AN2946
Abstract: MSC7110 MSC7112 MSC7116 MSC7118 MSC7119 SC1400 esg1
Text: Freescale Semiconductor Application Note MSC711x Time-Division Multiplexing TDM Usage Examples By Barbara Johnson The time-division multiplexing (TDM) interface on the Freescale MSC711x devices provides full duplex, bidirectional communication over a single bus. This application note presents
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MSC711x
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MSC7116
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MSC7119
SC1400
esg1
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0xDEBB20E3
Abstract: motorola MRF MSC8101 PB24 PB25
Text: Freescale Semiconductor, Inc. Application Note AN2319/D Rev. 0, 8/2002 Time- Division Multiplexing MCC Channels on the MSC8101 Device Freescale Semiconductor, Inc. by Barbara Johnson CONTENTS 1 Time-Division Multiplexing Basics . 2 2 Initialize the SIx RAM. 3
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MSC8101
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motorola MRF
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PB25
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AN2946
Abstract: MSC7110 MSC7112 MSC7116 SC1400 modulo
Text: Freescale Semiconductor Application Note AN2946 Rev. 0, 2/2005 MSC711x Time-Division Multiplexing TDM Usage Examples By Barbara Johnson The time-division multiplexing (TDM) interface on the Freescale MSC711x devices provides full duplex, bidirectional communication over a single bus. This application note presents
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AN2946
MSC711x
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MSC7116
SC1400
modulo
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AK4550
Abstract: ADS1602 AN3067 DAC8830 SC1400 modulo 16 johnson counter dac8830 evm TDM 8*1
Text: Freescale Semiconductor Application Note Document Number: AN3067 Rev. 1, 02/2008 Interfacing the MSC711x TDM to A/D, D/A and Codecs by Barbara Johnson Digital Systems Division Freescale Semiconductor, Inc. Austin, TX The time-division multiplexing TDM interface is a
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AN3067
MSC711x
AK4550
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DAC8830
SC1400
modulo 16 johnson counter
dac8830 evm
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ADS1602
Abstract: AK4550 AN3067 DAC8830 SC1400
Text: Document Number: AN3067 Rev. 1, 02/2008 Interfacing the MSC711x TDM to A/D, D/A and Codecs by Barbara Johnson Digital Systems Division Freescale Semiconductor, Inc. Austin, TX The time-division multiplexing TDM interface is a full-duplex serial port that allows MSC711x DSPs to
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DAC8830
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AN2319
Abstract: MSC8101 PB24 PB25 0xDEBB20E3
Text: Freescale Semiconductor Application Note AN2319 Rev. 1, 7/2005 Time-Division Multiplexing MCC Channels on the MSC8101 Device By Barbara Johnson Unlike the other serial communication controllers on the Freescale MSC8101 device, the two multichannel controllers
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MSC8101
AN2319
PB24
PB25
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MSC8144
Abstract: MSC8144ADS SC3400
Text: Freescale Semiconductor Application Note Document Number: AN3365 Rev. 1, 10/2007 MSC8144 TDM Unified Buffer Mode by Tina Redheendran and Yaniv Kagan Freescale Semiconductor, Inc. The MSC8144 time-division multiplexing TDM interface enables communication with a variety of serial devices over
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ATMEL S7
Abstract: MUX21 AT6005
Text: 8-bit, S-P/P-S “Corner-Bender” Data Converter Introduction Description With the proliferation of computer and voice networks that carry digitized analog data, data conversion applications have become commonplace. For example, the use of time-division multiplexing
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AT6005
0472C
09/99/xM
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MUX21
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CS84214
Abstract: No abstract text available
Text: CS8421 32-bit, 192 kHz Asynchronous Sample Rate Converter Features ! 175 dB Dynamic Range ! Bypass Mode ! –140 dB THD+N ! Time Division Multiplexing TDM Mode ! No Programming Required ! Attenuates Clock Jitter ! No External Master Clock Required ! Multiple Part Outputs are Phase-Matched
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CS8421
Abstract: varispeed -616PC5/616P5 CS8421-DZZR AN270 AN282 CDB8421 varispeed
Text: CS8421 32-bit, 192 kHz Asynchronous Sample Rate Converter Features 175 dB Dynamic Range Bypass Mode –140 dB THD+N Time Division Multiplexing TDM Mode No Programming Required Attenuates Clock Jitter No External Master Clock Required
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CS8421
32-bit,
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DS641F2
CS8421
varispeed -616PC5/616P5
CS8421-DZZR
AN270
AN282
CDB8421
varispeed
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cs84210
Abstract: varispeed -616PC5/616P5 CS8421 AN270 CDB8421 CS8421-CNZ CS8421-CNZR CS8421-CZZ CS8421-CZZR CS8421-DZZ
Text: CS8421 32-bit, 192 kHz Asynchronous Sample Rate Converter Features ! 175 dB Dynamic Range ! Master and Slave Modes for Both Input and Output ! –140 dB THD+N ! Bypass Mode ! No Programming Required ! Time Division Multiplexing TDM Mode ! No External Master Clock Required
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CS8421
32-bit,
32-bit
DS641PP2
cs84210
varispeed -616PC5/616P5
CS8421
AN270
CDB8421
CS8421-CNZ
CS8421-CNZR
CS8421-CZZ
CS8421-CZZR
CS8421-DZZ
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AN270
Abstract: AN282 CDB8421 CS8421
Text: CS8421 32-bit, 192-kHz Asynchronous Sample Rate Converter Features 175 dB Dynamic Range Bypass Mode –140 dB THD+N Time Division Multiplexing TDM Mode No Programming Required Attenuates Clock Jitter No External Master Clock Required
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DS641F5
AN270
AN282
CDB8421
CS8421
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CS8412 DAC
Abstract: CS8421 CS8421-DZZR varispeed -616PC5/616P5 AN270 AN282 CDB8421 CS8412 F136
Text: CS8421 32-bit, 192 kHz Asynchronous Sample Rate Converter Features ! 175 dB Dynamic Range ! Bypass Mode ! –140 dB THD+N ! Time Division Multiplexing TDM Mode ! No Programming Required ! Attenuates Clock Jitter ! No External Master Clock Required ! Multiple Part Outputs are Phase-Matched
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CS8421
32-bit,
20-Pin
32-bit
DS641F1
CS8412 DAC
CS8421
CS8421-DZZR
varispeed -616PC5/616P5
AN270
AN282
CDB8421
CS8412
F136
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CS8421
Abstract: CS8421-DZZR varispeed -616PC5/616P5 AN270 AN282 CDB8421
Text: CS8421 32-bit, 192-kHz Asynchronous Sample Rate Converter Features 175 dB Dynamic Range Bypass Mode –140 dB THD+N Time Division Multiplexing TDM Mode No Programming Required Attenuates Clock Jitter No External Master Clock Required
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32-bit,
192-kHz
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DS641F3
CS8421
CS8421-DZZR
varispeed -616PC5/616P5
AN270
AN282
CDB8421
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DS34T101
Abstract: an489 DS34S101 DS34S102 DS34S132 AN4896 what is
Text: Maxim > App Notes > Communications circuits T/E carrier and packetized Keywords: TDM, time-division multiplexing, TDMoP, CESoPSN, SAToP, MPLS, TDMOIP, IPv4, IPv6, MEF8, pseudowire, PW, TDM PW, HDLC, high-level data link ocntorl, UDP/IP, L2TPv3. AAL1, DCR, differential clock recovery, ACR, adaptive clock recovery, Stratum 3, G.823,
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DS34T104
DS34T108
com/an4896
AN4896,
APP4896,
Appnote4896,
DS34T101
an489
DS34S101
DS34S102
DS34S132
AN4896
what is
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AT6005
Abstract: MUX21 bender
Text: FPGA 8-Bit, S-P/P-S “Corner-Bender” Data Converter Introduction Description With the proliferation of computer and voice networks that carry digitized analog data, data conversion applications have become commonplace. For example, the use of time-division multiplexing in broadcasting and receiving
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Untitled
Abstract: No abstract text available
Text: CS8421 32-bit, 192-kHz Asynchronous Sample Rate Converter Features 175 dB Dynamic Range Bypass Mode –140 dB THD+N Time Division Multiplexing TDM Mode Attenuates Clock Jitter No Programming Required Multiple Device Outputs are Phase Matched
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32-bit,
192-kHz
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DS641F6
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Untitled
Abstract: No abstract text available
Text: CS8421 32-bit, 192-kHz Asynchronous Sample Rate Converter Features 175 dB Dynamic Range Bypass Mode –140 dB THD+N Time Division Multiplexing TDM Mode No Programming Required Attenuates Clock Jitter Multiple Device Outputs are Phase Matched
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8 shift register by using D flip-flop
Abstract: shift register by using D flip-flop 0472A MUX21 "Data Conversion" Structure of D flip-flop AT6005
Text: FPGA 8-Bit, S-P/P-S “Corner-Bender” Data Converter Introduction Description With the proliferation of computer and voice networks that carry digitized analog data, data conversion applications have become commonplace. For example, the use of time-division multiplexing in broadcasting and receiving circuitry requires fast serial-to-parallel S-P and parallel-to-serial
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8 shift register by using D flip-flop
shift register by using D flip-flop
0472A
MUX21
"Data Conversion"
Structure of D flip-flop
AT6005
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76mb
Abstract: CK311 OC48 TQ8213 TQ8212 TriQuint Optoelectronics
Text: T R I Q U I N T S E M I C O N D U C T O R, I N C . TQ8213 The TQ8213 operates in two different time-division multiplexing modes, making it extremely flexible for use in telecom and datacom applications. The serial 2.48832 Gb/s data stream can be generated from either a 16-bit
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CK311
OC48
TQ8212
TriQuint Optoelectronics
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d07-15
Abstract: DV6000 Top Octave Synthesizer HTQFP100 TZA3017HW fibre optic transmitter D07 15 D00Q31 top octave generator D07-15 46
Text: INTEGRATED CIRCUITS DATA SHEET TZA3017HW 30 Mbits/s up to 3.2 Gbits/s A-rate fibre optic transmitter Product specification Supersedes data of 2002 Jan 16 2003 May 14 Philips Semiconductors Product specification 30 Mbits/s up to 3.2 Gbits/s A-rate fibre optic transmitter
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TZA3017HW
STM16/OC48
1250ail
SCA75
403510/02/pp52
d07-15
DV6000
Top Octave Synthesizer
HTQFP100
TZA3017HW
fibre optic transmitter
D07 15
D00Q31
top octave generator
D07-15 46
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frequency division multiplexing circuits
Abstract: litton litton slip ring litton FORJ FORJ litton 800-336-2112 time division multiplexer time division multiplexing WDM Filter spectrum litton poly
Text: Application Notes Poly-Scientific www.litton-ps.com Fiber Optic Rotary Joints On-Axis and Off-Axis Litton Poly-Scientific manufactures two types of FORJs. A Fiber Optic Rotary Joint FORJ is a device used to pass optical signals from a stationary structure to a rotating mechanism in a fiber optic
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diode D07-15
Abstract: d07-15 D07 15 Top Octave Synthesizer d07-15 43 d07-15 diode HTQFP100 TZA3017HW d07-15 68 D1596
Text: INTEGRATED CIRCUITS DATA SHEET TZA3017HW 30-3200 Mbits/s fibre optic transmitter Objective specification File under Integrated Circuits, IC19 2002 Jan 16 Philips Semiconductors Objective specification 30-3200 Mbits/s fibre optic transmitter TZA3017HW FEATURES
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8B/10B
SCA74
403510/100/01/pp40
diode D07-15
d07-15
D07 15
Top Octave Synthesizer
d07-15 43
d07-15 diode
HTQFP100
TZA3017HW
d07-15 68
D1596
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JDSU Modulator
Abstract: Fujikura butterfly JDS uniphase intensity modulator frequency division multiplexing circuit diagram JDSU dwdm Fujikura SM.15-P-8/125-UV/UV-400 jdsu modulator bias
Text: COMMUNICATIONS COMPONENTS 2.5 Gb/s Bias-Ready Modulator Butterfly Package Key Features • Designed to work with bias control circuits • Small-outline package • 1530 to 1565 nm operation; L-band versions available • Low drive voltage; compatible with commercial drivers
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498-JDSU
25BRBMOD
5378-JDSU
JDSU Modulator
Fujikura butterfly
JDS uniphase intensity modulator
frequency division multiplexing circuit diagram
JDSU dwdm
Fujikura SM.15-P-8/125-UV/UV-400
jdsu modulator bias
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