SIGNAL PATH DESIGNER
Abstract: No abstract text available
Text: White Paper Basic Principles of Signal Integrity Introduction Digital designs have not traditionally suffered by issues associated with transmission line effects. At lower frequencies the signals remain within data characterization and the system performs as designed. But as system
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DS3662
Abstract: AN-337
Text: INTRODUCTION As the microcomputer bus bandwidth is extended to handle ever increasing clock rates, the noise susceptibility of a single-ended bus poses a serious threat to the overall system integrity. Thus, it is mandatory that the various noise contributions be taken into account in the design of the bus
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an005281
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AN-337
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alan 100 plus
Abstract: Microwave PIN diode spice power supply diagram
Text: DesignCon 2007 FPGA Design for Signal and Power Integrity Larry Smith, Altera Corporation Hong Shi, Altera Corporation CP-01023-1.0 January 2007 Abstract FPGAs have traditionally been optimized for low-cost environments where signal and power integrity are minor considerations. With today’s requirements for high-speed
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CP-01023-1
alan 100 plus
Microwave PIN diode spice
power supply diagram
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N3215B
Abstract: EESof
Text: Agilent EEsof EDA Designing for Signal Integrity with Advanced Design System Course Overview Course Numbers Agilent-Training Center: N3215A Onsite-Training: N3215B Length What you will learn Prerequisites 3 Days • A brief introduction to ADS is presented, showing schematic capture,
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N3215A
N3215B
5989-2890EN
N3215B
EESof
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TSOP RECEIVER
Abstract: Star topology MT48LC4M32B2TG TS101 plexus ADSP-TS101S MT48LC4M32 DESIGN RULE PCB TS101S
Text: ADSP-TS101S MP System Simulation and Analysis Rev. 1.2 March 12, 2002 Copyright 2002, Plexus Corp. Signal Integrity Analysis Group TABLE OF CONTENTS 1 OVERVIEW .3
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ADSP-TS101S
TSOP RECEIVER
Star topology
MT48LC4M32B2TG
TS101
plexus
MT48LC4M32
DESIGN RULE PCB
TS101S
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hyperlynx
Abstract: SIGNAL INTEGRITY AND TIMING SIMULATION PADS Software
Text: Application Note - Verifying Signal Integrity Timing Correction for Flight Time Compensation With the HyperLynx signal integrity simulation software, you can easily verify the overall timing of your high performance designs. by Lynne Green, Signal Integrity Engineer
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DATA SHEET TRANSMISSION LINE
Abstract: Bi-Directional P-Channel FCT162344 Signal Path Designer
Text: EFFECTIVE USE OF LINE TERMINATION IN HIGH SPEED LOGIC CONFERENCE PAPER CP-23 EFFECTIVE USE OF LINE TERMINATION IN HIGH SPEED LOGIC CONFERENCE PAPER CP-23 Integrated Device Technology, Inc. By Stanley Hronik INTRODUCTION turn on rate to achieve the fast throughput as shown in Figure
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CP-23
CP-19
DATA SHEET TRANSMISSION LINE
Bi-Directional P-Channel
FCT162344
Signal Path Designer
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8510-5A
Abstract: HP 8510-5A VNA 8753E Microwave Diode including s parameters CTS73510J022
Text: High Frequency Termination and the SCSI Bus Termination networks, either passive or active, are widely used to provide for impedance normalization in bus topologies and play an important role in maintaining computer data bus transfer signal integrity, which reduce data errors. With the steady increase of microprocessor
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Ultra320
320Mbyte
160MHz.
510-5A
8510-5A
HP 8510-5A
VNA 8753E
Microwave Diode including s parameters
CTS73510J022
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Ralph Morrison Wiley
Abstract: LFBDMPGMR
Text: TM Daniel Beeker Senior Field Applications Engineer September 2013 • Changes on the Wind • Foundation of Electronics • Electromagnetic Field Behavior • What’s in the Waves • Component Placement • Power Distribution • Designing Good Transmission Lines
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RO4350
Abstract: QFN-68 RO-4350 automatic gain control ic microstrip microwave laminate MAX3940 MAX3950 10gbps clock and data recovery
Text: Design Note: HFDN-7.2 Rev 1; 01/01 Circuit Card Layout Considerations for 10Gbps Current Mode Logic Inputs on the MAX3950 EV Kit MAXIM High-Frequency/Fiber Communications Group Maxim Integrated Products 7ahfdn72.doc 01/04/01 Circuit Card Layout Considerations for 10Gbps
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10Gbps
MAX3950
7ahfdn72
10Gbps
RO4350
QFN-68
RO-4350
automatic gain control ic
microstrip
microwave laminate
MAX3940
10gbps clock and data recovery
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Signal Path DESIGNER
Abstract: No abstract text available
Text: Application Notes High-Speed Board Design Techniques INTRODUCTION The most important factor in the design of many systems today is speed. 66-MHz thru 200-MHz processors are common; 233 and 266-MHz processors are becoming readily available. The demand for high speed results from: a the requirement that systems perform complex tasks in a time frame
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66-MHz
200-MHz
266-MHz
Signal Path DESIGNER
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transistor mark code t1
Abstract: HDB3 to Unipolar Binary Code HDB3 coaxial link AN573 AN-573-1 decoding of non return to zero format pcm transcoder ami HDB3 to nrz Transistor Substitution nrz to hdb3
Text: Harris Semiconductor No. AN573.1 Harris Linear January 1997 The HC-5560 Digital Line Transcoder Author: David J. Donovan Introduction Unipolar Coding The Harris HC-5560 digital line transcoder provides mode selectable, pseudo ternary line coding and decoding schemes
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AN573
HC-5560
544MHz)
152MHe
transistor mark code t1
HDB3 to Unipolar Binary Code
HDB3 coaxial link
AN-573-1
decoding of non return to zero format
pcm transcoder ami
HDB3 to nrz
Transistor Substitution
nrz to hdb3
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DC PICO Ace 25
Abstract: hyperlynx BU 0603 S 261 Hall IDT77V7101 AN-261 2.2 k ohm resistor txcg2
Text: IDT77V7101 SERDES Transceiver Application Note AN-261 By Ritesh Kapahi Notes Introduc oduction This document is intended to assist customers in using IDT77V7101, which is a complete 1.25Gbps Ethernet Serializer/Deserializer SERDES transceiver in a single IC and is compatible with IEEE 802.3z
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IDT77V7101
AN-261
IDT77V7101,
25Gbps
IDT77V7101
10x10mm
14x14mm
8b/10b
10bit
DC PICO Ace 25
hyperlynx
BU 0603
S 261 Hall
AN-261
2.2 k ohm resistor
txcg2
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harbour industries 27478
Abstract: MIL-C-17-27478 M17/128-rg400 fr4 rlgc SMA Connector Spice hmzd connector 210676739058297e-007 "differential via" Ansoft Harbour Industries
Text: DesignCon 2004 Design of 3.125 Gb/s Interconnect for High-bandwidth FPGAs Sherri Azgomi, Altera Corporation sazgomi@altera.com Lawrence Williams, Ph.D., Ansoft Corporation williams@ansoft.com CF-031505-1.0 Abstract The push toward FPGA platform solutions with high bandwidth DSP and Gigahertzspeed I/O functionality has led to devices that place greater demands on printed circuit
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CF-031505-1
harbour industries 27478
MIL-C-17-27478
M17/128-rg400
fr4 rlgc
SMA Connector Spice
hmzd connector
210676739058297e-007
"differential via"
Ansoft
Harbour Industries
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ABT16244
Abstract: ABT244 AN246 SH00122
Text: INTEGRATED CIRCUITS AN246 Transmission lines and terminations with Philips Advanced Logic families Author: Mike Magdaluyo Philips Semiconductors February 1998 Philips Semiconductors Application Note Transmission lines and terminations with Philips Logic families
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ABT16244
ABT244
AN246
SH00122
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AN-261
Abstract: IDT77V7101 hyperlynx
Text: IDT77V7101 Gigabit SERDES Transceiver Design Recommendations 1RWHV Application Note AN-261 By Ritesh Kapahi ,QWU ,QWURGXFWLRQ This document is intended to assist customers in using IDT77V7101, which is a complete 1.25Gbps Ethernet Serializer/Deserializer SERDES transceiver in a single IC and is compatible with IEEE 802.3z
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AN-261
IDT77V7101,
25Gbps
IDT77V7101
10x10mm
14x14mm
8b/10b
10bit
AN-261
hyperlynx
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"aui transformer"
Abstract: SN75LBC088
Text: SN75LBC088 AUI CONCENTRATOR SLLS150A – DECEMBER 1992 – REVISED MAY 1993 • • • • • Meets or Exceeds the Standards Set by ISO 8802.3:1990 and ANSI/IEEE 802.3-1990 Receiver Squelch Circuit Integrity Improved With Noise Filter Differential Twisted-Pair I/O Driver and
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84-Pin,
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SN75LBC088
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Untitled
Abstract: No abstract text available
Text: PCS2I99447 September 2006 rev 0.4 3.3V/2.5V 1:9 LVCMOS Clock Fanout Buffer Features PCS2I99447 is specifically designed to distribute LVCMOS • 9 LVCMOS Compatible Clock Outputs compatible clock signals up to a frequency of 350 MHz. • 2 Selectable, LVCMOS Compatible Inputs
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Untitled
Abstract: No abstract text available
Text: PCS2I99448 September 2006 rev 0.4 3.3V/2.5V LVCMOS 1:12 Clock Fanout Buffer Features The PCS2I99448 is specifically designed to distribute • 12 LVCMOS compatible clock outputs LVCMOS compatible clock signals up to a frequency of • Selectable LVCMOS and differential LVPECL
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350MHz
150pS
PCS2I99448
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350MHz.
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AN-847
Abstract: AN-903 DS26LS31 AN011898
Text: INTRODUCTION Transmission line termination should be an important consideration to the designer who must transmit electrical signals from any point A to any point B. Proper line termination becomes increasingly important as designs migrate towards higher data transfer rates over longer lengths of transmission media. However, the subject of transmission line termination can be somewhat confusing since there are so many
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AN1405
Abstract: AN1406 digital clock design PECL Motorola
Text: Low Jitter, Low Emission Timing Solutions For High Speed Digital Systems A Design Methodology The Challenges of High Speed Digital Clock Design Designing clock generation and distribution systems for today’s high speed digital electronic devices poses numerous challenges to the design
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transmission lines Twisted Pair spice model
Abstract: TWISTED SHIELDED PAIR SPICE MODEL LH1514 INVERTER TRANSFORMER 101 v 17393
Text: VISHAY Vishay Semiconductors T1 Switching with the LH1514 Solid State Relay Appnote 67 Introduction The T1 carrier enjoys wide application. As a transmission standard developed in the early sixties, it has survived over three decades of network growth. It is a
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transmission lines Twisted Pair spice model
TWISTED SHIELDED PAIR SPICE MODEL
INVERTER TRANSFORMER 101
v 17393
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"aui transformer"
Abstract: SN75LBC088 d4065 STX3
Text: SN75LBC088 AUI CONCENTRATOR SLLS150A-D4065, DECEMBER 1S 92- REVISED MAY 1993 • • • • Meets Standards Set by ISO 8802.3:1990 and ANSI/IEEE 802.3-1990 Receiver Squelch Circuit Integrity Improved With Noise Filter Differential Twisted-Pair I/O Driver and
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SN75LBC088
SLLS150A-D4065,
84-Pin,
SLLS150A
D4065,
SLLS150A-
"aui transformer"
SN75LBC088
d4065
STX3
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lu40
Abstract: No abstract text available
Text: . iï\ III IC WORKS U J40C 06A PRELIMINARY, JANUARY 1995 Clock Buffer With Integral Crystal Oscillator FEATURES FUNCTIONAL DESCRIPTION • Six skew controlled CMOS clock outputs • Easily drives up to 12 separate 50ohm or higher) clock lines • Low output impedance, high
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UI40C06A
W40C06A-01
40C06A/00/0195
lu40
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