Theoretical
operation
related topics:
EMC - EMI,
Grounding and shielding
techniques,
RF transformers,
Transmissionlines |
Balanced audio a basic understanding of audio cables and connectors |
Balanced line drivers |
Balanced line technology
balanced connections in an audio system are designed to reject both external
noise, from power wiring etc, and also internal crosstalk from adacent signal
cables |
Balancing
Why wires are noisy, About ground loops, How balanced wiring avoids ground
loops, How balanced wiring avoids noise, XLR? Phone Plug? Who Cares?
Cross-connecting balanced and unbalanced equipment, Reducing noise in
unbalanced circuits |
Bi-Directionality on a Broadband System Bi-Directionality on a Broadband
System, pdf file |
Cable
anatomy microphone cable, speaker and instruments cables |
Cable capacitance and audio signals illustrates the typical effects upon
the power loss as a function of frequency which may arise for four differing
choices of cable capacitance per unit length |
Câble de transport d'énergie pdf file,
en Français |
Cables transmission and loss |
Cabling
white papers |
Characteristic impedance of balanced cables how to measure the characteristic impedance of balanced cables by using the open/short method
which is useful for cable manufacturers and cable users (telecommunications, telephone, TV, computer and instrument manufacturers) |
Coax cable Coaxial cables are a type of cable that is used by cable TV
and that is common for data communications |
Coax cable technical features
the purpose of the tansmission cable is to carry the RF signal with a minimum amount of loss. At the RF
frequencies involved in CATV and MATV distribution systems, however, characteristics of the cable and losses in the cable must be taken into
careful consideration |
Coaxial cable
Coaxial cable is an electrical cable consisting of a round conducting wire,
surrounded by an insulating spacer, surrounded by a cylindrical conducting
sheath, and usually surrounded by a final insulating layer, ... |
Coaxial Cables and Applications pdf file |
CONDUCTEURS_ET_CABLES pdf file,
en Français |
Conductor material |
Connectivity knowledge
platform everything about LAN, WAN, serial, parallel and telecom information |
Crosstalk
crosstalk, pdf file |
Crosstalk ppt file |
Crossstalk:
analyzing crosstalk and ground bounce in multiconductor systems pdf file |
Crossstalk:
and noise problems in audio conductors pdf file |
Crosstalk between two pairs of
parallel conductors |
Driving Balanced Analog Inputs from Unbalanced Sources Most low to
medium-speed, analog-to-digital channels include a balanced input in order to
provide some degree of rejection of common-mode voltage |
Electrical
definitions relating to connectors and cables pdf file |
EMI prevention
in clock distribution circuits pdf file |
Finite resistance in transmission lines skin effect |
Grounding and bonding In each TR, any metallic component that is
attached to the telecommunications cabling infrastructure, or comes in
contact with any other metallic component attached to the infrastructure,
must be bonded to the telecommunications grounding busbar (TGB) per the TIA
standard, pdf file |
Insulating material |
Interfacing,
switching, distributing and transmitting high resolution video signals |
Les
courants HF et l'effet de peau
en Français |
Litzendraht wire
Litzendraht Wire (Litz wire) is a bundle of multiple insulated strands which, in theory, has lower ac resistance than a single strand of the same
cross sectional area. This is due to the reduction of the skin effect (i.e. the current of an ac signal doesn't penetrate all the way into a conductor),
but is limited by the mutual coupling between the strands |
Litz wire
Litz wire, pdf file |
Litz wire
Litz wire, pdf file |
Litz wire
the term "Litz wire" is derived from the German word "litzendraht" meaning
woven wire. It is contructed of individually insulated magnet wires either
twisted or braided into a uniform pattern |
Loudspeaker cable characteristic
impedance the effect of the characteristic impedance of a loudspeaker cable |
Modèle à constante
répartie d'une ligne de transmission pdf file,
en Français |
Parallelism and crosstalk pdf file |
Parameters of a two-conductor transmission line series resistance per unit length, ohm per meter, series inductance per unit length, henry per meter,
shunt conductance per unit length, mho per meter, shunt capacitance per unit length, farad per meter |
Parameters of a two-conductor transmission line
A.C. Impedance, Zo Characteristic Impedance, High Frequency Impedance, Low
Frequency Impedance, Corner Frequency, Open Wire Phone Lines, CAT5 Wire
Measurements, RG-58 50 Ohm Coax Measurements, 500 Dial Phone Line Impedance |
Return
loss |
RF coaxial cables |
Skin depth effects skin depth is a measure of how far electrical conduction takes place in a
conductor, and is a function of frequency. At DC (0 Hz) the entire conductor
is used, no matter how thick it is, ... |
Skin
effect Skin effect relevance in speaker cables |
Skin
effect Equivalent Circuit Model for the Skin Effect |
Skin
effect why does high-frequency current flow only on the outer surface
of a printed-circuit trace |
Skin
effect and cable impedance |
Skin
effect what is Skin effect |
Skin
effect an animated plot of the radio frequency current and magnetic
field in a conductor |
Skin
effect what is Skin effect |
Skin effect Skin effect refers to the tendency of current flow in a
conductor to be confined to a layer in the conductor close to its outer
surface, ... |
Skin Effect
Calculations Skin Effect Calculations |
Sound system interconnection
almost all cases of noise can be traced directly to ground loops, grounding or lack thereof. It is important to understand the mechanism that causes
grounding noise in order to effectively eliminate it |
Technical library
white papers, lab reports, standards guides and supplier-partner technical
papers |
Techniek van kabels
technische eigenschappen van kabels, skin effect, karakteristieke impedantie, capacioteit, kabelverliezen, zelfinductie,
in Dutch |
Transmission lines
3 Proximity Effect in Transmission Lines, a physical phenomenon that cause opposing currents in adjacent wires to draw toward one another, the
proximity effect is caused by changing magnetic fields and therefore does not occur for low frequency signals |
Transmission and loss |
Twisted
pair signal levels |
Why
50 ohms? |
Wires and cables |
Horizontaal |
|
Home
|
Site Map
|
Email: support[at]karadimov.info
Last updated on:
2011-01-02
|
Copyright © 2011-2021 Educypedia.
http://educypedia.karadimov.info
|
|