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multiplexing e1 frame to e3 frame

Catalog Datasheet MFG & Type PDF Document Tags

LDB6234

Abstract: HDB3 E-Rate Multiplexer offers a simple and economic approach to building E1/E2, E2/ E3 and E1/E3 , /demultiplexer design example. A brief overview of fundamental E1/E3 protocol is included to establish a common , the LDB6234 E1/E3 Demo Board User Guide. Preselect next paragraph format to be 02_Level, A2_Level, or , Aux 204 E1 E3 Frame Bit Usage 10 Frame 1 AIS 1 NAT 372 E2 4 Jus 380 E2 , encoding the stream is sent out as NRZ data to the E1 line interface. Figure 4. E1/E3 Demultiplexer
Intel
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LXT6234 AN9501 HDB3 HDB3 decoder multiplexing e1 frame to e3 frame E1 HDB3 E2 liu multiplexing demultiplexing e2 e3

E1 HDB3

Abstract: pin diagram 14 demultiplexer SXT6234 E-Rate Multiplexer For 16-E1/E3 Multiplexer/Demultiplexer Introduction 1 E1 Standard The SXT6234 E-Rate Multiplexer offers a simple and economic approach to building E1/E2, E2/E3 and E1 , E-Rate Multiplexer For 16-E1/E3 Multiplexer/Demultiplexer E3 Standard Table 3: E2 Frame Bit , Frame Loss Alarm line. 2 With ME for multiplexer and DE for demultiplexer: i = 1 to 16 for E1 j , /E3 multiplexer/ demultiplexer design example. A brief overview of fundamental E1/E3 protocol is
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SDB6234 pin diagram 14 demultiplexer HDB3 to nrz 16 line to 4 line coder multiplexer HDB3 E2 1 into 12 demultiplexer circuit diagram how to interface microcontroller with encoder 16-E1/E3 16E1/E3

HDB3 E2

Abstract: multiplexing e1 frame to e3 frame approach to building E1/E2, E2/E3 and E1/E3 multiplexers and demultiplexers. This application note , of fundamental E1/E3 protocol is included to establish a common reference with readers. For , : E3 Frame Bit Assignments Alarm indication signal to the remote multiplex equipment 12 12 , NAT E1 Jus E1 Jus E1 Jus Aux E1 Table 7: E3 Frame Bit Usage # of bits , . Microcontroller E1/E3 multiplexer design can be improved by using a microcontroller to control the alarms and
Level One Communications
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multiplexing e2 frame e3 1 into 16 demultiplexer circuit diagram using 1 i design 16 bit demultiplexer introduction crystal oscillator 8.448 1 into 4 demultiplexer circuit diagram HDB3 can use where

multiplexing demultiplexing in microcontroller

Abstract: E3 multiplex demultiplex economic approach to building E1/E2, E2/ E3 and E1/E3 multiplexers and demultiplexers compliant with the , does not need to conform to an E1 or E2 frame format. 1.2.6 Output Stream The output will be NRZ data conforming to either the E2 or E3 frame format. The E2 frame (see Table 1) contains 205 bits , the Cj bits (see E2 and E3 frame tables). Three bits are used to show the type of justification and , . 5 E3 Frame Bit Usage
Intel
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multiplexing demultiplexing in microcontroller E3 multiplex demultiplex multiplexing demultiplexing e2 intel 87C51 multiplexing t1 frame to t3 frame LXT6234 E23 AN9601 MHMUXCE12 MHMUXCE23

multiplexing e1 frame to e3 frame

Abstract: multiplexing demultiplexing in microcontroller economic approach to building E1/E2, E2/E3 and E1/E3 multiplexers and demultiplexers compliant with the , signal in E standard is defined by the Cj bits (see E2 and E3 frame tables). Three bits are used to , JUSTIFICATION: JI BITS The output will be NRZ data conforming to either the E2 or E3 frame format. The E2 , MICROCONTROLLER MPEG multiplexer E1/E3 multiplexer design can be improved by using a microcontroller to , data channels with an input speed referred herein as F trib. SXT6234 E2 OR E3 Frame Channel 4
Level One Communications
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control bits in e2 frame demultiplexing MULTIPLEXER MBPS E2 multiplex demultiplex 87C51

Frame structure for Multiplexing of four E1 streams into E2 stream

Abstract: multiplexing e1 frame to e3 frame . 5 E1 to E3 Multiplexer , aggregate signal. In addition, by using the configuration illustrated below, an E1 to E3 multiplexer can , Figure 2. E1 to E3 Multiplexer SXT6234 LXT332 Channel 1 E2 / E1 Multiplexer & Demultiplexer , frame. Figure 3 represents an E2 frame as described in G.742. Multiplexing Jitter is due to clock gaps , tributary E1 clock rate to the aggregate E2 clock rate. Normally, the Sn bits (Stuff bits) in the E2 frame
Intel
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AN056 HP3784 Frame structure for Multiplexing of four E1 streams into E2 stream Frame structure for Multiplexing of four E2 streams into E3 stream G742 e1 E2 e3 liu transceiver HP-3784A hp3784A HP3784A

16 line to 4 line coder multiplexer

Abstract: Frame structure for Multiplexing of four E1 streams into E2 stream Telecommunications Union (ITU; formerly known as CCITT): G.742 recommendation for multiplexing four E1 channels into an E2 frame; and the G.751 recommendation for multiplexing four E2 channels into an E3 frame , .751 format for four-E2 to E3 (Figure 4). This E3 frame is 1536 bits long, with 377 data bits and one , Performs four-E1 to one-E2, or four-E2 to one-E3 multiplexing. Five ICs will implement a sixteen-E1 to , /s) E2/E3 Multiplexer (8/34 Mbit/s) E1/E3 Multiplexer (2/34 Mbit/s) Digital Loop Carrier (DLC
Intel
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LXT6234QE LEVEL ONE COMMUNICATIONS E2 hdb3 mais E1 AMI HDB3 decoder HDB3 AMI ENCODER DECODER LXT305/332 PDS-6234-7/99-2

circuit diagram of 64-1 multiplexer

Abstract: 16 line to 4 line coder multiplexer four E1 channels into an E2 frame; and the G.751 recommendation for multiplexing four E2 channels into an E3 frame. The SXT6234 E-Rate Multiplexer also encodes and decodes HDB3 zero suppression line , .751 format for four-E2 to E3 (Figure 4). This E3 frame is 1536 bits long, with 377 data bits and one , Features · Performs four-E1 to one-E2, or four-E2 to one-E3 multiplexing. Five ICs will implement a , Multiplexer conforms to both the (ITU) G.742 and (ITU) G.751 multiplexing formats defined by the
Level One Communications
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circuit diagram of 64-1 multiplexer SXT6234QE 500E D-85774

circuit diagram of 64-1 multiplexer

Abstract: E1 AMI HDB3 decoder ; formerly known as CCITT): G.742 recommendation for multiplexing four E1 channels into an E2 frame; and the G.751 recommendation for multiplexing four E2 channels into an E3 frame. The SXT6234 E-Rate Multiplexer also encodes and decodes HDB3 zero suppression line coding used on E1, E2, and E3 signals. The , the ITU G.751 format for four-E2 to E3 (Figure 4). This E3 frame is 1536 bits long, with 377 data , 769 NAT 212 E3 Frame 385 AIS NAT F10 AIS 3 208 E1 Tributaries Data 205
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multiplexer/14052B

HDB3 AMI ENCODER DECODER

Abstract: multiplexing e1 frame to e3 frame 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 , , the multiplexer conforms to the ITU G.751 format for four-E2 to E3 (Figure 5). This E3 frame is 1536 , according to the bit length of each frame. This is 848 bits for an E2 frame, and 1536 bits for an E3 frame , E-Rate Multiplexer conforms to both the (ITU) G.742 and (ITU) G.751 multiplexing formats defined by the
Intel
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multiplexer 30 pin intel 4e2 MLDN nrz to hdb3 4*1 & 2*1 using 8*1 multiplexer design datasheet 5.1 decoder 100-P

Kentrox

Abstract: EN50082-1 needs increase. When 8 T1 or E1 lines become insufficient, you can switch to a DS3/E3 physical layer , Multiplexing over ATM (IMA). The IMA module takes up to eight T1 or E1 lines and groups them into a single , transporting the increased network load. Today it is common to find WANs using T1/E1 for voice, Frame Relay , allocated to other applications. It doesn't matter whether it is T1/E1 service for voice, Frame Relay for , n Large variety of interfaces including serial, T1/E1, NxT1/E1, T3/E3, and OC-3 AAC Access
Kentrox
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Kentrox EN50082-1 RJ48C VT100 10311 7930 35/EIA-530
Abstract: . I 8 kHz line frame sync output. I STS-1/DS3/E3 to SONET/SDH mapping. I I VT , to/from one DS3 signal; alternately, 16 E1 signals or four E2 signals to/from one E3. I , . I DS3/E3/VT/TU/DS2/DS1/E1 Cross Connect I Supports all valid T1/E1/J1 multiplexing , -1 INTERCONNECT (x3) STS-1/DS3/E3 (x3) SYSTEM INTERFACE MODES MAPPING AND MULTIPLEXING T1/E1/J1 , to three DS3 or E3 embedded in STS-1/AU-3 per Ultra Mapper can be deMUXed to 84/63 DS1/E1, mapped to Agere Systems
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TMXF84622 STS-12/ STS-12/STM-4 M13/E13 30L-15P-BA PB01-092PDH

aux-04

Abstract: into an E2 frame; and the G.751 recommendation for multiplexing four E2 channels into an E3 frame , multiplexing. Five ICs will implement a sixteen-El to one-E3 multiplexer. â'¢ Fully compliant with the G , /s) E2/E3 Multiplexer (8/34 Mbit/s) E1/E3 Multiplexer (2/34 Mbit/s) Digital Loop Carrier (DLC , .13 E1/E3 Multiplexer Block Diagram , multiplexer/demultiplexer operation. A low signal selects 4E1/E2 multiplexing. A high signal selects 4E2/E3
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OCR Scan
aux-04

S1208CBI

Abstract: concatenated and OC-3 and STM-1 EVROS ADVANCE Product Brief Part Number S1208CBI, August 2002 STS-12/STM-4 to DS3/E3/DS1/E1 , (STS-1 to VT/TU) or PDH (DS3/E3 to DS1/E1/J1) . It supports industry standard SONET/SDH to PDH , -4 to DS3/E3/DS1/E1/J1/VT/TU SONET/SDH Mapper Applications · · · Enables high density , tributaries. · Dense channelization of fiber connections to client tributaries (DS1/E1/J1 and DS3/E3 , Brief Part Number S1208CBI, August 2002 STS-12/STM-4 to DS3/E3/DS1/E1/J1/VT/TU SONET/SDH Mapper
Applied Micro Circuits
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concatenated and OC-3 and STM-1 GR-253 motorola 747 5/TU-11 VT2/TU-12

txc-03361 application notes

Abstract: 97029 FRAME ENGINE AND DATA LINK MANAGER Q16) How can the FREEDM be connected to a channelized E3 link , not currently manufacture a multiplexer for multiplexing E1 signals into E3; however the PM6344 , ?. 22 Q16) How can the FREEDM be connected to a channelized E3 link , ) How can the FREEDM be connected to an unchannelized E3 link , ?. 24 Q20) How can the FREEDM be connected to a channelized T1 or E1 link
PMC-Sierra
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PM7366 txc-03361 application notes 97029 application notes txc-03361 MVIP-90 PM4351 PMC-971178

AF-UNI-0010

Abstract: amcc part marking (STS-1 to VT/TU) and PDH (DS3/E3 to DS1/E1) multiplexing hierarchies. Built-in data processors support , interpretation of C-bits in M23, C-bit parity, and G.747 mode. · Supports G.747-based E1 to DS3 multiplexing and , and frame generators in the TX direction for 168 DS1 or 126 E1 channels. · Flexible timeslot to data , as well as DS1/E1/DS3/E3/STS-n tributaries to external devices for applications such as Circuit , SONET/SDH (1xSTS-12/STM-4, 4xSTS-3/STM-1) optical signals and 12x DS3/E3 or 32xDS1/E1/ copper signals
Applied Micro Circuits
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S1215 AF-UNI-0010 amcc part marking remote control rx tx P3705

EFB7441

Abstract: multiplexing e2 frame e3 multiplexing. The validated E1, E2, E5, E7, E8 signals and bytes from the multiplexer are applied to a port , . The decoding logic routes inputs E1 to E9 to the 8 inputs on the 8-bit digital multiplexer and to the , according to the logic levels of F, E3, E4 and E9 on it SO output*. * With the following logical conditions , MH2 fH = 2.5 MHz (amplitude = 50 %) >M 30 100 10 75 ns ns Inputs E1 to E9 Input set-up time with , EFB7441 PCM FRAME GENERATION AND CONTROL Circuit EFB7441 is dedicated in A-Law PCM digital
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OCR Scan
9BIT COUNTER 1FH32 thomson digital clock TS16 CB-132 240780F H/256

multiplexing e1 frame to e3 frame

Abstract: 8040 microprocessor DS3/E3 · 21 x DS1/E1 · Supported by Galazar's comprehensive line of robust, integrated software solutions · 3 x DS3/E3 network interfaces · M23 or C-bit parity for DS3 · 28 DS1s via M13 multiplexing · G.751 and G.832 for E3 · 16 E1s via E13 multiplexing · 21 x DS1/E1 network interfaces · Direct , HE Ethernet over nxDS1/E1 or nxDS3/E3 SPI-3 nxGE To Edge Router L2 ASIC/FPGA L2 ASIC , supports both bonded DS1/E1 and DS3/E3 transport formats and is equipped with 10/100/1000 Ethernet ports
Galazar Networks
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8040 microprocessor PDH mapper galazar G00211-13

MEB90880

Abstract: MPLS over optical packet switching that emulates the essential attributes of a service (such as Frame Relay, ATM, Ethernet T1, E1, T3, E3 , cost effective transport mechanisms. Circuit switched transport mechanisms such as E1/T1/E3/T3 and SDH , packet networks transport digital trunks such as E1/T1/E3/T3 as well as SDH/SONET circuits over packet , higher multiplexing techniques also allowed all digital signals in the network to operate with completely , DS2 DS3 DS4 ITU-T Hierarchy Signal Designation E1 E2 E3 E4 Nominal Rate 2.048Mb/s 8.448Mb/s
Zarlink Semiconductor
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MEB90880 MPLS over optical packet switching MT90880

Asus PC MOTHERBOARD CIRCUIT MANUAL

Abstract: asus motherboard pcb schematic three STS-1, AU-3, DS3, E3, or one AU-4 inputs to any valid combination of 84 DS1 or 63 E1 signals , CX28500 Chip SONET EVM Board PCI Bus to Host 0,1,.12,13 Serial Ports (DS3/E3 , of CAS DS1/E1 DS1/E1 DS1/E1, DS2/E2, DS3/E3 DS1/E1, DS2/E2, DS3/E3 LOS LOF ReFRAME IDLE SEF MRED SRED DS1/E1, DS2/E2, DS3/E3 DS1/E1, DS2/E2, DS3/E3 DS1/E1, DS2/E2, DS3/E3 DS3 DS1/E1, DS2/E2 DS1/E1/DS3/E3 DS1/E1 5.2.3.2 Errors Group Box The following table describes the error
Mindspeed Technologies
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CX29503 Asus PC MOTHERBOARD CIRCUIT MANUAL asus motherboard pcb schematic PC MOTHERBOARD SERVICE MANUAL asus pc motherboard schematics Asus MONITOR MOTHERBOARD CIRCUIT MANUAL PC MOTHERBOARD SERVICE MANUAL CN00-D400-001 CX29610 PHY-M622 MUSYCC-1024
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