Wire & Cable Technology Series: Communications cable structure design(Chinese Edition)
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Wire & Cable Technology Series: Communications cable structure design(Chinese Edition) (2013)
~EN PB NWISBN: 9787111402305 bzw. 7111402308, vermutlich in Englisch, Taschenbuch, neu.
Lieferung aus: China, Volksrepublik, Versandkosten nach: DEU.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pub Date: 2013 02 Publisher: China Machine Press wire and cable Technology Series: communication cable structure design starting from the basic theory of communication cables. and gradually clarify the structure of the communication cable design. production technology and testing methods. Also the mutual interference between the characteristics of the communication cable loop. external electromagnetic field on their impact on the protection of these effects made presentations. Its main contents include the electrical characteristics of the communication cable. symmetrical cables. RF coaxial cable. crosstalk and crosstalk defense degree. cable production process and testing. Electric Wire & Cable Technology Series: communication cable structure design both as a college textbook professional. but also can be used as reference of the technical staff of the cable industry and related industries. Contents: Preface Chapter 1 Introduction 1.1 Electrical Communication and its communication lines 1.2 communication network. development of the basic components of the development process of the communication cable of the 1.3 modern communication network data communications network classification 1.3.1 Telephone Network 1.3.2 1.4 1.4.1 World Communications cable Chapter 2 1.4.2 of the development of the communication lines 1.5 communications cable Model 1.5.1 Product Model structure relationship 1.5.2 representatives of the various parts of the meaning of the symbol of the electrical characteristics of the communication cable 2.1 uniform cable transmission line theory 2.1.1 uniform cable transmission line The equivalent circuit 2.1.3 2.1.2 the basic equation of uniform cable transmission terminal load impedance matching the physical significance 2.2.2 2.2.1 wave impedance and propagation constant of the the secondary transmission parameters of the the uniform line 2.2 cabling wave impedance formula 2.3 the transmission electric peaceful communication distance 2.3.1 transmission level 2.3.2 communication distance 2.4 uniformity of cable lines of the input impedance and the operating attenuation 2.4.1 2.2.3 propagation constants calculated 2.2.4 electromagnetic wave propagation velocity along the cable line input impedance Its expression 2.5.1 2.4.3 2.4.2 different load conditions of the input impedance value the input impedance of the long-line 2.5 non-uniform nature of the cable line non-uniform cable lines 2.5.2 reflection coefficient 2.5.3 line terminal for various loads distortion of the signal when the reflection coefficient of 2.6 2.6.1 2.6.2 phase amplitude distortion distortion Dielectric strength 2.6.3 with the frequency change due to the wave impedance ZC distortion caused by nonlinear distortion 2.7 2.6.4 Chapter 3 symmetrical communication cable 3.1.2 symmetrical cable conductive core 3.1 symmetry of the structural elements of the communication cable 3.1.1 symmetrical cable the conductive core insulation 3.1.3 symmetrical cable line group 3.1.4 symmetrical cable cable core 3.1.5 care of the communication cable layer 3.2 symmetrical communication cable type all-plastic local telecommunication cables 3.2.2 Railway digital signal cable 3.2.1 3.2.3 High-speed data on the effective resistance of 3.3 symmetrical communication cable twisted pair cable transmission parameters calculated 3.3.1 symmetrical cable 3.3.2 the the symmetrical cable inductance 3.3.3 symmetrical cable capacitance 3.3.4 symmetrical cable insulation conductance 3.3.5 symmetrical cable equivalent permittivity and equivalent dielectric loss tangent value calculation 3.3.6 symmetrical cable secondary transmission parameters calculated 3.4.1 symmetrical cable design structure of the 3.4-symmetrical communication cable select symmetrical the cable parameters calculated with the best structure Chapter 4 RF coaxial cable models and uses coaxial cable 4.1 4.1.1 3.4.2 coaxial cable definition 4.1. Application 4.2 RF cable coaxial cable coaxial cable model 4.1.3 Classification 4.3 RF conductor 4.3.2 Insulation 4.3.3 4.3.4 sheath outer conductor 4.3.5 4.3.1 within the structural elements of the coaxial cable armor 4.4.1 The general purpose of the structure and type installed 4.4 RF coaxial cable RF cable 4.4.2 High-power RF cable the 4.4.3 micro RF cable 4.4.4 TV cable 4.4.5 low noise cable 4.5 leaky coaxial cable 4.5. 4.6.2 4.6.1 ideal coaxial cable the electromagnetic field of a leaky cable works 4.5.2 key performance indicators 4.5.3 LCX the leaky cable types 4.6 coaxial cable characteristics and electrical process. the current in the outer conductor distribution 4.6.3 The penetration depth of 4.7 capacitive RF coaxial cable the transmission parameters calculated inductance coaxial cable 4.7.1 RF coaxial cable loop resistance 4.7.2 4.7.3 coaxial loop 4.7.4 coaxial loop insulation conductance 4.7.5 of secondary parameters with the frequency and the relationship of the structure size 4.8 RF coaxial cable transmission parameters calculated 4.8.1 wave impedance 4.8.2 Attenuation 4.8.3 phase shift 4.8.4 Operating voltage 4.9 coaxial RF cable transmission power 4.9.1 nominal peak power 4.9.2 rated average power of 4.10 the highest frequency of use of coaxial cable 4.10.1 attenuation the indicators cut-off frequency of the highest frequency of use restrictions 4.10.2 coaxial cable 4.10.3 insulation structure the highest frequency of use restrictions 4.11 coaxial cable structure 4.11.1 the decay most hours of the best in diameter than the maximum diameter of 4.11.2 Rated voltage maximum than 4.11.3 rated peak power diameter values ??of the 4.12 wave impedance discontinuities and 4.12.1 wave standing wave impedance the inhomogeneities concept 4.12.2 wave impedance than 4.11.4 maximum rated average power diameter than 4.11.5 coaxial cable wave impedance uneven types of inhomogeneities and the reasons 4.12.3 4.12.4 RF transmission quality under the wave impedance the uneven characteristics 4.12.5 impedance deviation VSWR and reflection attenuation Chapter 5 communication cable loop crosstalk between 5.1 symmetrical cable loop the crosstalk mechanism and crosstalk parameters the 5.1.1 equivalent circuit and a crosstalk parameters the the 5.1.2 secondary crosstalk parameters 5.2 manufacturing length symmetric cable loop crosstalk attenuation and defense degrees 5.2.1 the manufacturing length symmetrical cable crosstalk attenuation determine the analysis and calculation of the electromagnetic coupling 5.2.2 Crosstalk the defense-degree 5.3 symmetrical cable the 5.3.1 the capacitive coupling k5.3.2 medium coupled g5.3.3 inductively coupled m5.3.4 conductive coupling r5.4 electromagnetic coupling crosstalk attenuation coefficient and frequency relationship 5.4.1 N 5.4.2 coupling coefficient and frequency F crosstalk attenuation 5.5 long symmetrical cable lines 5.5.2 Remote 5.5.1 of near-end crosstalk attenuation string sound attenuation 5.6 symmetrical cable 5.5.3 FEXT defense degree the arbitrary loop between electromagnetic coupling the 5.7 loop between the indirect interference the 5.8 lines cross or stranded role to prevent and eliminate the interference between circuits 5.8.1 line cross reduce interference The basic principle 5.8.2 cable stranded 5.9 coaxial loop interference between the basic principle 5.9.2 5.9.1 coaxial loop interference impact interference factors 5.9.3 penetration depth and the eddy current coefficient relationship between the coaxial cable crosstalk defense 5.10.1 5.10 coupled the impedance Z5.10.2 no shielded the coaxial loop between the of crosstalk attenuation defense degree 5.10.3 coaxial external conductor crosstalk attenuation shield and defense degree 5.10.4 6.2 coaxial shielding 6.2.1 single outer conductor shielding effect of the basic principles of crosstalk attenuation and transmission frequency and cable length in Chapter 6 communication cable shield shield 6.1 6.2.2 multilayer 6.3 symmetrical cable shielding effect shielding 6.3.1 master serial line protective effect coefficient (or shielded coefficient) 6.3.3 6.3.2 The low frequency of the shielding effect of the center of the single-layer shielding master serial line on the eccentricity of the shielding effect of 6.4 Chapter 7 of the shielding effect of the cable metal sleeve 6.4.1 the inherent shielding factor 6.4.2 actual shielding factor communication cable manufacturing 7.1 conductor manufacturing 7.1.1 the singlet Drawn 7.1.2 cores stranding 7.2 insulation extruded 7.2.1 extrusion machine basic structure mold 7.2.3 7.2.2 7.3.1 Vertical quad machine symmetrical cable elements of several major factors 7.2.5 7.2.4 The impact of the general process of extrusion extruded quality of common quality problems 7.3 quad 7.3.2 quad 7.4 Coaxial manufacturing process 7.4.1 Gasketed 2694 coaxial on the manufacture of the 7.4.2 coaxial prepared 7.5 RF coaxial manufacture 7.5.1 the physical foam insulation process 7.5.2 machine classification welded corrugated the process 7.5.3 jacket processes 7.6 Cabling Cabling craft 7.6.1 7.6.2 layer twisted cable machine structure 7.6.3 layer stranding process 7.7 dry 7.8 pressure lead 7.8.1 legislation 7.9 of pressure aluminum and corrugated 7.9.1 of pressure aluminum process characteristics of the pressure lead work characteristics and structure 7.8.2 pressure lead craft 7.9.2 2 1600t the binoculars pressure aluminum machine pressure aluminum craft 7.9.3 rolling pattern Chapter 8 of the purpose and principle 7.1 0 communication cable extrusion the outer sheath process and armored process communication cable transmission characteristics test 8.1 communication cable and secondary transmission parameter test 8.1.1 Equipment 8.1.2 Scope 8.1.3 test Note 8.1.5 test system accuracy 8.1.4 test basic principle 8.1.7 8.1.6 Open and short circuit Law resonance method basic principle 8.1.8 test requirements 8.1.9 test results and calculations 8.2 symmetrical cable capacitance testing 8.2. Comparative Law 1 test cable capacitance 8.2.2 bridge method test work capacitance 8.2.3 Test equipment 8.2.4 Test results and calculations 8.3 cable capacitive coupling capacitance unbalance test 8.3.1 Test Principle 8.3.2 test equipment 8.3. 8.4.2 Test equipment 8.4.3 Test procedure 8.4.4 test results and calculations of the basic principles of the 3 test step 8.3.4 test results and methods of computation 8.4 communication cable crosstalk test 8.4.1 8.5 coaxial cable attenuation test 8.5.1 test test step principle the 8.5.2 test instruments 8.5.3 8.5.4 test results and calculations 8.7 Communications 8.6 coaxial cable the uniformity test 8.6.1 test principle 8.6.2 Test equipment 8.6.3 Test procedure 8.6.4 Test results and calculations the cable shielding factor of the test 8.7.1 Test Principle 8.7.2 test equipment 8.7.3 Notes 8.7.4 test results and calculate References Satisfaction guaranteed,or money back.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pub Date: 2013 02 Publisher: China Machine Press wire and cable Technology Series: communication cable structure design starting from the basic theory of communication cables. and gradually clarify the structure of the communication cable design. production technology and testing methods. Also the mutual interference between the characteristics of the communication cable loop. external electromagnetic field on their impact on the protection of these effects made presentations. Its main contents include the electrical characteristics of the communication cable. symmetrical cables. RF coaxial cable. crosstalk and crosstalk defense degree. cable production process and testing. Electric Wire & Cable Technology Series: communication cable structure design both as a college textbook professional. but also can be used as reference of the technical staff of the cable industry and related industries. Contents: Preface Chapter 1 Introduction 1.1 Electrical Communication and its communication lines 1.2 communication network. development of the basic components of the development process of the communication cable of the 1.3 modern communication network data communications network classification 1.3.1 Telephone Network 1.3.2 1.4 1.4.1 World Communications cable Chapter 2 1.4.2 of the development of the communication lines 1.5 communications cable Model 1.5.1 Product Model structure relationship 1.5.2 representatives of the various parts of the meaning of the symbol of the electrical characteristics of the communication cable 2.1 uniform cable transmission line theory 2.1.1 uniform cable transmission line The equivalent circuit 2.1.3 2.1.2 the basic equation of uniform cable transmission terminal load impedance matching the physical significance 2.2.2 2.2.1 wave impedance and propagation constant of the the secondary transmission parameters of the the uniform line 2.2 cabling wave impedance formula 2.3 the transmission electric peaceful communication distance 2.3.1 transmission level 2.3.2 communication distance 2.4 uniformity of cable lines of the input impedance and the operating attenuation 2.4.1 2.2.3 propagation constants calculated 2.2.4 electromagnetic wave propagation velocity along the cable line input impedance Its expression 2.5.1 2.4.3 2.4.2 different load conditions of the input impedance value the input impedance of the long-line 2.5 non-uniform nature of the cable line non-uniform cable lines 2.5.2 reflection coefficient 2.5.3 line terminal for various loads distortion of the signal when the reflection coefficient of 2.6 2.6.1 2.6.2 phase amplitude distortion distortion Dielectric strength 2.6.3 with the frequency change due to the wave impedance ZC distortion caused by nonlinear distortion 2.7 2.6.4 Chapter 3 symmetrical communication cable 3.1.2 symmetrical cable conductive core 3.1 symmetry of the structural elements of the communication cable 3.1.1 symmetrical cable the conductive core insulation 3.1.3 symmetrical cable line group 3.1.4 symmetrical cable cable core 3.1.5 care of the communication cable layer 3.2 symmetrical communication cable type all-plastic local telecommunication cables 3.2.2 Railway digital signal cable 3.2.1 3.2.3 High-speed data on the effective resistance of 3.3 symmetrical communication cable twisted pair cable transmission parameters calculated 3.3.1 symmetrical cable 3.3.2 the the symmetrical cable inductance 3.3.3 symmetrical cable capacitance 3.3.4 symmetrical cable insulation conductance 3.3.5 symmetrical cable equivalent permittivity and equivalent dielectric loss tangent value calculation 3.3.6 symmetrical cable secondary transmission parameters calculated 3.4.1 symmetrical cable design structure of the 3.4-symmetrical communication cable select symmetrical the cable parameters calculated with the best structure Chapter 4 RF coaxial cable models and uses coaxial cable 4.1 4.1.1 3.4.2 coaxial cable definition 4.1. Application 4.2 RF cable coaxial cable coaxial cable model 4.1.3 Classification 4.3 RF conductor 4.3.2 Insulation 4.3.3 4.3.4 sheath outer conductor 4.3.5 4.3.1 within the structural elements of the coaxial cable armor 4.4.1 The general purpose of the structure and type installed 4.4 RF coaxial cable RF cable 4.4.2 High-power RF cable the 4.4.3 micro RF cable 4.4.4 TV cable 4.4.5 low noise cable 4.5 leaky coaxial cable 4.5. 4.6.2 4.6.1 ideal coaxial cable the electromagnetic field of a leaky cable works 4.5.2 key performance indicators 4.5.3 LCX the leaky cable types 4.6 coaxial cable characteristics and electrical process. the current in the outer conductor distribution 4.6.3 The penetration depth of 4.7 capacitive RF coaxial cable the transmission parameters calculated inductance coaxial cable 4.7.1 RF coaxial cable loop resistance 4.7.2 4.7.3 coaxial loop 4.7.4 coaxial loop insulation conductance 4.7.5 of secondary parameters with the frequency and the relationship of the structure size 4.8 RF coaxial cable transmission parameters calculated 4.8.1 wave impedance 4.8.2 Attenuation 4.8.3 phase shift 4.8.4 Operating voltage 4.9 coaxial RF cable transmission power 4.9.1 nominal peak power 4.9.2 rated average power of 4.10 the highest frequency of use of coaxial cable 4.10.1 attenuation the indicators cut-off frequency of the highest frequency of use restrictions 4.10.2 coaxial cable 4.10.3 insulation structure the highest frequency of use restrictions 4.11 coaxial cable structure 4.11.1 the decay most hours of the best in diameter than the maximum diameter of 4.11.2 Rated voltage maximum than 4.11.3 rated peak power diameter values ??of the 4.12 wave impedance discontinuities and 4.12.1 wave standing wave impedance the inhomogeneities concept 4.12.2 wave impedance than 4.11.4 maximum rated average power diameter than 4.11.5 coaxial cable wave impedance uneven types of inhomogeneities and the reasons 4.12.3 4.12.4 RF transmission quality under the wave impedance the uneven characteristics 4.12.5 impedance deviation VSWR and reflection attenuation Chapter 5 communication cable loop crosstalk between 5.1 symmetrical cable loop the crosstalk mechanism and crosstalk parameters the 5.1.1 equivalent circuit and a crosstalk parameters the the 5.1.2 secondary crosstalk parameters 5.2 manufacturing length symmetric cable loop crosstalk attenuation and defense degrees 5.2.1 the manufacturing length symmetrical cable crosstalk attenuation determine the analysis and calculation of the electromagnetic coupling 5.2.2 Crosstalk the defense-degree 5.3 symmetrical cable the 5.3.1 the capacitive coupling k5.3.2 medium coupled g5.3.3 inductively coupled m5.3.4 conductive coupling r5.4 electromagnetic coupling crosstalk attenuation coefficient and frequency relationship 5.4.1 N 5.4.2 coupling coefficient and frequency F crosstalk attenuation 5.5 long symmetrical cable lines 5.5.2 Remote 5.5.1 of near-end crosstalk attenuation string sound attenuation 5.6 symmetrical cable 5.5.3 FEXT defense degree the arbitrary loop between electromagnetic coupling the 5.7 loop between the indirect interference the 5.8 lines cross or stranded role to prevent and eliminate the interference between circuits 5.8.1 line cross reduce interference The basic principle 5.8.2 cable stranded 5.9 coaxial loop interference between the basic principle 5.9.2 5.9.1 coaxial loop interference impact interference factors 5.9.3 penetration depth and the eddy current coefficient relationship between the coaxial cable crosstalk defense 5.10.1 5.10 coupled the impedance Z5.10.2 no shielded the coaxial loop between the of crosstalk attenuation defense degree 5.10.3 coaxial external conductor crosstalk attenuation shield and defense degree 5.10.4 6.2 coaxial shielding 6.2.1 single outer conductor shielding effect of the basic principles of crosstalk attenuation and transmission frequency and cable length in Chapter 6 communication cable shield shield 6.1 6.2.2 multilayer 6.3 symmetrical cable shielding effect shielding 6.3.1 master serial line protective effect coefficient (or shielded coefficient) 6.3.3 6.3.2 The low frequency of the shielding effect of the center of the single-layer shielding master serial line on the eccentricity of the shielding effect of 6.4 Chapter 7 of the shielding effect of the cable metal sleeve 6.4.1 the inherent shielding factor 6.4.2 actual shielding factor communication cable manufacturing 7.1 conductor manufacturing 7.1.1 the singlet Drawn 7.1.2 cores stranding 7.2 insulation extruded 7.2.1 extrusion machine basic structure mold 7.2.3 7.2.2 7.3.1 Vertical quad machine symmetrical cable elements of several major factors 7.2.5 7.2.4 The impact of the general process of extrusion extruded quality of common quality problems 7.3 quad 7.3.2 quad 7.4 Coaxial manufacturing process 7.4.1 Gasketed 2694 coaxial on the manufacture of the 7.4.2 coaxial prepared 7.5 RF coaxial manufacture 7.5.1 the physical foam insulation process 7.5.2 machine classification welded corrugated the process 7.5.3 jacket processes 7.6 Cabling Cabling craft 7.6.1 7.6.2 layer twisted cable machine structure 7.6.3 layer stranding process 7.7 dry 7.8 pressure lead 7.8.1 legislation 7.9 of pressure aluminum and corrugated 7.9.1 of pressure aluminum process characteristics of the pressure lead work characteristics and structure 7.8.2 pressure lead craft 7.9.2 2 1600t the binoculars pressure aluminum machine pressure aluminum craft 7.9.3 rolling pattern Chapter 8 of the purpose and principle 7.1 0 communication cable extrusion the outer sheath process and armored process communication cable transmission characteristics test 8.1 communication cable and secondary transmission parameter test 8.1.1 Equipment 8.1.2 Scope 8.1.3 test Note 8.1.5 test system accuracy 8.1.4 test basic principle 8.1.7 8.1.6 Open and short circuit Law resonance method basic principle 8.1.8 test requirements 8.1.9 test results and calculations 8.2 symmetrical cable capacitance testing 8.2. Comparative Law 1 test cable capacitance 8.2.2 bridge method test work capacitance 8.2.3 Test equipment 8.2.4 Test results and calculations 8.3 cable capacitive coupling capacitance unbalance test 8.3.1 Test Principle 8.3.2 test equipment 8.3. 8.4.2 Test equipment 8.4.3 Test procedure 8.4.4 test results and calculations of the basic principles of the 3 test step 8.3.4 test results and methods of computation 8.4 communication cable crosstalk test 8.4.1 8.5 coaxial cable attenuation test 8.5.1 test test step principle the 8.5.2 test instruments 8.5.3 8.5.4 test results and calculations 8.7 Communications 8.6 coaxial cable the uniformity test 8.6.1 test principle 8.6.2 Test equipment 8.6.3 Test procedure 8.6.4 Test results and calculations the cable shielding factor of the test 8.7.1 Test Principle 8.7.2 test equipment 8.7.3 Notes 8.7.4 test results and calculate References Satisfaction guaranteed,or money back.
Daten vom 27.08.2021 12:28h
ISBN (andere Schreibweisen): 7-111-40230-8, 978-7-111-40230-5
ISBN (andere Schreibweisen): 7-111-40230-8, 978-7-111-40230-5
Zuerst gefunden: 27.08.2021 12:28:19
Zuletzt gefunden: 27.08.2021 12:28:19
Kleinster Preis: € 59,37 (vom 27.08.2021 12:28:19)
Höchster Preis: € 59,37 (vom 27.08.2021 12:28:19)
Fundstellen insgesamt: 1
Zuletzt gefunden: 27.08.2021 12:28:19
Kleinster Preis: € 59,37 (vom 27.08.2021 12:28:19)
Höchster Preis: € 59,37 (vom 27.08.2021 12:28:19)
Fundstellen insgesamt: 1
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