JITTER IN CLOCK SOURCES Search Results

CPC945

Abstract: Clock Jitter and PLL Interactions Clock Jitter and PLL Interactions CPC945
Contextual Info: Application Note Clock Jitter and PLL Interactions Abstract Clock jitter is present and unavoidable in today high speed systems. As a consequence, jitter has become an important factor when calculating timing budgets and timing margins. As clock rates climb, jitter becomes a fundamental limit to performance, for example compressing data eyes. Microprocessors and

Contextual Info: AND8459/D Basics of Clock Jitter Prepared by Baljit Chandhoke ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction separated into random jitter and deterministic jitter components. We will not discuss the components of jitter in this application note. We will focus on different types of

Contextual Info: NEL’s Wavecrest Standard Test Procedure #202 How to Measure Jitter in Crystal Clock Oscillators NEL’s Wavecrest Standard Test Procedure #202 How to Measure Jitter in Crystal Oscillators Purpose Jitter is noise in a system that distorts the signal wave forms used to communicate between components

HP 54720D

Contextual Info: R How to Measure RDRAM* System Clock Jitter Application Note AP- 667 June 1999 Order Number: 292225-002 R How to Measure RDRAM* System Clock Jitter Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual

CY2254

Abstract: ICD2028
Contextual Info: Jitter in PLL ĆBased Systems: Causes, Effects, and Solutions Jitter is extremely important in systems using PLLĆ What is a PLL ĆBased Frequency based clock drivers. The effects of jitter range from Synthesizer ? not having any effect on system operation to renderĆ

HP 54720D

Abstract: jitter ICD2051 CY2254 54720D
Contextual Info: Jitter in PLL-Based Systems: Causes, Effects, and Solutions Jitter is extremely important in systems using PLL-based clock drivers. The effects of jitter range from not having any effect on system operation to rendering the system completely non-functional. This application note provides the reader

ICD2051

Abstract: CY2254
Contextual Info: fax id: 3608 Jitter in PLL-Based Systems: Causes, Effects, and Solutions Jitter is extremely important in systems using PLL-based clock drivers. The effects of jitter range from not having any effect on system operation to rendering the system completely non-functional. This application note provides the reader

AN2638

Abstract: mpc8260um/d MPC8250 MPC8255 MPC8260 MPC8264 MPC8265 MPC8266
Contextual Info: Freescale Semiconductor, Inc. Application Note AN2638 Rev. 0, 12/2003 Freescale Semiconductor, Inc. Effects of Clock Jitter on the MPC8260 HiP3 and HiP4 Clock jitter can cause unwanted effects on high-speed system design. In general it is important for the system designer to ensure proper board (PCB) layout for power and ground planes, as

SCAD004

Abstract: CDC111 CDCVF111 SARONIX SCS
Contextual Info: Application Report SCAA047 – October 2001 Jitter Performance of TI’s CDC111/CDCVF111 Kal Mustafa High Performance Analog/CDC ABSTRACT This application report discusses various jitter measurements of TI’s CDC111/CDCVF111 while being driven by three different clock sources VCXOs . The data contained in this

VCO Evaluation board pcb design

Abstract: ADC081500 ADC083000 ADC12DS105 ADC14155 LMK02000 LMK03000 LMK03000C LMK03001 LMK03001C
Contextual Info: 4053_Timing_Devices 11/3/06 10:24 AM Page 1 World’s Lowest Jitter Single-Chip Precision Clock Conditioner Overview National introduces a new category of products called Precision Clock Conditioners. Representing a breakthrough in clocking technology, these precision clock conditioners

Contextual Info: Agilent JS-500 Clock Jitter Solution In-depth jitter characterization of clocks from 50 kHz to 20 GHz A fully integrated, turnkey solution The Agilent JS-500 is a high-performance characterization and verification solution for testing electrical timing generators

HP54720

Abstract: HP54120D
Contextual Info: HOTLink Jitter Characteristics Figure 29. HOTLink Receiver PLL Block Diagram HOTLink Receiver Jitter The PLL used to synchronize an internal clock to a received bit stream i.e., in the HOTLink Receiver has different requirements than those for a multiĆ

8656B

Abstract: HP8656B HP54720 HP8131
Contextual Info: HOTLink Jitter Characteristics Figure 13. HOTLink Transmitter PLL Block Diagram bient temperature -55_C to 125_C , and process HOTLink Transmitter Jitter variations (within manufacturing tolerance limits) The PLL used in a Transmitter application (clock cause virtually no change (within the accuracy of the

transition shunt power supply 30v

Abstract: 400mhz crystal oscillator datasheet sy89430 842l multi vibrator circuit SY89430V CIRCUITS SY89429V SY89430V SY89429 50MHz VCO schematic
Contextual Info: AN-07 SY89429/30V Frequency Synthesis Introduction Micrel’s SY89429V and SY89430V frequency synthesizers are designed to be used in various clock subsystems. The primary function of the product is to synthesize clock frequencies required for systems needing a high quality, low jitter clock source.

AN-501

Abstract: AN-586 AN-756 ZESC-2-11 ZFL1000VH2 PDL30A
Contextual Info: 1.6 GHz Clock Distribution IC, Dividers, Delay Adjust, Three Outputs AD9514 FEATURES 1.6 GHz differential clock input 3 programmable dividers Divide-by in range from1 to 32 Phase select for coarse delay adjust 2 independent 1.6 GHz LVPECL clock outputs Additive broadband output jitter 225 fs rms

Sampling Mixer

Contextual Info: Data Sheet 1.6 GHz Clock Distribution IC, Dividers, Delay Adjust, Two Outputs AD9515 FEATURES 1.6 GHz differential clock input 2 programmable dividers Divide-by in range from1 to 32 Phase select for coarse delay adjust 1.6 GHz LVPECL clock output Additive output jitter 225 fs rms

PN9000

Abstract: ICS553 PN9000 additive noise Clock Buffers Digitizing pn9000 IDT74FCT3807 ICS651 ICS524 PN-9000
Contextual Info: APPLICATION NOTE IDT CLOCK BUFFERS OFFER ULTRA LOW ADDITIVE PHASE JITTER From the Computing and Multimedia Division of Integrated Device Technology, Inc. Overview High performance clock buffers are widely used in digital consumer and communications applications for distribution of

PN9000

Abstract: Aeroflex PN9000 HP8656B CDCLVD110 HP6624A OC48 TDS694C Tektronix 464 B694
Contextual Info: Application Report SCAA066 – AUGUST 2003 Benefits of Using TI’s Non-PLL Clock Buffer: Best in Class Phase Noise/Phase Jitter and Crosstalk Performance Heather McClendon /Kal Mustafa High-Performance Analog/CDC ABSTRACT This application report presents various jitter and phase noise measurements of three

CSA803

Abstract: 7s 803
Contextual Info: Application Notes 6. Jitter in Clock Sources Continuous advances in high-speed communication and measurement systems require higher levels of performance from system clocks and references. Performance acceptable in the past may not be sufficient to support high-speed synchronous equipment.

ICS843751

Abstract: ICS843751AM SAS expander MIL sas scsi HBA PS4852
Contextual Info: FemtoClock SAS/SATA Clock Generator ICS843751 DATA SHEET General Description Features The ICS843751 is a low jitter, high performance clock generator. The ICS843751 is designed for use in the HiPerClockS™ SAS-2 interconnect and the three transport protocols

jitter in clock sources

Contextual Info: Helping Customers Innovate, Improve & Grow Jitter in Clock Sources Application Note Note Introduction Continuous advances in high-speed communication and measurement systems require higher levels of performance from system clocks and references. Performance acceptable in the past may not be sufficient

wolaver

Abstract: GR1244-CORE SD-22
Contextual Info: Helping Customers Innovate, Improve & Grow Jitter in Clock Sources Application Note Note Introduction Continuous advances in high-speed communication and measurement systems require higher levels of performance from system clocks and references. Performance acceptable in the past may not be sufficient

passive vhf mixer

Abstract: SP8402
Contextual Info: a Technical Note ONE TECHNOLOGY WAY P.O.BOX 9106 NORWOOD,MASSACHUSSETTS 02062-9106 781/329-4700 Jitter Reduction in DDS Clock Generator Systems by: Rick Cushing, HSC Applications Engineer One of the most frequently asked questions regarding DDS clock generator applications is

specifications spectrum analyzer

Abstract: spectrum analyzer
Contextual Info: ELECTRONICS Offset Jitter—The Critical New Spec Dan Nehring, V-P – Engineering, checks clock oscillator’s offset jitter specs Telecom and data system designers are taking fresh steps to reduce noise levels in their equipment. Low noise translates directly into improved bit error rates and faster data