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TBR-12 Datasheet

Part Manufacturer Description PDF Type
TBR12-101P WPI Interconnect Products Over 600 obsolete distributor catalogs now available on the Datasheet Archive - Thorkom Miniatur Circular Plastic Connectors 12 contacts bulkhead Scan

TBR-12

Catalog Datasheet MFG & Type PDF Document Tags

TBR-12

Abstract: LXT360 TBR12/13 Compliant Design Solutions for LXT360 Application Note January 2001 Order Number , changes to them. The TBR12/13 Compliant Design Solutions for LXT360 may contain design defects or errors , Note TBR12/13 Compliant Design Solutions for LXT360 Contents 1.0 Introduction , . 5 1 2 3 4 5 TBR12/13 Compliant Design with Intel Stand-Alone JA (payload loopback) . 6 TBR12/13 Compliant Design with Intel Stand-Alone JA (external loopback) . 7 LXT304A
Intel
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AN057 CXT8192 TBR-12 74HC157A TBR12/13

fireberd

Abstract: Stanford Telecommunications TBR-12 and TBR-13 Conformance Testing APRIL, 1996 TABLE OF CONTENTS APPLICATION NOTE 44 Jitter Performance Requirements for E1 Leased Lines ETSI TBR-12 & TBR-13 Conformance Testing GENERAL , operONG AUL RANSCEIVERS ability across the EEC. T1/E1 R S 56/DDS P T1/E1L -H T TBR-12 , and TBR-12 amplitude of 1.5 UIpp may shift jitter to higher frequencies (December 1993) defines the , insures compliance with TBR-12. LAN A P G O 4 5 6 7 8 9 10 11 12 15 L1 9-43
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fireberd Stanford Telecommunications DS345 TTC fireberd 6000A Wavetek 145 3785a 91/263/EEC 92/44/EEC LXT300Z LXT305A LXT318

CXT8192

Abstract: CS61577 Selectable Not needed yes 64 TBR-12 CS61318 LIU SH/LH Single Selectable Not needed yes 64 TBR-12 CS61535A T1 , , G.742 Host, HW S no DR no yes CS61581 T1/E1 LIU SH/LH Single Selectable Not needed yes 64 62411, TBR-12 , 62411 CS61584A T1/E1 LIU SH Dual Selectable Not needed yes 64 62411, TBR-12 Host, HW S,P no ADR no yes , TBR-12/13 CS61881 E1 AFE SH Octal CS61884 T1/E1 LIU SH Octal Selectable Not needed yes 64 TBR-12/13 , with CS61600, CS61304A,'305A, '535A,'574A,'575, '577 HC-49 HC-49 CXT8192A E1 TBR-12 compliant
Crystal Semiconductor
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CXT6176 CS61577 T1231 TBR 12 CS61305A CS61310 CS61317 CS61574A CS61575

Wavetek 145

Abstract: TTC fireberd 6000A Jitter Performance Requirements for E1 Leased Lines ETSI TBR-12 & TBR-13 Conformance Testing , interface and TBR-12 (December 1993) defines the necessary technical requirements. Unstructured service , ensures compliance with TBR-12. 1.1 Maximum Output Jitter TBR-12 and TBR-13 (draft) include a , ) loopback function. Table 1 lists useful equipment for TBR-12 and TBR-13 characterization and conformance , needed to satisfy the TBR-12 and -13 requirements. These devices begin jitter attenuation at
Intel
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HP3785A hp3400a HP 3785A AN044

AN26A

Abstract: Design Upgrade- Crystal-less T 1 Long-Haul Solutions D1 Jitter Requirements: ETSI TBR-12 / TBR , .742 Compliant PDH Multiplexer W/LXT332 Dual Transceiver TBR12/13 Compliant Design Solutions For LXT360 Dual
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OCR Scan
AN26A AN31A AN9501 AN9601 AN9801 30X/318

LXT300Z

Abstract: LXT304A attenuation needed to satisfy the TBR-12 and -13 requirements. These devices begin jitter attenuation at approximately 3 Hz insuring adequate margin against the TBR-12 and TBR-13 output jitter limit with 1.5 UIpp , the LXT304A. The LXT304A meets the TBR12 and TBR-13 requirements throughout the required frequency
Level One Communications
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BELLCORE T1 standards

Abstract: Stratum 3 Stratum 3 Stratum 4 Option 1 Option 2 T1.403 TBR12 TBR13 TBR4 JTAG
Zarlink Semiconductor
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BELLCORE T1 standards ZL30461 ZL30462 GR-1244 GR-253

LXT318PE

Abstract: HDB3 CODING DECODING starting at 3 Hz, switchable to transmit or receive path Exceeds ETSI TBR12/13 jitter transfer , ). 30 Input and Maximum Output Jitter Specified by TBR12/13 . 31 LXT318 Jitter Attenuation Performance (Typical­Measured Against TBR12/13)31 2.048 Mbps Pulse Mask , performance complies with ETSI TBR-12 and TBR-13. An external crystal oscillating at four times the bit rate
Intel
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LXT310 LXT318PE LXT318NE HDB3 CODING DECODING E1 PCM encoder HC49 30/ISDN

CS61310

Abstract: CS61318 Features T1/E1 Line Interface Units Features q No Crystal Needed for AT&T 62411/TBR-12 Jitter , (CS61318). Both devices feature crystal-less jitter attenuation compliant to AT&T 62411 (CS61310) and TBR-12
Cirrus Logic
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CS61310/18 DS440PP2 DS441PP2 PI440PP1 62411/TBR-12 231B/ITU-TG

LXT318

Abstract: u atio n startin g at 3 Hz, sw itch ab le to transmit or receive path Exceeds ETSI TBR12/13 jitter
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OCR Scan
I300011 S4LR23

QFN100

Abstract: ZLE30116 Option 2 Stratum 4 T1.403 TBR12 · · · · · · · · MT90401 ZL30402 ZL30407 ZL30410 ZL30106
Zarlink Semiconductor
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ZLE30116 QFN100 ZL30119 ZL30108 ZL30116 GR-1244-CORE GR-253-CORE MEB90401

"Base Transceiver Station"

Abstract: ANSI T1.102 TR 62411 and ETSI TBR12/13. CSB ALE RSTB INTB TDO TDI TCK TMS JTAG Test Access Port
PMC-Sierra
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PM4351 JT-G704 PM7815 ANSI T1.102 Base Transceiver station PIC-22 SLC96 PALADIN-15

mt9040

Abstract: .403 TBR12 · · · · · · · · · · · · · MT9040 MT9041 MT9042 MT9043 MT9044 MT9045 MT9046 ZL30409 ZL30100
Zarlink Semiconductor
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ZL30109 ZL30105 ZL30101 ZL30102 MEB9043/45 ZLE30100
Abstract: standards · Jitter attenuation starting at 3 Hz, switchable to transmit or receive path · Exceeds ETSI TBR12 , corner frequency for the LXT318 is at 3 Hz. The performance complies with ETSI TBR-12 and TBR-13. An , 20 LXT318 Test Specifications Figure 20: Input and Maximum Output Jitter Specified by TBR12 , Jitter per TBR12/13 100 Hz 1 kHz Frequency 10 kHz 100 kHz Figure 21: LXT318 Jitter Attenuation Performance (Typical­Measured Against TBR12/13) 0.2 Jitter Amplitude (Ulpp) 0.15 Intel
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LXT319-R1

654L1

Abstract: HDB3 CODING DECODING attenuation starting at 3 Hz, switchable to transmit or receive path Exceeds ETSI TBR12/13 jitter transfer , .736. The 3 dB corner frequency for the LXT318 is at 3 Hz. The performance complies with ETSI TBR-12 and , Transceiver Figure 20: Input and Maximum Output Jitter Specified by TBR12/13 1.6 1 1.4 Jitter (Ulpp) 1.2 2 1.0 3 0.8 0.6 4 Input Jitter (Ulpp) Maximum Output Jitter per TBR12/13 , 21: LXT318 Jitter Attenuation Performance (Typical­Measured Against TBR12/13) Jitter Amplitude
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654L1 HT 648 decoder Rx singl chip analog transceiver

HC49

Abstract: LXT310 transmit or receive path Exceeds ETSI TBR12/13 jitter transfer performance specifications Fully restores , ETSI TBR-12 and TBR-13. An external crystal oscillating at four times the bit rate provides clock , Specified by TBR12/13 1.6 1 1.4 Jitter (Ulpp) 1.2 2 1.0 3 0.8 0.6 4 Input Jitter (Ulpp) Maximum Output Jitter per TBR12/13 0.4 5 0.2 0.0 10 Hz 100 Hz 1 kHz 10 , Against TBR12/13) Jitter Amplitude (Ulpp) 0.2 8 Maximum Output Jitter (Ulpp) LXT318 Output
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LXT318

Abstract: LXT318NE to transmit or receive path · Exceeds ETSI TBR12/13 jitter transfer performance specifications · , ETSI TBR-12 and TBR-13. An external crystal oscillating at four times the bit rate provides clock , LXT318 Test Specifications Figure 20: Input and Maximum Output Jitter Specified by TBR12/13 1.6 1.4 Jitter (Ulpp) 1.2 1.0 0.8 0.6 Input Jitter (Ulpp) Maximum Output Jitter per TBR12/13 0.4 , Attenuation Performance (Typical­Measured Against TBR12/13) Jitter Amplitude (Ulpp) 0.2 Maximum
Level One Communications
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OTR-001 D-85774 PDS-T318-R1

TS100AU

Abstract: TNP07-101 with 356-200. 719-7006 TBR12-101P C Female 12 Bulkhead 1.65 1.45 1.25 719-7007 TKP24-101 A Male 24
Allied Electronics Catalog
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TPS07-102 TKH07-100 TKH12-100 TS100AU TNP07-101 TNR07-101 TNP12-101 356_200 TNR07-101P M-20693 UL94V-2 THL07-105 THL12-105 THL24-105 TPW07-103

MT9040

Abstract: mt9045 , PBX Wireless Basestation G.823 TBR 4 TBR12 TRB13 Local Line Card MT9045 MT9043 , switching capability but not a holdover capability. ETSI TBR4, ETSI TBR12 and ETSI TBR13 define E1
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544MH 048MH

MT9045

Abstract: GR-1244-CORE Basestation Controller G.813 EN 300 462 IAD, PBX Wireless Basestation G.823 TBR 4 TBR12 TRB13 , , ETSI TBR12 and ETSI TBR13 define E1 interfaces for various applications. They are not clock
Zarlink Semiconductor
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MT9040AN MT9043AN MT9045AN

midcom 50436

Abstract: TUV Telecom Services attenuation needed to satisfy the TBR-12 and -13 requirements. These devices begin jitter attenuation at approximately 3 Hz insuring adequate margin against the TBR-12 and TBR-13 output jitter limit with 1.5 UIpp , the LXT304A. The LXT304A meets the TBR12 and TBR-13 requirements throughout the required frequency
PMC-Sierra
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midcom 50436 TUV Telecom Services CTR13/081701/99 P004F001

AMI encoding

Abstract: E1 HDB3 to transmit or receive path · Exceeds ETSI TBR12/13 jitter transfer performance specifications · , ETSI TBR-12 and TBR-13. An external crystal oscillating at four times the bit rate provides clock , LXT318 Test Specifications Figure 20: Input and Maximum Output Jitter Specified by TBR12/13 1.6 1.4 Jitter (Ulpp) 1.2 1.0 0.8 0.6 Input Jitter (Ulpp) Maximum Output Jitter per TBR12/13 0.4 , Attenuation Performance (Typical­Measured Against TBR12/13) Jitter Amplitude (Ulpp) 0.2 Maximum
PMC-Sierra
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PM4325 PM5366 PM6388 PM4323 AMI encoding E1 HDB3 GR253 GR496 TR-TSY-000170

SH7450

Abstract: SH7451 transmit or receive path Exceeds ETSI TBR12/13 jitter transfer performance specifications Fully restores , ETSI TBR-12 and TBR-13. An external crystal oscillating at four times the bit rate provides clock , Specified by TBR12/13 1.6 1 1.4 Jitter (Ulpp) 1.2 2 1.0 3 0.8 0.6 4 Input Jitter (Ulpp) Maximum Output Jitter per TBR12/13 0.4 5 0.2 0.0 10 Hz 100 Hz 1 kHz 10 , Against TBR12/13) Jitter Amplitude (Ulpp) 0.2 8 Maximum Output Jitter (Ulpp) LXT318 Output
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SH7450 SH7451 TN-SH7-A826A/E R01UH0286EJ0110

Evaluation Board SXT6234

Abstract: LXT902 Features T1/E1 Line Interface Units Features q No Crystal Needed for AT&T 62411/TBR-12 Jitter , (CS61318). Both devices feature crystal-less jitter attenuation compliant to AT&T 62411 (CS61310) and TBR-12
Level One Communications
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LXT908 LXT902 LXT904 LXT905 LXT906 Evaluation Board SXT6234 t1.403 National Standard for Telecommunications wireless lan 10 KM circuit PAIRGAIN campus multiplexing demultiplexing e2 e3 10BASE-T LXT901A/ LXT907A/

AMI encoding

Abstract: PM4323 standards · Jitter attenuation starting at 3 Hz, switchable to transmit or receive path · Exceeds ETSI TBR12 , corner frequency for the LXT318 is at 3 Hz. The performance complies with ETSI TBR-12 and TBR-13. An , 20 LXT318 Test Specifications Figure 20: Input and Maximum Output Jitter Specified by TBR12 , Jitter per TBR12/13 100 Hz 1 kHz Frequency 10 kHz 100 kHz Figure 21: LXT318 Jitter Attenuation Performance (Typical­Measured Against TBR12/13) 0.2 Jitter Amplitude (Ulpp) 0.15
PMC-Sierra
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B8ZS ATT tr 62411 PMC-2022058
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