TRANSMISSION LINE THEORY Search Results

AN011899

Abstract: FR4 dielectric constant 4.3 FR4 substrate with dielectric constant 4 AN-905 F100K 28237
Contextual Info: INTRODUCTION The National Semiconductor Transmission Line RAPIDESIGNER makes quick work of calculations frequently used in the design of data transmission line systems on printed circuit boards. Based on principles contained in our Interface Databook, the Transmission Line RAPIDESIGNER benefits

data transmission through power lines

Abstract: transmission line theory Signal Path Designer
Contextual Info: Application Notes Series Termination Introduction to Terminations Basic Transmission Line Theory Driver Every signal trace on a PCB is a transmission line. This is the medium by which signals are transmitted within the varied electrical systems that utilize PCBs.

eia 422 DS26C31

Abstract: datasheet l200 EIA-422-A transmission lines Twisted Pair characteristics of twisted pair cable Termination AN-847 AN-903 DS26LS31 EIA-422
Contextual Info: 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

AN-847

Abstract: AN-903 DS26LS31 AN011898
Contextual Info: 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

transmission lines Twisted Pair spice model

Abstract: APP4168 AN4168
Contextual Info: Maxim > App Notes > AUTOMATIC TEST EQUIPMENT ATE HIGH-SPEED INTERCONNECT Keywords: transmission line, line impedance, high-speed signal, lossless, lossy, transmission path, source impedance, load, printed circuit board, PCB, micro-strip, coaxial, twisted pair, TDR, Time Domain Reflectometry

2NU diode

Abstract: DIODE 2nu 30356 Water Hammer DS9614 AN-806 AN-807 AN-808 C1996 DS75110A
Contextual Info: National Semiconductor Application Note 807 Kenneth M True March 1992 OVERVIEW In this application note the logical progression from the ideal transmission line to the real world of the long transmission line with its attendant losses and problems is made

AN-807

Abstract: DS9614 RHOS COMPLIANCE AN-806 AN-808 DS75110A DS75114
Contextual Info: National Semiconductor Application Note 807 Kenneth M. True March 1992 Overview transmission line having a characteristic resistance, R0. Because the relationship of VIN to IIN is known as VIN = R0 IIN, the lossless transmission line can be replaced with a resistor

reflectometer

Abstract: 5988-5604EN
Contextual Info: Transmission Line Fundamentals Course Overview Course Numbers: H7215X-100 Gain a better understanding of transmission lines Course overview Specifications This course introduces students to the concept of transmission lines, which forms the basis for understanding RF and

Contextual Info: APPLICATION NOTES PARALLEL AC TERMINATION AC TERMINATION WHEN TO TERMINATE TRANSMISSION LINES A transmission line should be terminated if the length of the line, or trace, satisfies the inequality L > Tr 2 Td The Parallel AC Termination network is a general

AN-806

Abstract: AN-807 AN-808
Contextual Info: OVERVIEW In this application note, the logical progression from the ideal transmission line to the real world of the long transmission line with its attendant losses and problems is made; specifically, the methods to determine the practicality of a certain

AN-905

Abstract: F100K FR4 dielectric constant 4.3 velocity of propagation of FR4 FR4 4.9 dielectric constant
Contextual Info: National Semiconductor Application Note 905 James A. Mears May 1996 INTRODUCTION The National Semiconductor Transmission Line RAPIDESIGNER makes quick work of calculations frequently used in the design of data transmission line systems on printed circuit boards. Based on principles contained in our Interface

FR4 dielectric constant 4.3

Abstract: FR4 microstrip stub FR4 epoxy dielectric constant 4.2 AN-905 F100K AN011899-1
Contextual Info: National Semiconductor Application Note 905 James A. Mears May 1996 INTRODUCTION The National Semiconductor Transmission Line RAPIDESIGNER makes quick work of calculations frequently used in the design of data transmission line systems on printed circuit boards. Based on principles contained in our Interface

rapide

Abstract: AN-905 C1996 F100K
Contextual Info: National Semiconductor Application Note 905 James A Mears May 1996 INTRODUCTION The National Semiconductor Transmission Line RAPIDESIGNER makes quick work of calculations frequently used in the design of data transmission line systems on printed circuit boards Based on principles contained in our

FR4 substrate epoxy dielectric constant 4.4

Abstract: FR4 dielectric constant 4.3 FR4 substrate with dielectric constant 4.4 FR4 substrate with dielectric constant 4 FR4 epoxy dielectric constant 4.2 AN-905 F100K velocity of propagation of FR4
Contextual Info: National Semiconductor Application Note 905 James A. Mears May 1996 INTRODUCTION The National Semiconductor Transmission Line RAPIDESIGNER makes quick work of calculations frequently used in the design of data transmission line systems on printed circuit boards. Based on principles contained in our Interface

AN-806

Abstract: AN-807 AN-808 ds9614 AN0113
Contextual Info: National Semiconductor Application Note 807 Kenneth M. True March 1992 OVERVIEW In this application note, the logical progression from the ideal transmission line to the real world of the long transmission line with its attendant losses and problems is made; specifically, the methods to determine the practicality of a certain

CS2180

Contextual Info: CS61305A A Cirrus Logic Company T1/E1 Line Interface Features General Description • Provides Analog Transmission Line Interface forT 1 and E1 Applications • Provides Line Driver, Jitter Attenuator and Clock Recovery Functions • Transmit Side Jitter Attenuation

transmission lines Twisted Pair

Abstract: U 806 DI AN-806 AN-807 AN-808 C1996 Z02B
Contextual Info: National Semiconductor Application Note 806 Kenneth M True February 1996 OVERVIEW This application note discusses the general characteristics of transmission lines and their derivations Here using a transmission line model the important parameters of characteristics impedance and propagation delay are developed

Design Seminar Signal Transmission

Abstract: SN74F1018 SN74ABT162244 SN74ABT162501 SN74ABT2244 SN74F1016 SN74F1056 SN74S1050 SN74S1051 SN74S1052
Contextual Info: Digital Design Seminar Basics and Practical Examples of Transmission FOPE \DDS\Transmis.ppt Aug96 Digital Design Seminar Circuit Diagram of a Transmission Line L’ C’ R’ G’ Characteristic Inductance per Unit Length Characteristic Capacitance per Unit Length

rpw1

Contextual Info: CS61305A Semiconductor Corporation T1/E1 Line Interface Features General Description • Provides Analog Transmission Line Interface for T1 and E1 Applications The CS61305A combines the complete analog transmit and receive line interface for T1 or E1 applications in a

Contextual Info: CS61574A CS61575 Semiconductor Corporation T1/E1 Line Interface Features General Description • Provides Analog Transmission Line Interface for T1 and E1 Applications • Provides Line Driver, Jitter Attenuator and Clock Recovery Functions • Fully Compliant with AT&T 62411

CXT8192

Abstract: TNC10 CS61304A CS61304A-IL1 CS61304A-IP1 LXT304A
Contextual Info: CS61304A A Cirrus Logic Company T1/E1 Line Interface Features General Description • Provides Analog Transmission Line Interface for T1 and E1 Applications The CS61304A combines the complete analog transmit and receive line interface for T1 or E1 applications in a

bel 100n

Abstract: CXT8192 RSU2 RSU2 series CS61574 CS61574A CS61575 CS62180B HP3785A HP37
Contextual Info: CS61574A CS61575 A Cirrus Logic Company T1/E1 Line Interface Features General Description • Provides Analog Transmission Line Interface for T1 and E1 Applications • Provides Line Driver, Jitter Attenuator and Clock Recovery Functions • Fully Compliant with AT&T 62411

Cxt01

Abstract: CXT61 6158a cs2180
Contextual Info: CS61574A CS61575 A Cirrus Logic Company T1/E1 Line Interface General Description Features • Provides Analog Transmission Line Interface for T1 and E1 Applications • Provides Line Driver, Jitter Attenuator and Clock Recovery Functions • Fully Compliant with AT&T 62411

Contextual Info: CS61304A A Cirrus Logic Company T1/E1 Line Interface Features General Description • Provides Analog Transmission Line Interface for T1 and E1 Applications The CS61304A combines the complete analog transmit and receive line interface for T1 or E1 applications in a