codeon modulator
Abstract: nrz optical modulator codeon mach optical external modulator Codeon Corporation AM MODULATOR codeon GR-468 STM-64 c band modulator
Text: Product Specification 12.5 Gb/s RZ/NRZ Modulator Tomorrow's Solutions Today CODEON's 12.5 Gb/s RZ/NRZ Return-to-Zero/ Non-Return-to-Zero Modulator is a high quality External Optical Modulator designed as an all-optical solution for RZ/NRZ data formatting. The product
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27dBm
Mach-10
codeon modulator
nrz optical modulator
codeon mach
optical external modulator
Codeon Corporation
AM MODULATOR
codeon
GR-468
STM-64
c band modulator
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servo track
Abstract: hdd dsp SD5210 176pin
Text: SD5210 Integrated Processor/DSP HDD Platform Device • FEATURES - - • - - - • Clock control - Writeable control store WCS -based sequencer included Supports headerless operation 8-bit Non-Return-to-Zero (NRZ) interface supporting data rates up to 450 Mbit/s
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SD5210
T320C2700B0
servo track
hdd dsp
SD5210
176pin
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Untitled
Abstract: No abstract text available
Text: VSC7108 Datasheet 6.5 Gbps Octal Signal Conditioner Applications • 6.5 Gigabit per second Gbps Non-Return-to-Zero (NRZ) data bandwidth • Wideband signal clean-up device • User-programmable input signal equalization • Backplane driver or receiver
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VSC7108
69-pin
VSC7108
VMDS-10060
1-800-VITESSE
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SY69952
Abstract: micrel TX layout G958 ttl crystal oscillator
Text: SY69952 IN AN OC-3 TRANSMISSION SYSTEM APPLICATION NOTE AN-05 Introduction General Requirements The SY69952 Serial Transceiver is used in SONET/SDH and ATM applications to recover clock and data information from a 155.52MHz or 51.84MHz NRZ Non Return to Zero
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SY69952
AN-05
52MHz
84MHz
3/93-006R1
SY69952,
micrel TX layout
G958
ttl crystal oscillator
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Untitled
Abstract: No abstract text available
Text: VSC7104 Datasheet Features Applications • 6.5 Gigabit per second Gbps Non-Return-to-Zero (NRZ) data bandwidth • Wideband signal clean-up device • User-programmable input signal equalization • Backplane driver or receiver • User-programmable output pre-emphasis
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VSC7104
69-pin
VSC7104
VMDS-10059
1-800-VITESSE
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Untitled
Abstract: No abstract text available
Text: VSC7104 Data Sheet Features Applications • 6.5 Gigabit per second Gbps Non-Return-to-Zero (NRZ) data bandwidth • Wideband signal clean-up device • User-programmable input signal equalization • Backplane driver or receiver • User-programmable output pre-emphasis
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VSC7104
69-pin
VSC7104
VMDS-10059
1-800-VITESSE
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vsc7108
Abstract: No abstract text available
Text: VSC7108 Datasheet Features Applications • 6.5 Gigabit per second Gbps Non-Return-to-Zero (NRZ) data bandwidth • Wideband signal clean-up device • User-programmable input signal equalization • Backplane driver or receiver • User-programmable output pre-emphasis
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VSC7108
69-pin
VSC7108
VMDS-10060
1-800-VITESSE
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PDF
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Untitled
Abstract: No abstract text available
Text: VSC7108 Datasheet Features Applications • 6.5 Gigabit per second Gbps Non-Return-to-Zero (NRZ) data bandwidth • Wideband signal clean-up device • User-programmable input signal equalization • Backplane driver or receiver • User-programmable output pre-emphasis
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VSC7108
69-pin
VSC7108
VMDS-10060
VSC7108VP
VSC7108SX
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Untitled
Abstract: No abstract text available
Text: VSC7108 Datasheet Features Applications • 6.5 Gigabit per second Gbps Non-Return-to-Zero (NRZ) data bandwidth • Wideband signal clean-up device • User-programmable input signal equalization • Backplane driver or receiver • User-programmable output pre-emphasis
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VSC7108
69-pin
VSC7108
VMDS-10060
VSC7108VP
VSC7108SX
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Abstract sheet format
Abstract: control IC 391 DS21Q354 DS21554 DS2156 DS21Q352 DS21Q55 DS21Q552 DS21Q554 DS21352
Text: Maxim > App Notes > T/E Carrier and Packetized Keywords: Non-Return to Zero, NRZ, bipolar, NRZ applications, LIU, framer Aug 30, 2002 APPLICATION NOTE 391 NRZ Applications Abstract: This application note covers how to decouple a framer from the line interface unit LIU so that the
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DS21352,
DS21552,
DS21Q352,
DS21Q552;
DS21354,
DS21554,
DS21Q354,
DS21Q554;
DS2155,
DS2156,
Abstract sheet format
control IC 391
DS21Q354
DS21554
DS2156
DS21Q352
DS21Q55
DS21Q552
DS21Q554
DS21352
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AMI encoding
Abstract: AMI HDB3 APPLICATION E1 HDB3 HDB3 Alternate Mark Inversion HDB3 to nrz
Text: Application Note AN-ACS-3 HDB3 and AMI coding techniques AMI encoding Alternate Mark Inversion A normal Non-Return to Zero (NRZ) data stream of E1 (2.048Mbps) has a very wide bandwidth requirement from DC to 1.024MHz, plus harmonics. A signal of such wide bandwidth suffers from some major
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048Mbps)
024MHz,
AMI encoding
AMI HDB3 APPLICATION
E1 HDB3
HDB3
Alternate Mark Inversion
HDB3 to nrz
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VSC3144
Abstract: VSC7344 VSC3303 VSC7344-01 FPGA44 608-25
Text: VSC3303 PRODUCT BRIEF 8.5 Gbps 4 x 4 Crosspoint Switch BLOCK DIAGRAM: Switch Core Inputs [3:0] EQ EQ Outputs [3:0] VSC3303 Programming Interface Features Benefits 8.5 Gbps non-return-to-zero NRZ data bandwidth Transparent support for virtually all data rates and protocols
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VSC3303
VSC3144
VSC7344
VSC3303
VSC7344-01
FPGA44
608-25
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Untitled
Abstract: No abstract text available
Text: VSC3139 Datasheet FEATURES • • • • • • • • • • • • • 72 input by 72 output crosspoint switch 4.25 Gbps non-return-to-zero NRZ data bandwidth Global and per-channel programmable input signal equalization (ISE) and output drive levels
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VSC3139
G52415
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S3155
Abstract: SDH -209 SDH ADM S4802
Text: S3155 Serial OC-48 - to - 16bit Transceiver P RODUCT BR IE F The S3155 SONET/SDH transceiver chip is a fully integrated serialization/deserialization SONET OC-48 2.488 Gbps–2.67 Gbps interface device. The S3155 receives an OC-48 scrambled Non-Return-to-Zero (NRZ) signal and recovers the
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S3155
OC-48
16bit
S3155
OC-48
SDH -209
SDH ADM
S4802
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S3485
Abstract: OC-24 S19208 ESCON
Text: S3485 Serial SONET/SDH Multi-Rate - to - 4bit Transceiver P RODUCT BR IE F The S3485 SONET/SDH transceiver chip is a fully integrated serialization/deserialization SONET multi-rate interface device. The AppliedMicro receives a scrambled Non-Return-to-Zero NRZ signal and recovers the clock from the data. The
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S3485
S3485
OC-24
S19208
ESCON
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GPON block diagram
Abstract: GPON GPON olt block diagram S3157 ONU block diagram GPON ONU RX-2 -G RX-2 -G micro s3157 applied micro OLT GPON
Text: S3157 Serial GPON - to - 16bit Transceiver P RODUCT BR IE F The S3157 GPON transceiver chip is a fully integrated serialization/deserialization GPON OC-48/24/12/3 transceiver interface device. The S3157 receives an OC48/24/12/3 Non-Return-to-Zero NRZ signal and recovers the clock from the
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S3157
16bit
S3157
OC-48/24/12/3
OC48/24/12/3
GPON block diagram
GPON
GPON olt block diagram
ONU block diagram
GPON ONU
RX-2 -G
RX-2 -G micro
s3157 applied micro
OLT GPON
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Untitled
Abstract: No abstract text available
Text: VSC3140 Datasheet 4.25 Gbps 144 x 144 Asynchronous Crosspoint Switch • On-chip input and output terminations • Single 2.5 V supply; 3.3 V option for control port • 144 input by 144 output crosspoint switch • 4.25 Gigabit per second Gbps non-return to zero
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VSC3140
G52369
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tru600a
Abstract: tru-600a
Text: Application Note TRU-600A Code Mark Inversion CMI Input Data Introduction The primary application of the TRU-600A device is the extraction of a clock signal from an incoming Non-Return to Zero (NRZ) data stream. This data type is often utilized in optical telecom transmission.
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TRU-600A
TRU-600A
tru600a
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ARINC 561
Abstract: ARINC AN-110 HI-8683 HI-8685 HI-8686 CLOCK 12V AN110A
Text: AN-110 Using the HI-868X Interface Device for ARINC 561 Applications Note July 2006 INTRODUCTION ARINC 561 is a six wire system involving three separate twisted pairs. The three pairs serve as CLOCK, SYNC and DATA. The inputs are Non-Return-to-Zero NRZ logic with
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AN-110
HI-868X
HI-8685
HI-8686
HI-8685
HI-8686
ARINC 561
ARINC
AN-110
HI-8683
CLOCK 12V
AN110A
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"complementary code"
Abstract: No abstract text available
Text: DP84902 DP84902 1,7 Encoder/Decoder Circuit Literature Number: SNOS712A DP84902 1 7 Encoder Decoder Circuit General Description The DP84902 is available in 20-pin SO and 20-pin SSO packages Features Y Y Y Y Y Y Operates at 2-bit Non-Return to Zero NRZ Data Rates
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DP84902
DP84902
SNOS712A
DP84910)
"complementary code"
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TRU-050 Code Mark Inversion (CMI) Input Data
Abstract: CD-700 TRU050
Text: Application Note CD-700/TRU050 Code Mark Inversion CMI Input Data Introduction The primary application of the CD-700/TRU050 device is the extraction of a clock signal from an incoming Non-Return to Zero (NRZ) data stream. This data type is often utilized in optical telecom transmission. An
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CD-700/TRU050
CD-700/TRU050
1-88-VECTRON
1-888-FAX-VECTRON
TRU-050 Code Mark Inversion (CMI) Input Data
CD-700
TRU050
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WD83C690
Abstract: manchester encoder
Text: WD83C691A INTRODUCTION 1.0 1.1 INTRODUCTION ELC and the WD83B692 ET. When transmitting, the device converts non-return-to-zero NRZ data from the controller into Manchester encoded data, then sends the data to the transceiver. When receiving, the device reverses the process
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WD83C691A
WD83B692
WD83C691A
24-Pin
28-Pin
WD83C690
manchester encoder
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WD1100-01
Abstract: WD1100
Text: DESCRIPTION The WD1100-01 is implemented in NMOS silicon gate technology and is available in a 20 pin plastic or ceramic dual-in-line package. The WD1100-01 Serial/Parallel Converter allows the user to convert NRZ non-return to zero data from a Winchester
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WD1100-01
WD1100
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WD1100-01
Abstract: No abstract text available
Text: WESTERN C O R P O R A DIGITAL T I O N WD1100-01 Serial/Parallel Converter DESCRIPTION The WD1100-01 Serial/Parallel Converter allows the user to convert NRZ non-return to zero data from a Winchester disk drive into S-bit parallel form. Addi tional inputs are provided to signal the start of the
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WD1100-01
WD110001
200nsec)
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