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Area: 131: Circuit theory           Index language:

Hide details for [<u>Section 131-11: General</u>]Section 131-11: General
131-11-01
integral quantity (in electromagnetism)
131-11-02
circuit theory
131-11-03
circuit element
131-11-04
electric circuit element
131-11-05
magnetic circuit element
131-11-06
circuit
131-11-07
electric circuit
131-11-08
magnetic circuit
131-11-09
lumped, adj
131-11-10
distributed, adj
131-11-11
terminal
131-11-12
n-terminal, adj
131-11-13
n-terminal circuit element
131-11-14
n-terminal circuit
131-11-15
two-terminal circuit
131-11-16
two-terminal element
131-11-17
time-independent, adj
131-11-18
linear, adj
131-11-19
non-linear, adj
131-11-20
symmetric, adj
131-11-21
asymmetric, adj
131-11-22
direct current
131-11-23
direct voltage
131-11-24
alternating current
131-11-25
alternating voltage
131-11-26
phasor
131-11-27
periodic conditions
131-11-28
sinusoidal conditions
131-11-29
direction of electric current
131-11-30
instantaneous power
131-11-31
instantaneous power (n-terminal circuit)
131-11-32
instantaneous absorbed power
131-11-33
instantaneous supplied power
131-11-34
passive
131-11-35
dissipative
131-11-36
non-dissipative
131-11-37
reactive
131-11-38
active
131-11-39
complex power
131-11-40
complex alternating power
131-11-41
apparent power
131-11-42
active power
131-11-43
non-active power
131-11-44
reactive power
131-11-45
var
131-11-46
power factor
131-11-47
non-active power factor
131-11-48
displacement angle
131-11-49
active factor
131-11-50
reactive factor
131-11-51
active current
131-11-52
non-active current
131-11-53
reactive current
131-11-54
inductive current
131-11-55
capacitive current
131-11-56
voltage (in circuit theory)
131-11-57
active energy
131-11-58
watt hour
Hide details for [<u>Section 131-12: Circuit elements and their characteristics</u>]Section 131-12: Circuit elements and their characteristics
131-12-01
resistive n-terminal element
131-12-02
resistive two-terminal element
131-12-03
ideal resistor
131-12-04
resistance
131-12-05
differential resistance
131-12-06
conductance
131-12-07
differential conductance
131-12-08
ideal diode
131-12-09
capacitive n-terminal element
131-12-10
capacitive two-terminal element
131-12-11
electric charge (in circuit theory)
131-12-12
ideal capacitor
131-12-13
capacitance
131-12-14
differential capacitance
131-12-15
inductive m-terminal-pair element
131-12-16
inductive two-terminal element
131-12-17
linked flux, <circuit theory>
131-12-18
ideal inductor
131-12-19
inductance
131-12-20
differential inductance
131-12-21
ideal voltage source
131-12-22
source voltage
131-12-23
ideal current source
131-12-24
source current
131-12-25
independent source
131-12-26
controlled source
131-12-27
reluctant element
131-12-28
reluctance
131-12-29
permeance
131-12-30
coupling (in circuit theory)
131-12-31
capacitive coupling
131-12-32
capacitance matrix
131-12-33
inductive coupling
131-12-34
inductance matrix
131-12-35
self-inductance
131-12-36
mutual inductance
131-12-37
permeance matrix
131-12-38
self-permeance
131-12-39
mutual permeance
131-12-40
leakage permeance
131-12-41
inductive coupling factor
131-12-42
inductive leakage factor
131-12-43
impedance
131-12-44
apparent impedance
131-12-45
resistance to alternating current
131-12-46
reactance
131-12-47
inductive reactance
131-12-48
capacitive reactance
131-12-49
loss angle
131-12-50
impedance angle
131-12-51
admittance
131-12-52
apparent admittance
131-12-53
conductance for alternating current
131-12-54
susceptance
131-12-55
inductive susceptance
131-12-56
capacitive susceptance
131-12-57
immittance
131-12-58
input terminal
131-12-59
output terminal
131-12-60
port
131-12-61
input port
131-12-62
output port
131-12-63
terminal pair
131-12-64
one-port
131-12-65
two-port
131-12-66
two-terminal-pair network
131-12-67
n-terminal-pair network
131-12-68
n-port
131-12-69
balanced two-terminal-pair network
131-12-70
symmetric two-port network
131-12-71
asymmetric two-port network
131-12-72
closed circuit
131-12-73
open circuit
131-12-74
connection
131-12-75
series connection
131-12-76
parallel connection
131-12-77
cascade connection
131-12-78
ideal transformer
131-12-79
ideal gyrator
131-12-80
ideal attenuator
131-12-81
ideal amplifier
131-12-82
ideal impedance convertor
131-12-83
negative impedance convertor
131-12-84
series-resonant circuit
131-12-85
parallel-resonant circuit
131-12-86
transmission line
131-12-87
uniform transmission line
131-12-88
ohm
131-12-89
siemens
131-12-90
farad
131-12-91
henry
Hide details for [<u>Section 131-13: Network topology</u>]Section 131-13: Network topology
131-13-01
network topology
131-13-02
topology of a network
131-13-03
network
131-13-04
n-terminal network
131-13-05
two-terminal network
131-13-06
branch
131-13-07
node
131-13-08
path
131-13-09
graph (of a network)
131-13-10
connected network
131-13-11
unconnected network
131-13-12
loop
131-13-13
tree
131-13-14
co-tree
131-13-15
link (in network topology)
131-13-16
mesh
131-13-17
mesh current
131-13-18
planar graph
131-13-19
cut-set
131-13-20
adjacency matrix
131-13-21
branch-node incidence matrix
131-13-22
branch-mesh incidence matrix
131-13-23
L-network
131-13-24
mirror L-network
131-13-25
T-network
131-13-26
Π-network
131-13-27
bridge network
131-13-28
bridged-T network
131-13-29
ladder network
131-13-30
twin-T network
Hide details for [<u>Section 131-14: Two-port and <i>n</i>-port networks</u>]Section 131-14: Two-port and n-port networks
131-14-01
terminating immittance
131-14-02
terminating impedance
131-14-03
terminating admittance
131-14-04
load immittance
131-14-05
load impedance
131-14-06
load admittance
131-14-07
input immittance
131-14-08
input impedance
131-14-09
input admittance
131-14-10
output immittance
131-14-11
output impedance
131-14-12
output admittance
131-14-13
forward transfer impedance
131-14-14
reverse transfer impedance
131-14-15
forward transfer admittance
131-14-16
reverse transfer admittance
131-14-17
transfer immittance
131-14-18
forward transfer ratio
131-14-19
reverse transfer ratio
131-14-20
short-circuited
131-14-21
short-circuit, qualifier
131-14-22
open-circuited
131-14-23
open-circuit, qualifier
131-14-24
impedance matrix
131-14-25
admittance matrix
131-14-26
immittance matrix
131-14-27
reciprocity
131-14-28
reciprocal
131-14-29
H-matrix
131-14-30
K-matrix
131-14-31
chain matrix
131-14-32
reverse chain matrix
131-14-33
incident scattering variable
131-14-34
output scattering variable
131-14-35
scattering matrix
131-14-36
scattering parameter
131-14-37
wave transfer factor
131-14-38
wave chain matrix
Hide details for [<u>Section 131-15: Methods of circuit theory</u>]Section 131-15: Methods of circuit theory
131-15-01
network analysis
131-15-02
node method
131-15-03
mesh method
131-15-04
cut-set method
131-15-05
network synthesis
131-15-06
electric circuit model
131-15-07
equivalent electric circuit
131-15-08
Ohm's law
131-15-09
Kirchhoff law for nodes
131-15-10
Kirchhoff law for meshes
131-15-11
reciprocity theorem
131-15-12
superposition theorem
131-15-13
Thevenin theorem
131-15-14
Norton theorem
131-15-15
compensation theorem
131-15-16
Tellegen theorem
131-15-17
bus admittance matrix
131-15-18
bus impedance matrix
131-15-19
mesh impedance matrix
131-15-20
transfer function
131-15-21
frequency response
131-15-22
minimum-phase network
131-15-23
image impedance
131-15-24
iterative impedance
131-15-25
image transfer coefficient
131-15-26
image attenuation
131-15-27
image phase change
131-15-28
characteristic impedance
131-15-29
insertion transfer function
131-15-30
insertion attenuation
131-15-31
insertion phase change
131-15-32
complex current reflection factor
131-15-33
complex voltage reflection factor
131-15-34
reflection loss factor
131-15-35
reflection loss
131-15-36
reflection gain factor
131-15-37
reflection gain
131-15-38
ideal filter
131-15-39
prototype L-section filter
131-15-40
m-derived L-section filter
131-15-41
image-parameter filter
131-15-42
constant K filter
131-15-43
insertion parameter filter
131-15-44
active RC filter
131-15-45
switched capacitor filter


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