GB/T 2900.33-2004 Electrical terminology Power electronics technology
Some standard content:
1CS 29. 020
National Standard of the People's Republic of China
GB/T 2900.33—2004/IE 60050-551: 1998 replaces GB/T29H.83—1993
Electrical terminology
Power electronics technology
Flertrotechnical terminoligy-Power electronics(1Et: 60050 551:1998,International electrotechnical vocabularyPert 551:Power ele:lronirs,1Ec: 60050-551-20,2001.Intcrnalional eleclrotechnical vocalyPart 55l-20Power clectronicsHarmonic analysis,iDT2004-05-10 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Standardization Administration of China
2004-12-01 Implementation
GB/T 2900.33—2004/TEC 60050-551:1998 GB/T 2200.4 Parts 1FC0050-F1:1998 International Electrotechnical Vocabulary Part 551, Power Electronics Technology 3 and TE6C05555120, 20014 International Electrotechnical Vocabulary: Part 551-20: Technical Specifications—Analysis (All are in English. The content of the text is completely consistent.
In this part, the term numbering is consistent with the international standard. For ease of use, the term A is added, which contains some of the terms and definitions that are used in my country and are consistent with the relevant national standards: This part Appendix 1: Informational material. This part was proposed by the National Technical Committee for Standardization of Electrical Terms. This part is valid for six months and replaces GB/T29J1.33-1993. This part was issued by the National Technical Committee for Standardization of Power Electronics. The drafting unit of this part is the National Technical Committee for Standardization of Power Electronics and the Xishi Electric Power Technology Research Institute. The main contributors of this part are Zhou Guanyun and Fu Hongjiu. The previous versions of this part are: G3SGG.83-1982.GR/T39M.33-1993. 1 Scope
GH/T 2900.33—2004/TEC60050-551:1998 Electrical terminology Power electronics technology bzxZ.net
This part of the core K00 specifies the technical terms and definitions applicable to power electronics technology: standards, books, documents and technical activities applicable to power electronics technology
2 Normative references
The clauses in the listed documents become the clauses of this part through the application of this part of /T2900: it is a document with a validity period of one month, and all subsequent revisions (excluding dynamic content) or amendments However, parties that reach an agreement based on this part are encouraged to investigate whether new technologies in these documents are applicable, such as unspecified referenced documents. The latest versions of these documents apply to the following parts:
CB,38=5.1 Semiconductor converters Part 1 of this standard (GB/T 3859.1-1SS3vTEC 60146-1.11997) 1/TR:9,1 Semiconductor self-commutated converters (GB/T 3659.4-2003idt1E 60116-2:155
3 Terms and Definitions
551-11 General Terms
551-11-01
Power Electronics
Power electronics technology
The field of electronics involved in power conversion or enhancement with or without control of output power. 551-11-02
[Power] Electronics] Converter
(leetruaies(puwr)runversion
The process of using a regulator to change one or more characteristics of a system, and basically there is an observable consumption, for example, the continuous current has a certain micro-rate and predictive rate (also known as zero loss rate) 551-11-03
[Power Electronics Switching elerlruries (pwer)switelhng error help Dinghan hip parts to connect or disconnect the power circuit. 551-11-04
[Power Electronics Resistor Control (eleelrunies)power)resistancelaukecontrol] The process of using the resistance of a continuous current device to control. 551-11-35
[Power_Electric] Converter/DC Converter teleconlcsa.c/d (powe 551-11-06
[Power electronic rectifier (eleclronics) (power) rectifier ... d, c. (pnwer) can convert point flow to direct current,
551-11-10
[power direct conversiondirect (piwer)eunconversion without self-flow or conversion without transformer
551-11-11
[power direct conversionindirect (power】conversio has one or more direct current with inductive converter.551-12 power electronic converter type
Figure 1 shows an example of a converter with a base layer and output.551-12-01|| tt||[Electrical Power Engineering and Electronics] Converter
Converter
Celcetronics)(ppwer)euuverter is an operating unit composed of one or more valves connected to a transformer, a transformer (if necessary) and auxiliary equipment (if any). , Transformer, there are two types of writing, \rnorr\"m\, two products are described in this part\aneee\551-12-02
AC/DC converter a,,,/d,eunverler uses two-axis flow or inverter: or it can also be called a rectifier or inverter. 551-12-0.3
voltage type AC/DC converter voltagestifra,e/d,c,punyurler suitable for current voltage is basically stable (for example, for harmonic current according to a low impedance pass piece> of AC/DC converter. 551-12-04
current type AC/DC converter currentstiffac/dc, converter text current core current is basically stable (for example, adjust the current to reduce harmonic current) AC/DC electronic converter: 551-12-05
branch AC/DC converter, diresta.sd, cmyerte AC/DC converter without DC or AC switch. 551-12-06
indirect AC/DC converter
indtrecl a,c,/d,c.ennverler
with direct filter link or must flow link of the alternating/true flow core Guangzhuneng 551-12-07
rectifier
rectifler
state ten rectifier of AC Lu current constant.
55112-08
branch rectifier
dirertreclifer
rectifier without DC or dead flow link,
551-12-79
iullrect rertifer
indirect rectifying device
rectifier with direct current to alternating current link.
55t-12-10
inverter
ac/current transformer for road transformer.
GH/T2900.33—2004/JEC 60C5-551:1998 sell the article "fishing inverter \ have \ ayartrr \ in \ iveru \ two ways to write two books are correct, this part of the credit \: overt" 551-12-11
Fyollage sunrce Inver'tergvaltage fed irverler voltage source inverter
electric method flat attack inverter.
551-12-12
carrent snurce inrertericurreui fed inverter current source inverter
current flat A inverter,
551-12-13
direct inverter direetinvmler
inverter without Lu said link.
55112-14
Indirect inverter
Inverter with self-cleaning link,
551-12-15
Reactive [power] converter
esrlivepnwerconverter
Converter with dead work compensation or consumption of reactive power, except for the loss of the converter, & has active power flow 55112-16
Power electronic filtereleetrunkepowerriteractive power filter
Helivepowertilter
Converter with sub-wave
551-12-17
Interchange converter
Acconverler
The converter used for AC conversion.
551-12-18
direct air-flow converter
direct H e,ouverter
technical AC converter with DC link,
551-12-19
indirect AC converter
findirei ac converter
AC converter with DC link.
551-12-20
Electric link indirect current converter itulireeieurrenlJinka,converter has a current semi-smooth DC link with a range of alternating current conversion energy 551-12-2
voltage link indirect AC converter carving indiruetultapelinha,nnverler has a small electric semi-smooth DC link AC converter, 551-12-22
Converter
frequency converter
converter for exciting regularity,
GD/T2900.33—2004/[:60050-551:1939551-12-23
cycloconverter
a direct conversion stay.
student! ：This is done by changing the AC voltage with a higher efficiency strategy, and the converter also provides two requirements, proof: by selecting the appropriate rate and adding time to the AC voltage, the converter provides a high efficiency or high frequency tube, 551-12-24
phase converter
phasr eanverter
ac current regulator for receiving phases,
551-12-25
ac voltage converter a.voltageconverler a.voltageconverter ... 551-12-27
Direct current converter d,e, canverter
Used as a dc current transformer
551-12-28
Direct current converter direcld.erotverlcr dc current transformer d,e, chopper
Direct current converter without ac loop
551-12-29
Indirect dc converter
Iodirert dc, converter
DC converter with ac circuit:
551-12-30
Forward converter Fnrwamdcariverler
Also called dc converter. During the controllable power-on period, energy is transferred from the power supply side to the load: 551-12-31
back converter
a DC converter. After the power supply is busy, energy is transferred from the power supply side to the load during the controllable power-off period. 551-12-32
boost converterboos1converterrstep-upconverter·a direct DC converter group that produces a medium-voltage output low-voltage input current, 551-12-33
buck converterhuckennverlerslep-domcnnverter a type of direct DC converter that produces output power! 551-12-34
single current limiting converter
ne-qadrunf converter
an ac/dc converter or current transformer in which the current and power can flow in only one direction. 551-12-35
double current limiting converter tirguadrantcnnerter an ac/dc converter or current transformer in which the current and power can flow in only one direction. 551-12-35
double current limiting converter tirguadrantcnnerter an ac/dc converter or current transformer in which the current and power can flow in two directions. 551-12-36
fnmr~quadram1converter
quadrant converter
GB/T 2900.33—2004/[EC 60050-551;1998 An AC converter or a DC converter, with both current direction and voltage direction changeable, and the injection of power has two rotatable directions.
55-12-37
Reversible converter reversibleeonvterler new rate end reversible converter
551-12-38
single converter
a current type reversible ac/dc converter whose dc current can flow in two directions551-12-39
dual converter
a current type reversible ac/dc converter whose dc current can flow in two directions551-12-40
cmverler sectian cf adnahke converterconverter of dual converter
a part of dual converter. From the dc end, the main current of the core part always flows in one direction. 551-12-21
Multiple current mullj-tometerlcnverter A converter consisting of two or more receiving units connected in parallel, series or semi-parallel, each unit operating in its inherent mode. 551-12-42
semiconductlur conwrle
semiconductor converter
power electronic constant current converter using semiconductor devices Note: The above two techniques are also applicable to the middle-aged or fixed current devices of the world, such as the converter products:
551-13 power electronic switches and power electronic AC controllers 551-13-01
2 power electronic switch ekclronir. (pnwe) switch includes a valve device with a minimum rated power, used to indicate the type of operation of the circuit breaker Yuan 551-13-02
[Power electronic AC switcheleetronlea.c. (wer] switrh a power electronic switch that can quickly switch on and off AC current551-13-03
[Power] electronic DC switch
eleriruakd,t,ipuwrswitch
a power electronic switch that can quickly circulate cold current551-13-04
power electronic AC controllerelectromkea.c.Power conlruller can be used as a direct current converter and a unit that operates as an alternating current switch. 55113-05
semi-conductor details seieonduelors teacher ltch
use power conductor to read my power electronic switch. Society, the special term for the use of specific electric card devices and related European electric controllers is also called light electric vehicles. Product consultation: 551-14 Basic components of power equipment E
GR/T29Q0.33-—2004/1EC60050-551,1998551-14-01
Electronic device electroclroidedevtce
Device based on semiconductors, which use high-voltage gas discharge to migrate carriers 551-14-02
Electronic device electrovalvedevfce uses a power conversion electronic system, including single uncontrollable or dual-state controllable unidirectional conductive components.
Design 1: General purpose gates, rectifiers, dual-purpose field effect transistors, HT, etc. are typical devices: let 5, two or more devices can be used: a semiconductor chip such as a turn-on tube and a whole circuit, a switch field effect device (such as a smart switch) or an external light (such as an electric knife card), such a combination of devices is considered
551-14-03
controllable valve device cemlmllahlevalvedevice in finding its own direction, its core path is a bistable device 551-14-4
uncontrollable device ol-rontrollablevalyedevice rectifier diode reetitiershande
in terms of electricity, no control signal is required, the current The reverse blocking device 551-14-05
Reverse positive blocking device TererseblockIngvalvedevice can block the current applied to its non-conducting direction. A regulating device 551-14-06
Reverse non-blocking device Honrreversehlackingvalredevice cannot block any voltage greater than 10 volts in its non-conducting direction. A controllable limiting device, even if it is connected: In specific electronic devices, this type of device is required to suppress any voltage in the opposite direction, such as uncontrollable relays (current-limiting devices), 551-14-07
Holding valvedesice is called a latehing valve device, which means that when the device is opened, it remains in the appropriate state after the trigger signal ends. 1: The effect of the two instruments can be controlled by external instructions to turn off the conduction path. Note that the circuit breaker is an internal control device that can be reverse blocking or reverse self-interrupting. 551-14-08
Switch valve device can be controlled by receiving signals and turning off the original controllable device. 551-14-C9
Semiconductor deviceSemicondnctorvalvedeviceA kind of semiconductor device electronic device.
551-14-10
High vacuum devicehlghvacuumvalveevicuAn electronic device with a vacuum level high enough to ignore the isolation effect. 551-t411
nanicvalvedevice
gasked aldevicr
gasked alvevicr
the electronic device that mainly plays the role of the separation effect.551-14-12
valve device stack vnlvedevicestark:
C0/T2900.33—2004/1EC60059-551,1998A structure composed of one or more output devices connected to its mounting parts and assemblies (if any), 551-1413
valve device assembly valvcdeviceassembly is composed of a valve device or a general assembly composed of a valve device or a general assembly connected by electrical and mechanical connections, including all electrical connections and mechanical auxiliary parts in the basic machine section.
Method, this kind of technology is used to determine the electronic reading of the stack and there are direct sensitive components such as two stacks (the instrument is a virtual current single pole), can be full of lightning (only for the full product, or current bone with its same combination).
551-14-14
Commutation reactor cnmmutatinnrenctor is included in the central phase circuit, used to increase the phase commutation inductance of the system device. 551-14-15
commulalion Phase-changing capacitors are included in the switching circuit: they are used to supply the phase-changing voltage. 551-14-t6
Interphase transformer
intephasetransformer
street reactor
A kind of magnetic terminal installed in the same core to connect the two or more phase-changing groups in parallel: 551-14-17 ||tt ||Damper [circuit damper (circuit damper)]
An auxiliary circuit connected to one or more electronic devices in order to reduce the overvoltage, power consumption, high voltage or current rise rate of various lamp screens.
Note: Practical 1 core damper, parallel damper, AC side limit damper and other specific technologies, 557-14-18
DC filtering refers to d, core Ciller
connected to the DC side of the inverter to reduce the filter end of the connected system. 551-14-19
A filter connected to the AC side of the converter to reduce the harmonic current circulation of the connected system. 551-15 Circuits and circuit components of power electronic equipment 551-15-01
Valve
Part of the circuit of a power electronic converter or switch, bounded by any two AC or DC terminals, including one or more valve terminals and other components (if any) connected together through the neutron. 551-15-02
Principalarm
An arm that plays an important role in transmitting power to the AC side of the converter or electronic switch. Note: Depending on the mode of operation, the principal can be an auxiliary or auxiliary 551-15-03
Pair of arms
GB/T2900.33—2004/JEC60050-551:1998 commit the same conduction side has a valve in the middle of the connection, 551-15-04
reverse well general parofantparallelarms according to the phase area conduction to the two parallel reading code 551-15-05
auxiliaryarm
any other valve except the main valve,
Note: God's help is sometimes not only for the following functions: bypass, flow, Guan Xinjue Lan Oh, 551-15-06
bypass sale ly-xsanm
is a kind of auxiliary current flow path for a current reduction, without power exchange between the power supply and the load, 551-15-07
current shortage brick frce-wbecling arm
A circuit that contains uncontrollable components, 551-15-08
Shut-off general purpose circuit
An auxiliary arm that receives current directly from the conductive peripheral, consisting of one or more valve components that cannot be shut off by control signals.
551-15-09
Regenerative arm
An auxiliary arm that transfers part of the electric load to the power supply, 551-15-10
Converter connectinnAn electrical connection method between other components that play an important role in the main circuit of power conversion. 551-15-11
baie cuoverkr conueclion
basic transformer coupling
electrical connection method of the main and auxiliary circuits in the converter: 551-15-12
single-way connection (of a converter) A type of connection in which the current passing through each phase terminal of the converter is unidirectional. 551-15-13
(AC converter) double-beat connection dotble-waoonnectlon(ofzconverter) is a kind of variable connection, which can pass the current of the AC circuit from the phase terminal in both directions.55115-14
bridge connection bridgecannertian
a kind of double-beat connection of the insect arm pair, with the center terminal of the pair as the phase increase terminal of the current circuit and the other terminal connected together as the direct source terminal.
251-15-15
uniform connection
all main lows are controllable or uncontrollable
a connection system,
55115-16
uncontrollable connection
nika-cuntrllahle cnencctin
a and uniform connection method where the local department cannot be pulled. 5
551-15-17
fully controlled connectionfrullycontrollahleconnerlinna uniform connection where all main cost departments can be pulled, 551-15-18
non-uniform connectionnou-uniformcuanecliona connection with both removable and controllable upper arms. 551-15-19
semi-controlled connection helr-controllahleenmection level arm is a controllable non-coupled cobalt,
551-15-20
GR/T2900.33--2004/IEC60050-551,1998 (switching and grouping>multiple connection signal multiplecpmnectlon (ofcotnr.utatinggroups) outputs a switching group of switching groups that do not change phases at the same time, and the current traces of each switching period are crowned, 551-15-21
boost and buck connection honkstandhackransertion with one or more transformers The control of the power connection of the current connection with independent connection, its DC core should be added inductance, 551-15-22
(series connection) stage (ofaaeriesconaection) is a part of one or more converters in the series connection, and also one or more converters are connected in parallel. 551-16 Operation of power electronic equipment
551-16-01
Commutation enuuualin
In the converter, the current is transferred from one conductor to the next in a certain order, and the two conductors are conductive at the same time within a limited time.
551-16-02
Commutation voltage
cummulating voltage
The voltage that causes the current to commutate.
551-16-03
Commutation voltage
comutation cirrnit
The voltage formed by the phase conversion and the commutation voltage source, 551-16-04
Commutation period
commntatlonlalerval
The time interval during which the main current flows at the same time, 557-16-05
angleofaverlap
Commutation period expressed in electrical degrees.
551-16-06
commitailomtrotab
Commutation gap
The periodic voltage transient caused by commutation of the power grid or mechanical commutation transformer. 551-16-07
commniation IndncLance
Phase-commutating computer
Phase-commutating circuit.
551-16-09
Phase-commutating group
It is a one-dimensional main circuit that has been commutated with other main circuits, but only transfers current within its line. GB/T 2900.33—2004/IK:60050-551.1998551-16-09
Direct commutation refers to directcommotatlon
A type of commutation lamp in which no auxiliary arm is passed between two main circuits. 551-16-10
indirecteummtation
continuous commutation of one or more phases: to achieve continuous commutation of one phase to another phase.
551-16-11
external commutation
a unique commutation method provided by a transformer or electronic power supply. 551-16-12
Grid commutation
An external commutation method in which the grid provides the commutation voltage, 551-16-13
Load commutation
An external commutation method in which the load rather than the grid provides the commutation voltage, 551-1614
Machine commutation
An external commutation method in which the motor provides the commutation voltage. 551-16-15
Self-commutation
Self-cammotatinn
A commutation method in which the internal components of the rectifier or switch provide the commutation voltage. 551-16-16
valve phase change
device phase change
A method of generating phase change by using a control signal to turn off the two devices that are conducting, and at the same time turn on the next electronic device. 551-16-17
capacitor phase change
a method of self-phase change if the capacitor in the positive phase network provides the switching voltage. 551-15-18
auto-sequence phase change anto-sequeatlalcomunutatkom·a method of phase change. When the capacitor changes the phase voltage to the previous voltage, the next main code automatically guides. 551-16-19
quenching
under the condition of slippage in phase change.The phenomenon that the current in the device stops flowing. 557-16-20
Device quenching
A kind of quenching effect achieved by the device itself. 551-16-21
external quenching
external quenching
A kind of quenching effect achieved by the device itself due to reasons outside the device. 551-16-22
quenching voltage cmling woltage
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