CLOCK AND DATA SYNCHRONIZATION Search Results
CLOCK AND DATA SYNCHRONIZATION Result Highlights (5)
Part | ECAD Model | Manufacturer | Description | Download | Buy |
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NFMJMPC226R0G3D | Murata Manufacturing Co Ltd | Data Line Filter, | |||
DE6B3KJ101KA4BE01J | Murata Manufacturing Co Ltd | Safety Standard Certified Lead Type Disc Ceramic Capacitors for Automotive | |||
DE6B3KJ331KB4BE01J | Murata Manufacturing Co Ltd | Safety Standard Certified Lead Type Disc Ceramic Capacitors for Automotive | |||
DE6E3KJ102MN4A | Murata Manufacturing Co Ltd | Safety Standard Certified Lead Type Disc Ceramic Capacitors for Automotive | |||
DE6E3KJ472MA4B | Murata Manufacturing Co Ltd | Safety Standard Certified Lead Type Disc Ceramic Capacitors for Automotive |
CLOCK AND DATA SYNCHRONIZATION Datasheets Context Search
Catalog Datasheet | Type | Document Tags | |
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lf3370
Abstract: Clock and Data Synchronization 200H
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LF3370 Clock and Data Synchronization 200H | |
Contextual Info: Agilent N4877A Clock Data Recovery and Demultiplexer 1:2 Agilent N1075A Optical Pick-Off/Converter Agilent N1070A Optical Clock Recovery Solution Version 1.0 Data Sheet Figure 1. N1070A optical clock data recovery solution consisting of N4877A clock data recovery and demultiplexer 1:2 and N1075A optical pick-off/converter |
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N4877A N1075A N1070A for929 5990-9949EN | |
APEX II DevicesContextual Info: APEX II Devices Errata Sheet November 2004, Version 1.0 Clock Data Synchronization Automatic clock-data synchronization CDS was offered as a feature in APEX II devices. CDS uses a training pattern to synchronize between clock and data. There are three synchronization modes: |
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XAPP1064
Abstract: 500MSPS AN236 AN1604 ISLA11XP50
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ISLA11xP50 500MHz 250MHz 250ps 500MSPS 500MSPS ISLA11xP50 AN1604 XAPP1064 AN236 | |
lattice macoContextual Info: LatticeSC MACO Core LSCDR1X18 Low-Speed Clock and Data Recovery User’s Guide January 2008 Technical Note TN1122 Introduction The LatticeSC LSCDR low-speed clock and data recovery MACO™ core is a fully integrated low-power clock and data recovery (CDR) block designed for low-speed serial communication systems. The clock and data recovery circuit (CDR) is a digital base band circuit that post-processes a binary signal to produce an optimally sampled |
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LSCDR1X18 TN1122 LSCDR1X18 500Mbps. 1-800-LATTICE LatticeSCM115. lattice maco | |
Contextual Info: Section VI v Clock Souet/SBH Recovery end Data Reseneratloa Products PRODUCTS: • SCRM-155: Clock and Data recovery module at 155.52 MHz meeting both CCITT type A or B interfaces. ■ SCRM-622: Clock and Data recovery module at 622.08 MHz. A self-contained unit |
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SCRM-155: SCRM-622: FORM-155: FORM-155 SCRM-622 FORM-155 | |
Contextual Info: Low-Power Transceiver with Clock & Data DataRecovery Recovery Data Sheet AMIS-52100 Low Power Transceiver With Clock and 1.0 Introduction Features such as dual independent receive channels, quick start crystal oscillator start up, Sniff Mode signal acquisition, and data clock recovery make the AMIS-52100 |
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AMIS-52100 AMIS52000 405MHz | |
top mark QA1Contextual Info: Freescale Semiconductor Technical Data Quad InputInput Redundant IDCS Clock Quad Redundant IDCS Clock Generator Generator The MPC9894 is a differential input and output, PLL-based Intelligent Dynamic Clock Switch IDCS and clock generator specifically designed for |
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MPC9894 199707558G top mark QA1 | |
XAPP225
Abstract: AND483 SRL16 x225
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XAPP225 xapp225 AND483 SRL16 x225 | |
Implementation of digital clock using flip flops
Abstract: XAPP225 SRL16 CLK90
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XAPP225 Implementation of digital clock using flip flops XAPP225 SRL16 CLK90 | |
XAPP225
Abstract: SRL16 vhdl code for DCM real time application of D flip-flop
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XAPP225 XAPP225 SRL16 vhdl code for DCM real time application of D flip-flop | |
i2c qaContextual Info: Freescale Semiconductor Technical Data Quad Input Redundant IDCS Clock Quad Input Redundant IDCS Clock Generator Generator The MPC9894 is a differential input and output, PLL-based Intelligent Dynamic Clock Switch IDCS and clock generator specifically designed for |
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MPC9894 MPC9894 199707558G i2c qa | |
GR-1244-CORE
Abstract: GR-253-CORE ZL30105 ZL30105QDG ZL30105QDG1 ZL30106
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ZL30105 ZL30105QDG ZL30105QDG1 GR-1244-CORE GR-253-CORE ZL30105 ZL30105QDG ZL30105QDG1 ZL30106 | |
zl30105qContextual Info: ZL30105 T1/E1/SDH Stratum 3 Redundant System Clock Synchronizer for AdvancedTCA and H.110 Data Sheet Features • August 2005 Synchronizes to clock-and-sync-pair to maintain minimal phase skew between the master-clock and the redundant slave-clock Ordering Information |
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ZL30105 GR-1244-CORE zl30105q | |
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566h
Abstract: marking 5c8 transistor marking 5c8 CRC-16 CRC-32 lcd power board schematic APS 254 ttc 474 222 marking code POH capacitor ATM 46D
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TXC-06203 TXC-06203) trac203 TXC-06203-MB 566h marking 5c8 transistor marking 5c8 CRC-16 CRC-32 lcd power board schematic APS 254 ttc 474 222 marking code POH capacitor ATM 46D | |
GR-1244-CORE
Abstract: GR-253-CORE ZL30105 ZL30105QDG ZL30105QDG1 ZL30106
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ZL30105 ZL30105QDG ZL30105QDG1 GR-1244-CORE GR-253-CORE ZL30105 ZL30105QDG ZL30105QDG1 ZL30106 | |
"window detector"
Abstract: philips rf manual LQFP48 TZA3004HL Philips RF PREAMP AN97065
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TZA3004HL OC3/12 STM4/OC12 TZA3004HL 403510/50/02/pp32 "window detector" philips rf manual LQFP48 Philips RF PREAMP AN97065 | |
SDH 209
Abstract: LQFP48 OQ2541HP STM16 Philips RF PREAMP OQ2539
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OQ2541HP STM1/4/16 OC3/12/48 STM1/4/16 STM4/OC12 STM16/OC48) OQ2541HP SDH 209 LQFP48 STM16 Philips RF PREAMP OQ2539 | |
ZL30102QDG
Abstract: GR-1244-CORE ZL30102
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ZL30102 GR-1244-CORE ZL30102QDG ZL30102 | |
GR-1244-CORE
Abstract: ZL30102 ZL30102QDG
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ZL30102 GR-1244-CORE ZL30102 ZL30102QDG | |
GR-1244-CORE
Abstract: ZL30102 ZL30102QDG ZL30102QDG1
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ZL30102 GR-1244-CORE ZL30102 ZL30102QDG ZL30102QDG1 | |
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Product Preview Quad Input Redundant IDCS Clock Generator The MPC9894 is a differential input and output, PLL-based Intelligent Dynamic Clock Switch IDCS and clock generator specifically designed for redundant clock distribution systems. The device receives up to four |
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MPC9894/D MPC9894 | |
SDH 209
Abstract: OQ2539 BC857 st electronic lock schematic diagram LQFP48 REF19 TZA3004HL Philips RF PREAMP
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TZA3004HL OC3/12 STM4/OC12) TZA3004HL STM4/OC12 SCA57 425102/200/01/pp24 SDH 209 OQ2539 BC857 st electronic lock schematic diagram LQFP48 REF19 Philips RF PREAMP | |
Philips RF PREAMP
Abstract: oq2539
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TZA3004HL OC3/12 STM4/OC12) LQFP48 TZA3004HL OT313 TZA3004HL/C3 TZA3004HLBE-S Philips RF PREAMP oq2539 |