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E1 HDB3 Datasheets Context Search

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E1 HDB3

Abstract: 0x162 AN3827 DS26524 SSIE DS26528 APP3827 0x164 0X0083 0x0140
Text: , Set Transmit Framer E1 Mode and Framer Enable write(0x0081, 0x60); // RCR1, Set Receive E1 HDB3 (Basic Frame) // write(0x0081, 0x68); // RCR1, Set Receive E1 HDB3 , CRC4, and CCS (TS 16 Clear) // write(0x0081, 0x48); // RCR1, Set Receive E1 HDB3 , CRC4, and CAS write(0x0084, 0x10); // RIOCR, Set , configurations have Si bit pass through enabled */ write(0x0181, 0x04); // TCR1, Set Transmit E1 HDB3 (Basic Frame) // write(0x0181, 0x05); // TCR1, Set Transmit E1 HDB3 , CRC4, and CCS (TS 16 Clear) // write


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PDF DS26528 DS26524 DS26828 com/an3827 DS26524: DS26528: AN3827, APP3827, Appnote3827, E1 HDB3 0x162 AN3827 SSIE APP3827 0x164 0X0083 0x0140
2009 - bcm5481

Abstract: zl30310 E1 HDB3 synchronizer ZLE30320 mpc8313 ZL30142 mpc8313 reference 1588 RS232 GPON OLT
Text: E1 ( HDB3 /AMI) or T1 (B8ZS/AMI) unbalanced 75 ohm BNC 2.048 MHz or 1.544 MHz LVCMOS SMA SyncE 1000 , ANSI T1.101 & T1.403 only] TCXO (Stratum 3) OCXO (Stratum 3E) Electrical Clock Inputs E1 ( HDB3 /AMI) or T1 (B8ZS/AMI) unbalanced 75 ohm BNC 2.048 MHz or 1.544 MHz LVCMOS SMA 5 MHz or 10 MHz , Client Network Synchronizer Exar XRT83SL30 T1/ E1 LIU Zarlink ZL30310 Broadcom BCM5481 , Zarlink ZL30142 SyncE/SONET/SDH System Synchronizer Exar XRT83SL30 Single-Channel T1/ E1 /J1


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PDF ZLE30320 ZLE30320 ZL30310 ZL30142 ZL30142 XRT83SL30 9ZS217 bcm5481 E1 HDB3 synchronizer mpc8313 mpc8313 reference 1588 RS232 GPON OLT
2001 - ALCATEL MAINSTREET 2902

Abstract: Alcatel 3600 mainstreet 46020 2902 5620NM Mainstreet 3600 HDSL 120 Alcatel MAINSTREET 2902 MainStreet dtu universal
Text: 2902 provides two E1 interfaces that can be configured for either E1 HDB3 or E1 HDSL through the use , . Office Central Office 2B1Q LAN 2721 RTU 5620 NM* E1 /HDSL or E1 / HDB3 V.35/X.21 Video , of up to 2 Mb/s over existing copper pairs (HDSL) or E1 facilities. Network operators can deploy the , existing network infrastructure. By integrating E1 and HDSL technology, the 2902 MainStreet NTU offers , to integrate digital voice and data traffic from a business site onto a high speed E1 digital link


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PDF BNC/RJ-45 TIA/EIA-232: RJ-45 TIA/EIA-232 ALCATEL MAINSTREET 2902 Alcatel 3600 mainstreet 46020 2902 5620NM Mainstreet 3600 HDSL 120 Alcatel MAINSTREET 2902 MainStreet dtu universal
1998 - E1 HDB3

Abstract: SXT6234 LEVEL ONE COMMUNICATIONS G703 G704 LXT334 t j9h mux E1 E1 frame
Text: function on the transmit side for SDH applications (demapped E1 tributaries) · Built-in HDB3 encoder , ) Configurations RCLKI(i) RPOSD(i) ( HDB3 /NRZ Data pos) RNEGD(i) Test Pattern E1 data Frame & MultiFrame , JTCK, JTMS, JTRS, JTDI SCANTEST, SCANEN RSTB, OEN VDD3, VSS3 E1 HDB3 DATA & CLOCKS , ( SXT6251) E1 HDB3 DATA & CLOCKS SENT TO THE E1 LIU (Bird Of Prey) TPOSD4, TNEGD4 DTD4 DTC5 , 79 62 69 50 59 43 34 HiZ-4ma O Positive HDB3 or NRZ Data Transmit outputs. Eight E1 data


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PDF SXT6282 SXT6282 SXT6251 PDS-6282-R1 E1 HDB3 SXT6234 LEVEL ONE COMMUNICATIONS G703 G704 LXT334 t j9h mux E1 E1 frame
2001 - Frame structure for Multiplexing of four E1 streams into E2 stream

Abstract: multiplexing e1 frame to e3 frame SDB6234 E2 liu Frame structure for Multiplexing of four E2 streams into E3 stream e1 E2 e3 liu transceiver HP-3784A hp3784A G742 multiplexing e2 frame e3
Text: 100 KHz. Configure the HP3784A jitter generator/analyzer to transmit a 75 E1 , HDB3 encoded, 215 -1 , .10 Figures 1 2 3 4 5 Application Note E1 to E2 Multiplexer . 5 E1 to E3 Multiplexer , Application Note summarizes jitter performance requirements at the E1 line interface for digital multiplexing , multiplexer device are explained. Typical performance results using the LXT332 E1 dual line interface are


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PDF LXT332 AN056. LXT332 Frame structure for Multiplexing of four E1 streams into E2 stream multiplexing e1 frame to e3 frame SDB6234 E2 liu Frame structure for Multiplexing of four E2 streams into E3 stream e1 E2 e3 liu transceiver HP-3784A hp3784A G742 multiplexing e2 frame e3
2001 - E1 HDB3

Abstract: LXT6282 nrz to hdb3 LXT6251A LXT334 G704 surface mount counter microwave radio transmitter intel datasheets for i9 ADPLL
Text: the transmit side for SDH applications (demapped E1 tributaries) Built-in HDB3 encoder/decoder , DATA HDB3 Decoder + AIS Detect MCLK(i) 8 E1 ( #i) RECEIVER (i= 7 .0) Configurations , MTD2 E1 RECEIVER #3 E1 RECEIVER #4 RCLK4, RLOS54 E1 HDB3 DATA & CLOCKS RECEIVED FROM THE , MULTIPLEXER ( SXT6251) E1 HDB3 DATA & CLOCKS SENT TO THE E1 LIU (Bird Of Prey) TPOSD3, TNEGD3 , . Eight E1 data channel outputs (channel, i=<7.0>) at 2.048 Mbit/s, in either NRZ or HDB3 format


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PDF LXT6282 LXT6282 LXT6251A 144-pin E1 HDB3 nrz to hdb3 LXT6251A LXT334 G704 surface mount counter microwave radio transmitter intel datasheets for i9 ADPLL
1999 - LXT6234

Abstract: LXT6282 E1 HDB3
Text: function on the transmit side for SDH applications (demapped E1 tributaries) · Built-in HDB3 encoder , ) RPOSD(i) ( HDB3 /NRZ Data pos) RNEGD(i) Test Pattern E1 data ( HDB3 Data neg.) Enables Alarms(Out , TPOSD4, TNEGD4 TCLK5 E1 HDB3 DATA & CLOCKS SENT TO THE E1 LIU (Bird Of Prey) E1 TRANSMITTER #5 , #1 RCLK1, RLOS1 RPOSD1, RNEGD1 RCLK2, RLOS2 RPOSD2, RNEGD2 E1 HDB3 DATA & CLOCKS RECEIVED FROM , . Eight E1 data channel outputs (channel, i=<7.0>) at 2.048 Mbit/s, in either NRZ or HDB3 format


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PDF LXT6282 LXT6282 SXT6251 PDS-6282-R1 LXT6234 E1 HDB3
2000 - intel 8081 clock generator

Abstract: No abstract text available
Text: select HDB3 in E1 or B8ZS in T1 system. Hardware Mode Single Rail/Dual Rail: Connect this pin "Low" to , receive line signal will be decoded according to HDB3 rules for E1 and B8ZS for T1. Further, any bipolar , áç MARCH 2001 PRELIMINARY XRT82L38 REV. P1.0.6 OCTAL E1 /T1/J1 LINE TRANSCEIVER WITH , channels) short-haul line interface unit for T1(1.544Mbps) 100 and E1 (2.048Mbps) 75 or 120 applications , integrated octal, short-haul PCM transceivers for T1 and E1 applications. · On Chip Receive Equalizer and


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PDF XRT82L38 XRT82L38 544Mbps) 048Mbps) 3840M intel 8081 clock generator
1999 - smd 4B

Abstract: E1 HDB3 F0021 F0072 FCC68 ITS10981
Text: E1 or T1/J1 Long haul or short haul application Line Coding ( E1 : HDB3 or AMI; T1/J1:B8ZS or AMI , = HDB3 T1/J1: 0 = AMI 1 = B8ZS 62 E1T1 I + PU Global E1 /T1 Select 0 = E1 1 = T1/J1 , Y R A IN LI M E ICs for Communications R Quad Line Interface for E1 /T1/J1 QuadLIU , ®-SP, DigiTape ®, EPIC®-1, EPIC®-S, ELIC®, FALC®54, FALC®56, FALC ®- E1 , FALC®-LH, IDEC®, IOM®, IOM®-1 , device to connect four E1 /T1/J1 framer devices to four analog lines. The line interface is selectable


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PDF P-TQFP-100-3 GPP09189 smd 4B E1 HDB3 F0021 F0072 FCC68 ITS10981
2001 - Not Available

Abstract: No abstract text available
Text: this pin "High" to select AMI encoding and decoding. Connect this pin "Low" to select HDB3 in E1 or , line signal will be decoded according to HDB3 rules for E1 and B8ZS for T1. Further, any bipolar , áç JUNE 2001 XRT82L38 REV. 1.1.1 OCTAL E1 /T1/J1 LINE TRANSCEIVER WITH CLOCK RECOVERY AND , ) short-haul line interface unit for T1(1.544Mbps) 100 and E1 (2.048Mbps) 75 or 120 applications. Each channel , transceivers for T1 and E1 applications. · On Chip Receive Equalizer and Transmit Pulse Shaper for DS1 Digital


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PDF XRT82L38 XRT82L38 544Mbps) 048Mbps)
2001 - Intel 8081

Abstract: No abstract text available
Text: select HDB3 in E1 or B8ZS in T1 system. Hardware Mode Single Rail/Dual Rail: Connect this pin "Low" to , selected, the receive line signal will be decoded according to HDB3 rules for E1 and B8ZS for T1. Further , áç APRIL 2001 XRT82L38 REV. 1.0.0 OCTAL E1 /T1/J1 LINE TRANSCEIVER WITH CLOCK RECOVERY AND , ) short-haul line interface unit for T1(1.544Mbps) 100 and E1 (2.048Mbps) 75 or 120 applications. Each channel , transceivers for T1 and E1 applications. · On Chip Receive Equalizer and Transmit Pulse Shaper for DS1 Digital


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PDF XRT82L38 XRT82L38 544Mbps) 048Mbps) Intel 8081
2001 - Not Available

Abstract: No abstract text available
Text: select AMI encoding and decoding. Connect this pin Low to select HDB3 in E1 or B8ZS in T1 system , selected, the receive line signal will be decoded according to HDB3 rules for E1 and B8ZS for T1. Further , 1 ECA 0 1 0 1 0 1 0 1 SYSTEM T1 T1 T1 T1 T1 Not used E1 E1 - HDB3 /AMI ( E1 ) HDB3 /AMI ( E1 ) 1:2.45 1:2 , áç APRIL 2001 XRT82L34 REV. 1.0.0 QUAD T1/ E1 /J1 LINE TRANSCEIVER WITH CLOCK RECOVERY AND , ) short-haul line interface unit for T1(1.544Mbps) 100 and E1 (2.048Mbps) 75 or 120 applications. Each channel


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PDF XRT82L34 XRT82L34 544Mbps) 048Mbps)
2000 - Not Available

Abstract: No abstract text available
Text: this pin "High" to select AMI encoding and decoding. Connect this pin "Low" to select HDB3 in E1 or , selected, the receive line signal will be decoded according to HDB3 rules for E1 and B8ZS for T1. Further , áç JANUARY 2001 PRELIMINARY XRT82L38 REV. P1.0.4 OCTAL E1 /T1/J1 LINE TRANSCEIVER WITH , channels) short-haul line interface unit for T1(1.544Mbps) 100 and E1 (2.048Mbps) 75 or 120 applications , integrated octal, short-haul PCM transceivers for T1 and E1 applications. · On Chip Receive Equalizer and


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PDF XRT82L38 XRT82L38 544Mbps) 048Mbps) 3840M
2000 - Intel 8081

Abstract: No abstract text available
Text: this pin "High" to select AMI encoding and decoding. Connect this pin Low to select HDB3 in E1 or B8ZS , selected, the receive line signal will be decoded according to HDB3 rules for E1 and B8ZS for T1. Further , áç DECEMBER 2000 PRELIMINARY XRT82L34 REV. P1.0.5 QUAD T1/ E1 /J1 LINE TRANSCEIVER WITH , (four channels) short-haul line interface unit for T1(1.544Mbps) 100 and E1 (2.048Mbps) 75 or 120 , tolerant digital inputs. FEATURES · Fully integrated quad, short-haul PCM transceivers for E1 and T1


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PDF XRT82L34 XRT82L34 544Mbps) 048Mbps) Intel 8081
2000 - octal priority encoder

Abstract: b8z8
Text: encoding and decoding. Connect this pin "Low" to select HDB3 in E1 or B8ZS in T1 system. A[1] A[2] A[3] A[4 , HDB3 rules for E1 and B8ZS for T1. Further, any bipolar violaHDB3 or B8ZS line coding scheme will be , xr FEBRUARY 2001 PRELIMINARY XRT82L38 REV. P1.0.6 OCTAL E1 /T1/J1 LINE TRANSCEIVER WITH , channels) short-haul line interface unit for T1(1.544Mbps) 100 and E1 (2.048Mbps) 75 or 120 applications , integrated octal, short-haul PCM transceivers for T1 and E1 applications. · On Chip Receive Equalizer and


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PDF XRT82L38 XRT82L38 544Mbps) 048Mbps) 3840M octal priority encoder b8z8
Digital Alarm Clock by ttl

Abstract: sot 23- POD TAIS SOT HDB3 coding E1 HDB3
Text: Tributary Unit-12s (TU-12s) • Independent add/drop mode between ports • Selectable HDB3 positive/negative rail or NRZ E1 interface. Performance counter provided for HDB3 illegal coding violations â , accepts either E1 HDB3 coded positive and negative rail signals or NRZ data. An 8-bit performance counter is provided that counts illegal HDB3 coding violations. The E1 line is monitored for AIS, loss of , FIFO LEAK RATE 29 R HDB3 CODING ERROR COUNT 2A Ft — — — - - RFIFO ERR E1 LOS E1


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PDF TU-12 TXC-04002 Unit-12s TU-12s) Digital Alarm Clock by ttl sot 23- POD TAIS SOT HDB3 coding E1 HDB3
Not Available

Abstract: No abstract text available
Text: =■-= = DESCRIPTION = = • Independent add/drop mode between ports • Selectable HDB3 positive/negative rail or NRZ E1 interface. Performance counter provided for HDB3 illegal coding violations â , either NRZ data and clock or an HDB3 coded positive and negative rail signal for the E1 line interface , . Toward the STM-1 add buses, the ADMA-E1 accepts either E1 HDB3 coded positive and negative rail signals , €¢ STM-1 termination terminal mode multiplexer • E1 loopback, generate BIP-2 errors, and send FERF


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PDF TU-12 TXC-04002 TXC-03003,
1996 - E1 HDB3

Abstract: pin diagram 14 demultiplexer multiplexing e1 frame to e3 frame HDB3 to nrz 16 line to 4 line coder multiplexer HDB3 E2 HDB3 how to interface microcontroller with encoder multiplexer 30 pin 1 into 12 demultiplexer circuit diagram
Text: Encode 8 HDB3 Encode 9 Demux 10 HDB3 Encode 11 HDB3 Encode 12 E1 /E3 , E1 Line Interface E1 Line Interface HDB3 Decode HDB3 Decode HDB3 Decode HDB3 Decode , the stream is sent out as NRZ data to the E1 line interface. · If the LIU does not provide HDB3 encoding, the streams are HDB3 encoded and sent out as positive and negative voltages to the E1 line , are sent from the SXT6234 as four tributaries. Figure 4: E1 /E3 Demultiplexer LXT305/LXT332 HDB3


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PDF an9501 SXT6234 16-E1/E3 16E1/E3 SDB6234 E1 HDB3 pin diagram 14 demultiplexer multiplexing e1 frame to e3 frame HDB3 to nrz 16 line to 4 line coder multiplexer HDB3 E2 HDB3 how to interface microcontroller with encoder multiplexer 30 pin 1 into 12 demultiplexer circuit diagram
2001 - LDB6234

Abstract: HDB3 HDB3 decoder multiplexing e1 frame to e3 frame E1 HDB3 E2 liu multiplexing e2 frame e3 HDB3 E2 NOTES ON MULTIPLEXER nrz to hdb3
Text: Elastic Store HDB3 Encoder HDB3 Encoder Demux HDB3 Encoder HDB3 Encoder 1.7.2 E1 /E3 , Interface E1 Line Interface E1 Line Interface E1 Line Interface HDB3 Decoder HDB3 Decoder HDB3 , LXT6234, E1 /E2 Stage · If the tributary LIU does not perform HDB3 decoding, then the signals are routed , Tributary #3 Tributary #4 MHNRZI MHHDB3C 1.7.4 MHDPO HDB3 Encoder MHDNO E1 /E3 , positive and negative voltages to the E1 line interface. (LXT305 or LXT332) · If the LIU provides HDB3


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PDF LXT6234 AN9501. LDB6234 HDB3 HDB3 decoder multiplexing e1 frame to e3 frame E1 HDB3 E2 liu multiplexing e2 frame e3 HDB3 E2 NOTES ON MULTIPLEXER nrz to hdb3
1997 - multiplexing e1 frame to e3 frame

Abstract: HDB3 E2 SDB6234 1 into 12 demultiplexer circuit diagram HDB3 to nrz HDB3 decoder 1 into 16 demultiplexer circuit diagram using 1 i multiplexing e2 frame e3 design 16 bit demultiplexer introduction HDB3 can use where
Text: Encode 8 HDB3 Encode 9 Demux 10 HDB3 Encode 11 HDB3 Encode 12 E1 /E3 , Unit (LIU) performs HDB3 coding. 9-87 13 14 15 SXT6234 E-Rate Multiplexer For 16- E1 /E3 , Interface E1 Line Interface E1 Line Interface E1 Line Interface E1 Line Interface HDB3 Decode , If the LIU provides HDB3 encoding the stream is sent out as NRZ data to the E1 line interface. · , : E1 /E3 Demultiplexer LXT305/LXT332 HDB3 Encoder SXT6234 E-Rate Multiplexer HDB3 Decoder


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PDF SXT6234 16-E1/E3 16E1/E3 SDB6234 multiplexing e1 frame to e3 frame HDB3 E2 1 into 12 demultiplexer circuit diagram HDB3 to nrz HDB3 decoder 1 into 16 demultiplexer circuit diagram using 1 i multiplexing e2 frame e3 design 16 bit demultiplexer introduction HDB3 can use where
1999 - 16 line to 4 line coder multiplexer

Abstract: Frame structure for Multiplexing of four E1 streams into E2 stream LEVEL ONE COMMUNICATIONS LXT6234QE HDB3 Frame structure for Multiplexing of four E2 streams into E3 stream mais E1 AMI HDB3 decoder HDB3 DECODER E2 hdb3
Text: . The LXT6234 E-Rate Multiplexer also encodes and decodes HDB3 zero suppression line coding used on E1 , LXT6234 can also function as a stand alone five-channel HDB3 transcoder. E1 /E2 Multiplexer (2/8 Mbit , HDB3 E1 E2 E3 4 4 DLNRZO[1:4] DLCO[1:4] DHNRZI Demultiplexer DHDMXC DNAT And , Stage LXT6234, E1 /E2 Stage · The LXT6234 may interface with either HDB3 or non-HDB3 coded signals , Telecommunications Union (ITU; formerly known as CCITT): G.742 recommendation for multiplexing four E1 channels


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PDF LXT6234 LXT6234 recommenda-1130 PDS-6234-7/99-2 16 line to 4 line coder multiplexer Frame structure for Multiplexing of four E1 streams into E2 stream LEVEL ONE COMMUNICATIONS LXT6234QE HDB3 Frame structure for Multiplexing of four E2 streams into E3 stream mais E1 AMI HDB3 decoder HDB3 DECODER E2 hdb3
1997 - circuit diagram of 64-1 multiplexer

Abstract: E1 AMI HDB3 decoder HDB3 Frame structure for Multiplexing of four E2 streams into E3 stream Frame structure for Multiplexing of four E1 streams into E2 stream 16 line to 4 line coder multiplexer SXT6234 E1 HDB3 multiplexing demultiplexing e2 multiplexer/14052B
Text: Multiplexer also encodes and decodes HDB3 zero suppression line coding used on E1 , E2, and E3 signals. The coder and decoder input/output pins are externally accessible, allowing either HDB3 or NRZ , HDB3 transcoder. E1 /E2 Multiplexer (2/8 Mbit/s) E2/E3 Multiplexer (8/34 Mbit/s) E1 /E3 Multiplexer , E1 Line Interface E1 Line Interface HDB3 Decoder HDB3 Decoder HDB3 Decoder HDB3 Decoder , ; formerly known as CCITT): G.742 recommendation for multiplexing four E1 channels into an E2 frame; and the


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PDF SXT6234 SXT6234 circuit diagram of 64-1 multiplexer E1 AMI HDB3 decoder HDB3 Frame structure for Multiplexing of four E2 streams into E3 stream Frame structure for Multiplexing of four E1 streams into E2 stream 16 line to 4 line coder multiplexer E1 HDB3 multiplexing demultiplexing e2 multiplexer/14052B
1996 - E1 HDB3

Abstract: 16 line to 4 line coder multiplexer HDB3 AMI ENCODER DECODER HDB3 to nrz circuit diagram of 64-1 multiplexer Frame structure for Multiplexing of four E2 streams into E3 stream E1 AMI HDB3 decoder SXT6234 Frame structure for Multiplexing of four E1 streams into E2 stream HDB3 decoder
Text: HDB3 zero suppression line coding used on E1 , E2, and E3 signals. The coder and decoder input/output pins are external ly accessible, allowing either HDB3 or NRZ (non-return-to-zero) I/O to the mul , Bit 1 1x 1 National Bit Total 1536 GLOSSARY AIS AMI CCITT CODEC HDB3 E1 8-10 Al , E1 Line Interface E1 Line Interface E1 Line Interface HDB3 Decoder HDB3 Decoder HDB3 , .742 recommendation for multi plexi ng four E1 channel s into an E2 frame; and the G.751 recommendation for mul


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PDF SXT6234 SXT6234 E1 HDB3 16 line to 4 line coder multiplexer HDB3 AMI ENCODER DECODER HDB3 to nrz circuit diagram of 64-1 multiplexer Frame structure for Multiplexing of four E2 streams into E3 stream E1 AMI HDB3 decoder Frame structure for Multiplexing of four E1 streams into E2 stream HDB3 decoder
1998 - 16 line to 4 line coder multiplexer

Abstract: LEVEL ONE COMMUNICATIONS circuit diagram of 64-1 multiplexer Frame structure for Multiplexing of four E2 streams into E3 stream 500E E1 HDB3 multiplexing demultiplexing e2 Frame structure for Multiplexing of four E1 streams into E2 stream HDB3 AMI ENCODER DECODER SXT6234
Text: SXT6234 can also function as a stand alone five-channel HDB3 transcoder. E1 /E2 Multiplexer (2/8 Mbit , . 9 HDB3 Codecs . 9 E1 /E3 Multiplexer , Side Block Diagram AIS AMI CCITT CODEC HDB3 E1 E2 E3 4 4 DLNRZO[1:4] DLCO[1:4 , Interface E1 Line Interface E1 Line Interface 14 HDB3 Decoder HDB3 Decoder HDB3 Decoder HDB3 , four E1 channels into an E2 frame; and the G.751 recommendation for multiplexing four E2 channels


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PDF SXT6234 SXT6234 16 line to 4 line coder multiplexer LEVEL ONE COMMUNICATIONS circuit diagram of 64-1 multiplexer Frame structure for Multiplexing of four E2 streams into E3 stream 500E E1 HDB3 multiplexing demultiplexing e2 Frame structure for Multiplexing of four E1 streams into E2 stream HDB3 AMI ENCODER DECODER
2001 - HDB3 AMI ENCODER DECODER

Abstract: multiplexing e1 frame to e3 frame Frame structure for Multiplexing of four E2 streams into E3 stream LXT6234QE HDB3 to nrz multiplexer 30 pin intel 4e2 circuit diagram of 64-1 multiplexer HDB3 E2 hdb3
Text: Multiplexer can also serve as a five channel HDB3 coder and decoder. Applications n E1 /E2 Multiplexer (2/8 , MHDNO DHBPV DLDNOx E1 Line Interface · Receive clocks from the pulse data. · Pass either HDB3 , negative RZ data.) 5.1.2 LXT6234, E1 /E2 Stage · The LXT6234 may interface with either HDB3 or , four E1 channels into an E2 frame; and the G.751 recommendation for multiplexing four E2 channels into an E3 frame. The LXT6234 E-Rate Multiplexer also encodes and decodes HDB3 zero suppression line


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PDF LXT6234 LXT6234 HDB3 AMI ENCODER DECODER multiplexing e1 frame to e3 frame Frame structure for Multiplexing of four E2 streams into E3 stream LXT6234QE HDB3 to nrz multiplexer 30 pin intel 4e2 circuit diagram of 64-1 multiplexer HDB3 E2 hdb3
Supplyframe Tracking Pixel