages are described in respective User s Manuals The units that are shipped as part of a purchased JungleMUX node have their programmable fields set as per the Node Assignment Drawing NAD for the node Below is a description of the VistaNET Un...

Page 27: ...or Left JP JIFport Note For the local VistaNET connection if the VT is displayed as then there is no NMS visibility between this unit and JIF Share unit Note At an OC N N 1 node the VT may not indicate the actual VT position in the OC N signal To find out which VT in the OC N signal corresponds to the displayed VT the user must refer to the OC N JMUX unit s TSI CC information screen Figure 5 Vista...

Page 28: ...es disabled Note Upon moving to a different unit the VistaNET will forget the information on the last applied configuration changes Therefore the Undo action is possible only for the same unit to which the Configuration changes have been applied Cancel button Cancels the changes made in configurable fields and refreshes them with the previously displayed values Note Only the changes made after the...

Page 29: ...JVT The corresponding far end unit must be given the same channel assignment Signalling Setup Signalling Type May be set to Loop Start LS Ground Start GS or Private Line Automatic Ringdown PLAR The far end unit interface must be set for the same signaling type Note Although the 86445 31 2W FXS unit is normally used with either 86445 41 2W FXO unit for LS and GS applications or 86445 3X 2W FXS unit...

Page 30: ...ded to provide additional line balancing Generally no additional NBOC is required for lines shorter than 2000 ft 600 m Transmit Level dBm Software selectable from 14 0 to 6 0 dBm in 0 1 dB increments Default is 0 dBm Note The Line Impedance parameter shall be set before Transmit Level because any subsequent changes to the Line Impedance setting may also alter the Transmit Level setting Receive Lev...

Page 31: ...ally loops the signal back towards the far end unit at the analog side of the CODEC This means that a signal transmitted from the far end will be looped back to the far end This allows to inject a tone from a VF Test Set connected to the far end unit and measure the tone received at the far end unit Note that if an external hybrid function cannot be provided for testing then an 86444 4W VF unit ma...

Page 32: ...ts of the PSFR byte part of VT1 5 frame There are four possible transmit signaling combinations that can be addressed by these bits 00 01 10 and 11 and some of them are not used When an Invalid signaling condition combination of the two bits is selected the unit will send the selected combination even though it does not apply to any valid signaling condition for the Signalling Type chosen Receive ...

Page 33: ...inging duration is not limited Signalling Monitor XMT Signalling Shows current signaling status sent towards the far end unit Note When an Invalid signaling condition i e combination of the two signaling bits is selected in the Transmit Signalling field see Test Setup frame the unit will send the selected combination even though it does not apply to any valid signaling condition for the Signalling...

Page 34: ... FXS unit must be correctly configured as per the Node Assignment Drawing All software adjustable fields are detailed in the Configuration section of this manual The user must ensure that all external connections to the paddleboard are correct Bantam Jack The front panel bantam jack provides access to the 2W VF signal Through the software it can be configured for splitting or bridging The bridging...

Page 35: ...defective substitute it for a known good 86445 311 unit and if the unit functions properly return the original to GE Multilin for repair or replacement Ensure that the substitute unit is configured correctly The following table is intended to provide the user with possible solutions to problems that may be encountered during normal unit operation 1 The 86445 32 unit may also be used as a replaceme...

Page 36: ...e selections are matching Check Transmit and Receive Levels and adjust accordingly Verify that the loopback is disabled at both ends Signaling not functioning correctly Ensure that the proper signaling type is selected at both ends Ensure that neither signaling direction is in test i e both Transmit Signaling and Receive Signaling fields in Test Setup window are set to at both ends if JCI is used ...

Page 37: ...s Signal Test Tone Level 0 dbm0 Transmit 14 0 to 6 0 dBm Receive 15 0 to 5 0 dBm Table 3 Transmission Levels Line Impedance Line Impedance for the 86445 31 2W FXS unit can be set to 600Ω 900Ω 600Ω 2 16µF or 900Ω 2 16µF Network Build Out Capacitance Network Build Out Capacitance for the 86445 31 2W FXS unit can be set to 0 nF 22 nF 47 nF or 67 nF Frequency Response End to End Frequency Response spe...

Page 38: ...g specifications for the 86445 31 FXS unit are provided in the table below Input 1kHz dBm0 Max Output Deviation dB End to End 3 to 37 0 5 37 to 50 1 0 50 to 54 3 0 Table 5 End to End Tracking Idle Channel Noise End to End Idle Channel Noise specification for the 86445 31 FXS unit is 23 dBrnc0 maximum Impulse Noise Impulse Noise values for the 86445 31 FXS unit are provided in the table below Thres...

Page 39: ...istortion Values Intermodulation Distortion Intermodulation Distortion values for the 86445 31 2W FXS unit are provided in the table below 2 Tone Input 740 Hz 1225 Hz Output Inter modulation Product 0 dBm0 20 dBm0 max 0 to 4 dBm0 20 to 35 dBm0 max 4 to 21 dBm0 35 dBm0 max Table 8 Intermodulation Distortion Values Envelope Delay Distortion The maximum absolute Envelope Delay for the 86445 31 2W FXS...

Page 40: ...alance Longitudinal Balance values for the 86445 2W FXS unit for methods as per IEEE Std 455 1976 and PUB 43801 are given in the table below Frequency Hz PUB 43801 Min 20log El Em dB IEEE Std Min 20log VS Vm dB 200 66 58 500 58 1000 60 58 3000 58 53 Table 10 Longitudinal Balance Values Crosstalk The allowable Crosstalk value for the 86445 31 unit is 65 dB C message for 0 dBm0 test tone in 200 to 3...

Page 41: ...nal Battery source provides 28V 0 25V or 56V 0 5V The External Battery working limits are 21V to 58V Line Current The maximum Line Current limited by current setting resistors in 10 mA steps is 20 mA 2mA to 50 mA 5mA External Circuit Resistance The maximum total External Resistance is 2000 Ω 56V and 20mA 600 Ω 28V and 20mA Internal Resistance The Internal Resistance for Tip to Ground is 120 Ω 4V I...

Page 42: ...onfigurable to North American European or Steady PLAR mode micro code 2 05 Steady LS or GS mode Follows cadence received from far end Ringing Duration In PLAR mode micro code 2 05 Configurable to 10 sec 20 sec 60 sec or Indefinite In PLAR mode micro code 2 05 Unlimited driven by the incoming signaling LS or GS mode Unlimited driven by the incoming signaling Ring Trip Trip of ringing during ringing...

Page 43: ...Ring open loop closed 1 1 1 1 Tip open no ringing 0 1 Tip ground no ringing Loop open 0 1 0 0 Tip ground ringing Loop closed 1 1 0 0 Tip ground no ringing Table 12 Signaling State FXS Mode PLAR MODE Input Condition Signaling State Transmit Receive A B A B Output Condition Loop open 0 0 Loop closed 1 1 Loop open 0 No ringing Loop open 0 0 1 Ringing Loop closed 1 1 1 No ringing Table 13 Signaling St...

Page 44: ...mm 8 inches 4 Weight 237 grams 8 oz Connector Type Paddleboard Terminal Block Connector Electrical The input power requirements for the 2W FXS unit are 1 Voltage 5 2 VDC 5 2 Current 100 mA 5 VDC Idle 3 Power Consumption 1 0W Busy 0 5W Idle This voltage is supplied from the 86430 Equipment Shelf Environmental 1 Temperature Guaranteed Performance 20 to 60 C 4 to 140 F Storage 40 to 70 C 40 to 158 F ...

Page 45: ...0E 2 Bench Handling per TS 1 00446 06 EMI RFI Meets ANSI IEEE C37 90 2 RFI specification Isolation Meets ANSI IEEE C37 90 1 for surge withstand and fast transients Reliability The calculated Mean Time Between Failure MTBF as per Bell technical advisory TR NWT 000332 for the 2W FXS unit is MTBF 270 000 Hours 30 Years ...

Page 46: ...t and Option Code List Equipment Option Code Description 86445 31 DISCONTINUED IN Q4 2005 Provides the interface between a JungleMUX node and one VF line with FXS or PLAR signaling Equipped with a ringing generator and DC to DC converter talk battery Must be used with 86445 91 paddleboard assembly 86445 91 DISCONTINUED IN Q4 2005 Paddleboard assembly Provides interface for external customer connec...

Page 47: ...342 86400 445PS Issue 4 0 October 2006 Page 47 Copyright GE Multilin Inc 2002 Part 2 86445 32 2W FXS PLAR Unit Dual Channel ...

Page 48: ...d maintain the 86445 32 2W FXS dual channel unit A unit description and block diagram are included as well as a detailed description of the unit s operation The 86445 31 2W FXS single channel unit is addressed in Part 1 Engineering documentation includes EAS schematics for all unit circuitry Related Publication and Documentation Support Additional information is provided in the JungleMUX Technical...

Page 49: ...e numbers will be stated without any color prefix The ordering information Section 10 however does include the available color options Handling and Packing Equipment with Electrostatic Discharge Sensitive ESDS devices or components must be shipped in protective containers and necessary handling precautions observed otherwise all warranties expressed or implied will be considered null and void The ...

Page 50: ...ion it can be used with 86445 4X 2W FXO unit s 86445 3X 2W FXS unit s or 86444 07 4W VF unit s at the far end Transmit level 9 5dBm to 5 0dBm and receive level 15 0dBm to 5 0dBm are software adjustable in 0 1 dB increments The unit can be set for either µ law or A law companding The unit s line impedance can be set to either 600Ω or 900Ω with or without 2 16 µF of line capacitance connected in ser...

Page 51: ...ndefinite Test features The unit has built in signaling test features that allow sending a specific user selectable signaling condition to the far end unit and or to the local drop equipment The list of available signaling conditions depends on the unit s mode of operation loop start ground start or PLAR signaling The unit supports Line remote and Local loopbacks that can be enabled through the so...

Page 52: ...ine 2 respectively Steady on condition indicates a busy off hook state Blinking LED indicates a ringing state Note All LEDs will illuminate for approximately 4 seconds after power up The LEDs will remain illuminated if during the power up process there is some hardware fault or the shelf clock is not detected Bantam Jacks The bantam jacks T1 R1 and T2 R2 provide access to the 2W VF signals on Line...

Page 53: ...icro ignores all settings until a local VistaNET connection is established to the unit s CI port On establishing this connection the software will automatically clear the unit s Channel settings will set them to and restart the unit at which point the user can configure the unit to the desired settings If the unit is inserted with the ACK button pressed and then removed and inserted normally no lo...

Page 54: ...Coder Decoder and DC DC converter control functions Two DC DC converter circuits generate talk battery and ringing voltages from 5 Vdc shelf power supply The 86445 32 2W FXS unit is capable of a local loopback that ignores the incoming signal from the far end and loops back the incoming local signal to the local end The unit is also capable of a line loopback that ignores the local incoming signal...

Page 55: ...A14 consists of a balanced RS 485 signal pair The FPGA receives its clock source from the JVT Clock through the JVT bus receiver U16 The JVT serial bus operates at 2 592 MHz The microprocessor provides the information to the FPGA which conditions the solid state relay U8 across the bantam jack for bridging or splitting configuration Receive Voice Path The DS0 channel data is received from the JVT ...

Page 56: ...The microcontroller interprets the received signaling bits in conjunction with the transmit signaling bits line on hook or off hook and issues the command to the respective ProSLIC device to output or not to output ringing voltage to its line In GS application the ProSLIC device also sets Tip to ground when instructed The Receive Signaling condition can be monitored through the VistaNET software M...

Page 57: ...tion of the unit status and alarm information to the JIF Share unit for the Network Management System NMS Processing the configuration requests from CI and or NMS The 32 768 kHz crystal Y1 forms an oscillator with the micro which multiplies it for an internal 16 78 MHz CPU clock The Flash memory U7 contains the operating code for the micro configuration code for the FPGA and user settings for the ...

Page 58: ...201 U18 SI3210M 4 5 4 5 1 3 1 3 U19 3 3V A9 A8 A5 A6 DC DC Converter Circuitry 5V DC DC Converter Circuitry 5V BUSY 2 J1 BLOCK DIAGRAM 2W FXS PLAR UNIT 86445 32 U10 FPGA XCS30 XL ACK BUSY 1 ALARM U5 TEMP SENSOR 5V TO SHELF POWER BUS TO SHELF JVT BUS U3 C I Y1 J1 CLOCK IN RCV IN XMT OUT U16 U14 U15 U6 RAM U7 ROM U4 MICRO 68CK16Z1 GE Multilin 087 86445 32 ASSEMBLY NOTE REFER TO EAS 86445 32 FOR COMP...

Page 59: ...ture use If a unit is damaged file a claim with the shipping agent or the local GE Multilin representative Shelf Position The 86445 32 2W FXS unit and associated Paddleboard can be inserted in slots 2 to 14 of an 86430 02 Expansion Shelf or in slots 2 to 11 of an 86430 01 Common Equipment Shelf Figure 9 shows a typical rack layout for a ring configured system as it appears on a NAD Furthermore ens...

Page 60: ... J6 J7 J8 J9 J10 J11 J12 J13 J14 CCT1 CCT2 CCT3 CCT4 TRANSMIT RECEIVE 86429 M2 DTT TEST PANEL CCT1 CCT2 CCT3 CCT4 PWR 130 V 4W 2W FXS 4W PWR 130 V HCB CDR CONTACT I O S 1x SHR JIFPORT 1 JIF SHARE L R CH 1 CH 7 CH 13 CH 19 CH 2 JVT S PAIR 3 VT 1 JVT Q PAIR 3 VT 14 SITE G CH 3 R CH 1 L CH 2 R PAIR 2 JIF DS1 JIF DS1 JIFPORT 1 Q 7 R 9x R 6 R 8x S 5 L 7x JVT L R VT JVT VT 1 MODE L R L R SITE B SITE C S...

Page 61: ...shelf by pressing the front panel Ensure the red tab is not preventing the unit from insertion Note The 2W FXS unit inserted with ACK button pressed is in the Sleep mode and the DS0 channel assignment on the unit is disabled at that point 3 Use VistaNET local connection to program the unit in accordance to the NAD for the given node Refer to the Configuration Section of this manual Removing the Un...

Page 62: ...gure 10 TIP Line 1 RING Line 1 TIP Line 2 RING Line 2 TIP Line 1 RING Line 1 TIP Line 2 RING Line 2 Figure 10 86445 92 Dual Channel 2W FXS Unit Paddleboard Paddleboard Installation 1 Place the paddleboard onto designated slot position ensuring that the rear connectors are fully mated Ensure correct orientation of the paddleboard prior to insertion 2 Secure the paddleboard in position using the fix...

Page 63: ...re described in the VistaNET User s Manual The units that are shipped as part of a purchased JungleMUX node have their programmable fields set as per the Node Assignment Drawing NAD for the node Below is a description of the VistaNET Unit View for the 86445 32 2W FXS Unit Note that the same layout is used in both local and network remote communication modes Explanations for all the fields that app...

Page 64: ...al VT position in the OC N signal To find out which VT in the OC N signal corresponds to the displayed VT the user must refer to the OC N JMUX unit s TSI CC information screen Figure 11 VistaNET Unit View for 86445 32 2W FXS Unit Context Sensitive Help When the mouse pointer is positioned over a specific field label the text box located at the bottom of this view will provide general information o...

Page 65: ...e been applied Cancel button Cancels the changes made in configurable fields and refreshes them with the previously displayed values Note Only the changes made after the last Configure or Undo action can be cancelled Copy and Paste buttons These fields allow the user to copy the unit configuration settings to another unit of the same type Click on Copy at the source unit move the cable to the dest...

Page 66: ...Sets the companding law applied in the A D converter The µ law is used in North America and Japan A law is used in Europe and the rest of the world Signalling Setup Signalling Type May be set to Loop Start LS Ground Start GS or Private Line Automatic Ringdown PLAR The far end unit interface must be set for the same signaling type Note Although the 86445 32 2W FXS unit is normally used with either ...

Page 67: ...n Note Network build out capacitance is added to provide additional line balancing Generally no additional NBOC is required for lines shorter than 2000 ft 600 m Transmit Level dBm Software selectable from 9 5 to 5 0 dBm in 0 1 dB increments Default is 0 dBm Note The Line Impedance parameter shall be set before Transmit Level because any subsequent changes to the Line Impedance setting may also alt...

Page 68: ...This allows to inject a tone from a VF Test Set connected to the far end unit and measure the tone received at the far end unit Figure 12b Note that if an external hybrid function cannot be provided for testing then an 86444 4W VF unit may be used for testing purposes Figure 12c RCV XMT 2W FXS 4W VF 2W 4W XMT RCV 2W VF 4W VF NEAR END FAR END A D D A D A A D c RCV XMT 2W FXS 2W FXO FXS 2W 4W XMT RC...

Page 69: ...nd to far end the far end unit Receive Signalling should be configured to Note The unit s yellow BUSY LED illuminates only if an OFF HOOK condition is initiated from an external source i e signaling test set or telephone RCV Signalling Allows the user to set a specific signaling condition that will be sent to the local drop equipment and is used for test maintenance purposes only The options avail...

Page 70: ...ated This information may be utilized on the NMS Slot Number use is optional Identifies the slot position within the shelf 1 to 15 in which the unit is located This information may be utilized on the NMS Unit Monitor Unit Status Displays the current status of the unit The possible readings are Xilinx Failed to Load Shelf Clock Loss SLIC1 Powerdown SLIC2 Powerdown High Temperature or OK normal oper...

Page 71: ...ll software adjustable fields are detailed in the Configuration section of this manual The user must ensure that all external connections to the paddleboard are correct Bantam Jacks The front panel bantam jacks T1 R1 and T2 R2 provide access to the 2W VF signals on Line 1 and Line 2 respectively Through the software they can be individually configured for splitting or bridging The bridging access ...

Page 72: ...TSI CC configuration if applicable Verify that VT assigned at JIF JIF Share unit s is correct If a shared VT is used verify the correct DS0 channels are dropped at JIF Share unit s Verify that the unit is physically connected to the proper JVT port Ensure that Add and Drop configuration at both ends is correct per the Node Assignment Drawing Verify that local and remote unit configuration is corre...

Page 73: ...ine Impedance for the 86445 32 2W FXS unit is software selectable to 600Ω 900Ω 600Ω 2 16µF or 900Ω 2 16µF Network Build Out Capacitance Network Build Out Capacitance for the 86445 32 2W FXS unit is software selectable to 0 nF 4 7 nF or 10 nF Frequency Response End to End Frequency Response specifications for the 86445 32 2W FXS unit are as per the table below measured from the paddleboard with 864...

Page 74: ... for the 86445 32 2W FXS unit is less than 23 dBrnc0 Single Frequency Distortion The maximum Single Frequency Distortion for the 86445 32 2W FXS unit is 45 dB 200Hz 3400 Hz 0 dBm0 Envelope Delay Distortion The maximum absolute Envelope Delay for the 86445 32 2W FXS unit is 520 µsec Signal to Total Distortion Signal to Noise Ratio End to End Signal to Total Distortion Signal to Noise ratio for the ...

Page 75: ...ss 20 dB min 20 dB min 16 dB min 20 dB min Table 20 Return Loss Relative Transhybrid Loss Relative Transhybrid Loss for the 86445 32 2W FXS unit is Echo Min 30 dB Singing Min 20 dB SIGNALING PARAMETERS Signaling Modes Signaling modes supported by the 86445 32 FXS unit are Loop Start LS Ground Start GS and Private Line Automatic Ringdown PLAR On Hook Battery Voltage 48 V 4 V Off Hook Line Current 2...

Page 76: ...g Supply parameters for the 86445 32 2W FXS unit are 70 Vac 20 Hz sinusoidal balanced ringing Ringing Cadence PLAR mode 2 sec ON 4 sec OFF LS or GS mode Follows cadence received from far end Ringing Duration In PLAR mode Configurable to 10 sec 20 sec 60 sec or Indefinite LS or GS mode Unlimited driven by the incoming signaling Ring Trip 200 msec Signaling States The Signaling States for FXS mode a...

Page 77: ...Ring open loop closed 1 1 1 1 Tip open no ringing 0 1 Tip ground no ringing Loop open 0 1 0 0 Tip ground ringing Loop closed 1 1 0 0 Tip ground no ringing Table 21 Signaling State FXS Mode PLAR MODE Input Condition Signaling State Transmit Receive A B A B Output Condition Loop open 0 0 Loop closed 1 1 Loop open 0 No ringing Loop open 0 0 1 Ringing Loop closed 1 1 1 No ringing Table 22 Signaling St...

Page 78: ... 1 Voltage 5 2 VDC 5 supplied from the 86430 Equipment Shelf 2 Current 200 mA 5 VDC both lines idle 3 Power Consumption See table below Line length 26 gauge wire feet Idle W Ringing 1 line W Off hook 1 line W Ringing 2 lines W Off hook 2 lines W 6667 2 REN 1 01 2 32 2 45 3 63 3 89 4445 2 REN 1 01 2 32 2 28 3 63 3 55 2223 2 REN 1 01 2 32 2 11 3 63 3 20 1500 2 REN 1 01 2 32 2 05 3 63 3 09 1000 2 REN...

Page 79: ...an 1500 ft and it is expected to have both lines simultaneously off hook over an extended period of time and the ambient temperature around the JungleMUX shelf is higher than 40 C Environmental 1 Temperature Guaranteed Performance 20 to 60 C 4 to 140 F Storage 40 to 70 C 40 to 158 F 2 Relative Humidity 5 to 95 40ºC non condensing 10 days 3 Shipping Altitude 15 000 meters 50 000 feet Mechanical 1 V...

Page 80: ...ue 4 0 October 2006 Page 80 Copyright GE Multilin Inc 2002 Reliability The calculated Mean Time Between Failure MTBF as per Bell technical advisory TR NWT 000332 for the 86445 32 2W FXS unit is MTBF 285 000 Hours 32 Years ...

Page 81: ...S unit Equipment and Option Code List Equipment Option Code Description B86445 32 Provides the interface between a JungleMUX node and two 2 wire VF lines with FXS or PLAR signaling Equipped with on board DC to DC converters that provide talk battery and ringing voltages Black faceplate Must be used with 86445 92 paddleboard assembly 86445 32 Same as B86445 32 but with gray faceplate 86445 92 Paddl...

Page 82: ...342 86400 445PS Issue 4 0 October 2006 Page 82 Copyright GE Multilin Inc 2002 Appendixes ...

Page 83: ...emulated at the Receive Output at the far end of the circuit When setting the TLPs it is important not only to keep the interface telephone set or PABX requirements in mind but also the end to end circuit as the Transmit TLP setting at one end of the circuit directly effects the absolute receive level at the far end of the circuit Changing the Transmit TLP will change the absolute receive signal o...

Page 84: ... P A B X Tip Ring 0 dBm0 point TX RX FXS TX RX 0 dBm0 point A N A L O G D I G I T A L A N A L O G D I G I T A L Tip Ring FXO 4W 2W HYBRID 4W 2W HYBRID P A B X Figure 13 VF Transmission Level Settings NOTE 1 The term dB is a ratio of power where positive dB is gain and negative dB is loss whereas dBm is a measure of absolute power in decibels relative to 1mW where 0dBm is 1 mW NOTE 2 The term dBm0 ...

Page 85: ... JCI Figure 14 86445 31 2W FXS Unit JCI Screen Function Key Description F1 On Line Help provides definition and explanation of some of the fields used in this screen F3 Used to enter the configuration mode The first programmable field is highlighted The up and down arrow keys may be used to go through different fields F5 is used to edit the fields The left and right arrow keys may be used to displ...

Page 86: ...e to 0 22 47 or 69 nF This may be used for additional line capacitance compensation NBOC must also be hardware strapped on the main assembly board Note The selection made in this field must match the respective strapping selection made on the unit s main assembly board Note Network build out capacitance is added to provide additional line balancing Generally no additional NBOC is required for line...

Page 87: ...r selected signaling type using the TRANSMIT SIGNALLING field in the TEST SETUP window The selected transmit test signaling status will also be displayed in the SIGNALLING MONITOR window Note This field must be set to NRML when not being used for test or maintenance purposes RECEIVE SIGNALLING May be either NRML normal or TEST In TEST mode the receive signaling bits can be forced to any condition ...

Page 88: ...e same channel assignment RACK NUMBER use is optional Identifies the rack or cabinet 1 to 64 in which the unit is located This information may be utilized on the NMS Network Management System RACK MOUNT POSITION use is optional Identifies the shelf 1 to 64 in which the unit is located This information may be utilized on the NMS UNIT S SHELF SLOT use is optional Identifies the slot position within ...

Page 89: ...AR END FAR END A D D A D A A D a RCV XMT 2W FXS 4W VF 2W 4W XMT RCV 2W VF 2W VF NEAR END FAR END A D D A D A A D b RCV XMT 2W FXS 2W FXO FXS 2W 4W 2W 4W XMT RCV 4W 2W 4W 2W 2W VF 2W VF NEAR END FAR END A D D A D A A D a RCV XMT 2W FXS 4W VF 2W 4W 2W 4W XMT RCV 2W VF 2W VF NEAR END FAR END A D D A D A A D b Figure 15 86445 31 2W FXS Unit Analog Loopback a with 2W FXO or 2W FXS unit at far end b wit...

Page 90: ...ent to the local drop equipment and is used for test maintenance purposes only The options available depend on the Signalling Type selected see Signalling Setup window The selected signaling condition overrides the actual signaling condition received from the far end unit only if RECEIVE SIGNALLING field in the SIGNALLING SETUP window is set to TEST mode Talk Battery and Ringing Generator SOURCE N...

Page 91: ... the SIGNALLING MONITOR will display the current signaling condition from the drop equipment A and B refers to the status of the encoded signaling bits ONE or ZERO in the PSFR byte part of VT1 5 frame Note When a NOT VALID signaling condition i e combination of the two signaling bits is selected in the TRANSMIT SIGNALLING field TEST SETUP frame the unit will send the selected combination even thou...

Page 92: ...Figure 5 VistaNET Unit View for 86445 31 2W FXS Unit 27 Figure 6 86445 31 2W FXS Unit Analog Loopback 31 Part 2 86445 32 2W FXS PLAR Dual Channel Unit Figure 7 Front Panel Layout 52 Figure 8 86445 32 2W FXS Unit Block Diagram 58 Figure 9 Typical Rack Layout 60 Figure 10 86445 92 Dual Channel 2W FXS Unit Paddleboard 62 Figure 11 VistaNET Unit View for 86445 32 2W FXS Unit 64 Figure 12 86445 32 2W F...

Page 93: ...l to Total Distortion 40 Table 10 Longitudinal Balance Values 40 Table 11 Ringing Supply Parameters 42 Table 12 Signaling State FXS Mode 43 Table 13 Signaling State PLAR Mode 43 Table 14 Equipment and Option Code Table 46 Part 2 86445 32 2W FXS PLAR Dual Channel Unit Table 15 Troubleshooting Table 72 Table 16 Transmission Levels 73 Table 17 End to End Frequency Response 73 Table 18 End to End Trac...

Page 94: ...ral Processing Unit D A Digital to Analog DC Direct Current DOS Disk Operating System DS0 Digital Signal Level 0 64 kb s EAS Equipment Assembly Schematic EEPROM Electronically Erasable and Programmable ROM EIA Electronic Industries Association EMI Electromagnetic Interference ESDS Electrostatic Discharge Sensitive FPGA Field Programmable Gate Array FXO Foreign Exchange Office FXS Foreign Exchange ...

Page 95: ...l Computer PCM Pulse Code Modulation PLAR Private Line Automatic Ringdown PLGA Programmable Logic Gate Array PSFR Phase Signalling and Framing PUB Publication Bell System Technical Publication RAM Random Access Memory RCV Receive REN Ringer Equivalent Number RFI Radio Frequency Interference ROM Read Only Memory RX Receive SLIC Subscriber Line Interface Circuit SONET Synchronous Optical Network TLP...

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