Tieng Anh Chuyen Ngahnh

7/24/2019 Tieng Anh Chuyen Ngahnh

1/38

FM _ Frequency Modulation : Bin iu tn s.

AC _ Alterating Current : Dng in oay c!i"u.

DC _ Direct Current : Dng in #$t c!i"u.FC% _ Fuse Cut %ut : Cu c!& t' r(i

)BF%C _ )oad Brea*er Fuse Cut %ut : Cu c!& t' r(i c+ c,t t-i

CB _ Circuit Brea*er : My c,t.

ACB _ Air Circuit Brea*er : My c,t /0ng *!1ng *!2

MCCB _ Moduled Case Circuit Brea*er : My c,t *!i c+ dng c,t 3 455A

MCB _ Miniature Circuit Brea*er : B$ ng,t #6c! lo6i n!7

8CB _ 8acuu# Circuit Brea*er : My c,t c!9n *!1ng.

CD _ esidual Current De;ice : .

DF : Distortion Factor : ! s #?o d6ng


2/38

Bus/ar TTTTTTTTTTTTTTTT.. T.:

CastKesin dry transNor#erTTTTTTTTT.: My /in *!1

Circuit Brea*er TTTTTTTTTTTTTT..: Ato#at !oVc #y c,t

Co#act Wuorescent la#TTTTTTTTTT: XYn !uZn! quang

Contactor TTTTTTTTTTTTTTTT.. : C1ng t,c t(

Current carrying caacityTTTTTTTTTT.: [!- n\ng #ang t-i

Dielectric insulation TTTTTTTTTTTT..: Xin #1i cc! in

Distri/ution Board TTTTTTTTTTTTT..: %ilKi##ersed transNor#erTTTTTTTTTTT: My /in du

%uter I!eat! TTTTTTTTTTTTTTT..: 87 /hc d9y in

elay TTTTTTTTTTTTTTTT.. TT..: ( le

Iensor ^ Detector TTTTTTTTTT.:

Iitc!ing anel TTTTTTTTTTTTTT..: B-ng +ng ng,t #6c!


3/38


4/38

relayTTTTTTTTTTTTTTT TTTTT..: r(Kle

s#o*e /ell TTTTTTTTTTTTTTTT.. T.: c!u1ng /o *!+i

s#o*e detector TTTTTTTTTTTTTTT..: u d *!+i

ire TTTTTTTTTTTTTTTT.. TTTT:d9y in

Caacitor TTTTTTTTTTTTTTTT.. T..:


5/38

unc!ing: l t!? >c dm =n! !&n!.

v cGrcuit /rea*er: !1ng !-i l #y c,t v !a 9u n!a. + l #y c,t vc'c. v w v oles.

( le M!o: ( le tng dUn. g>c l6i ;xi r( le tng trf t!>Png dng /-o; #t *2c! t!2c! c!o #y !t.

inding: d9y qun ztrong #y in{.

iring: c1ng ;ic i d9y.

Bus!ing: sO uybn.

DiLerential a#liNyer: #6c! *!uc! 6i ;i sai.

DiLerential relay: r( le so lc!.

DiLerent gear /o: trong e 1 t1 n+ l cu ;i sai.

AutotransNor#er: !1ng !-i /in t' $ng # l /in t' ngUu.

8arGac: t ng,n ghn c]a ;aria/le autotransNor#er: /in t' ngUu i"u c!Gn!>c /0ng cc! oay.

Png. CEng dng 8Png. zn!> in tr>Png t tr>PngT{.


6/38

)oss oN eld: #t *2c! t.

Couling: trong in t n+ l !>(ng ! ni tng. !>ng trong c( in n+l6i l *!x ni dng *t ni gi~a $ng c( ; t-i

%rice: l tit l>u.

%ring: ;ng cao su c+ t!it din trn t!>Png dng l# *2n.

C!ec* ;al;e: ;an #$t c!i"u

Air distri/ution syste# : @ t!ng i"u !i *!2

A##eter : A#e *

Bus/ar :

Circuit Brea*er : Ato#at !oVc #y c,t

Co#act Wuorescent la#: XYn !uZn! quang

Contactor : C1ng t,c t(

Current carrying caacity: [!- n\ng #ang t-i

Dielectric insulation : Xin #1i cc! in

Distri/ution Board :


7/38

Rnstantaneous current : Dng in tOc t!Pi

)ig!t e#itting diode : Xit !t sng

eutral /ar :

%ilKi##ersed transNor#er: My /in du

%uter I!eat! : 87 /hc d9y in

elay : ( le

Iensor ^ Detector :

Iitc!ing anel : B-ng +ng ng,t #6c!


8/38

illu#inance : s' c!iu sng

ac* :u c,#

la# :Yn

lea*age current : dng r

li;e ire :d9y n+ng

lo ;oltage : !6 t!

neutral ire :d9y ngu$i

!otoelectric cell : t /o quang in

relay : r(Kle

s#o*e /ell : c!u1ng /o *!+i

s#o*e detector : u d *!+i

ire :d9y in

Caacitor :


9/38

Magnetic Bra*e : /$ !# t

%;er!ead Concealed )oser : ressure gause: `ng !` sut.


10/38

ressure sitc!: c1ng t,c sut.

Iudden ressure relay: r( le $t /in sut.

adiator cooler: /$ gi-i n!it c]a #y /in .

Auiliary oil tan*: /`n du !k t!ng gin du.

osition sitc!: ti i# ;= tr2.

Control /oard: /-ng i"u *!in.

otary sitc!: /$ ti i# oay.

control sitc!: cn i"u *!in.

selector sitc!: cn l'a c!hn.

Iync!ro sitc!: cn c!o !? !a `ng /$.

Iync!ro scoe: `ng /$ * `ng !` o g+c !a *!i !a in.

Alar#: c-n! /o /o $ng.

Announciation: /o $ng /0ng 9# t!an! zc!u1ng !oVc ci{.

rotecti;e relay: r( le /-o ;.

DiLerential relay: r( le so lc!.

Png d9y.

Bus/ar DiLerential relay: r( le so lc! t!an! ci.

Distance relay: r( le *!o-ng cc!.

%;er current relay: ( le qu dng.


11/38

egati;e sequence ti#e o;ercurrent relay: ( le qa dng t!O t' ng!=c! c+t!Pi gian.

jnder ;oltage relay: r( le t! .

%;er ;oltage relay: r( le qu .

Jart! Nault relay: r( le c!6# t.

Iync!roniising relay: r( le !a `ng /$.

Iync!ro c!ec* relay: r( le c!ng !a sai.

Rndicator la# indicating la#: Yn /o !iu Yn c!G t!=.

8olt#etter a##etter att#etter F #etterT cc dkng ck o l>Png 8 A cos !iT

!ase s!iNting transNor#er: Bin t! dPi !a.

oer lant: n! #y in.

enerator: #y !t in.

Field: cu$n d9y *2c! t!2c!.

inding: d9y qun.

Connector: d9y ni.

)ead: d9y o c]a `ng !`.

ire: d9y dUn in.

Jciter: #y *2c! t!2c!.

Jciter eld: *2c! t!2c! c]aT #y *2c! t!2c!.

Field a#: dng in *2c! t!2c!.

Field ;olt: in *2c! t!2c!.

Acti;e oer: c1ng sut !~u c1ng c1ng sut tc dkng c1ng sut -o.


12/38

eacti;e oer: C1ng sut !-n *!ng c1ng sut ;1 c1ng c1ng sut -o.

o;ernor: /$ i"u tc.

A8 : Auto#atic 8oltage egulator: /$ i"u t' $ng.

Ar#ature: !n c-#.

@ydrolic: t!]y l'c.

)u/ oil: w lu/ricating oil: du /1i tr(n.

A%: Auiliary oil u#: B(# du !k.

Boiler Feed u#: /(# n>xc c c!o l !(i.

Condensat u#: B(# n>xc ng>ng.

Circulating ater u#: B(# n>xc tun !on.

Bearing: gi trkc / trkc T

Ball /earing: ;ng /i /6c 6n.

Bearing seal oil u#: B(# du l# *2n gi trkc.

Brus!: c!i t!an.


13/38

Iolenoid ;al;e: 8an in t.

C!ec* ;al;e: ;an #$t c!i"u.

Control ;al;e: ;an i"u *!in >c.

Motor oerated control ;al;e: 8an i"u c!Gn! /0ng $ng c( in.

@ydrolic control ;al;e: ;n i"u *!in /0ng t!]y l'c.

!neu#atic control ;al;e: ;an i"u *!in /0ng *!2 .

4 Rntroduction !m #1n gixi t!iu

| !iloso!y


14/38

4 %utut gS ra

4 %enKcircuit @f #6c!

4 ain @ s *!uc! 6i z@I[X{ $ li

|5 8oltage gain @ s *!uc! 6i z$ li{ in

|4 Current gain @ s *!uc! 6i z$ li{ dng in

|| oer gain @ s *!uc! 6i z$ li{ c1ng sut

|v oer suly gu`n zn\ng l>ng{

| oer conser;ation B-o ton c1ng sut

| Jciency @iu sut

| Cascade i tng

| otation Cc! *} !iu

| Iecic Ck t!

| Magnitude X$ lxn

v5 !ase !a

v4 Model M1 !&n!

v|


15/38

5 eection atio Png t-i zVc tuyn t-i{

Analysis !9n t2c!

ieceiseKlinear (ng ! s

| )oaded C+ #ang t-i


16/38

v @alNKa;e a s+ng

ectier B$^#6c! c!Gn! l>u

C!arging 6 zin t2c!{

Caacitance Xin dung

ile X$ n! n!1

@alNKcycle a c!u *Z

ea* XGn! zc]a d6ng s+ng{

5 Rn;erse ;oltage Xin ng>c zVt lbn lin! *in c!Gn! l>u{

4 Bridge rectier B$^#6c! c!Gn! l>u cu

| Biolar )>ng c'c

v unction Mi ni z/n dUn{

ng

5 J#itter C'c !t

4 Co##onKe#itter C'c !t c!ung

| C!aracteristic XVc t2n!

v CutoL g,t zi ;xi B


17/38

JLect @iu Ong

nKC!annel [bn!

o;erning C!i !i


18/38

45 IelN /ias

4|| J#itter Nolloer M6c! t!eo in zc'c !t{

4|v Co##on collector C'c t!u c!ung

4| Bode lot i-n ` zl>c `{ Bode

4| IingleKole X(n c'c zc!G c+ #$t c'c{

4| )oKass

4| @ig!Kass

4| Couling z8ic{ g!?

4| CKcouled !? /0ng C

4v5 )oKNrequency


19/38

4v| erNor#ance @iu n\ng

4vv Byass i t,t

4v Deri;ing z8ic{ rt ra zc1ng t!Oc #i quan ! T{

4v @y/rid )ai

4v @ig!KNrequency fng

4v R#erNection [!1ng !on !-o

4v Bandidt! B\ng t!1ng zd-i t!1ng{

45 onlinear !i tuyn

44 8oltage sing Bibn in zdao $ng{

4| Current li#its Cc gixi !6n dng in

4v Jrror #odel M1 !&n! sai s

4 orstKcase Png ! u n!t

4 Rnstru#entation a#lier B$^#6c! *!uc! 6i dkng ck ztrong o l>Png{

4 Ii#lied X(n gi-n !+a

4 oise !iu

4 o!nson noise !iu o!nson

4 I!ot noise !iu Ic!ott*y

45 Flic*er noise !iu !`ng n!iu 4^N

44 RnterNerence I' n!iu lo6n

4| oise erNor#ance @iu n\ng n!iu

4v 4 Denition X=n! ng!a


20/38

4 Con;ention puy >xc

4 IignalKtoKnoise ratio 44 Iu/tracting Bxt ra

4| jncorrelated [!1ng t>(ng quan

4v puantity X6i l>ng

4 Calculation z8ic{ t2n! ton !? t2n!

4 Data D~ liu

4 )ogic gate Cng lumn l}

4 Rn;erter B$^#6c! -o zlumn l}{

4 Rdeal case Png ! l} t>fng

4 Actual case Png ! t!'c t

45 ManuNacturer ! s-n ut

44 Iecication C!G tibu * t!umt

4| oise #argin Bibn c!ng n!iu

4v FanKout [!- n\ng *?o t-i

4 Consu#tion I' tibu t!k

4 Itatic


21/38

4 Fall ti#e

4 roagation delay


23/38

|| .r.t Io ;xi

|| ng

|| puiescent


24/38

Dao $ng in z8oltage Wuctuation{

pu in ztrong ! t!ng{ z%;er;oltage zin a syste#{{

pu in t6# t!Pi z


25/38

Xi# u ni zConnection oint{

I( ` ! t!ng in zIyste# diagra#{

I( ` ;mn !n! ! t!ng in zIyste# oerational diagra#{

puy !o6c! ! t!ng in zoer syste# lanning{

X$ n =n! c]a ! t!ng in zoer syste# sta/ility{

X$ n =n! c]a t-i z)oad sta/ility{

n =n! tn! c]a ! t!ng in zIteady state sta/ility oN a oer syste#{

n =n! qu $ zn =n! $ng{ c]a ! t!ng in z


26/38

Ia t!-i !k t-i z)oad s!edding{

C1ng sut sn sng c]a #$t t #y z!oVc #$t n! #y in{ zA;aila/lecaacity oN a it zoN a oer station{

C1ng sut d' !ng c]a #$t ! t!ng in zeser;e oer oN a syste#{

D' !ng n+ng z@ot standK/y{

D' !ng ngu$i zCold reser;e{ R.4.. D' !ng s' c z%utage reser;e{

D' /o !k t-i z)oad Norecast{

D' /o cu trc !t in zeneration #i Norecast{

C! $ c lm c]a ! t!ng in zIteady state oN a oer syste#{C! $ qu $ c]a ! t!ng in z


27/38

ACB Air Circuit Brea*er

ACI Alu#inu# Conductor Iteel einNorced

AFC Aro;ed For Construction

AFD Aro;ed For Design

A@j Air @andling jnit

AIR A#erican ational Itandards Rnstitute

AF Auto#atic oer Factor egulator

A Auto eclose zelay{

AIA As Ioon As ossi/le

A


28/38

B% Balance %N lant

B%< Build %n


29/38

C< Carriage aid


30/38

J)CB Jart! )ea*age Circuit Brea*er

J) Jart! )ea*age elay

JM Jngineering Manager ^ Jart! Mast

JMI Jnergy Manage#ent Iyste#

J%C Jlectronic %;er Current elay

JC Jngineering rocuren#ent Construction

JI Jart!ing Iitc!

JID J#ergency I!ut Don

J


31/38

CB as Circuit Brea*er

J enerator

RI as Rnsulated Iitc!gear

RI eogra!ic RnNor#ation Iyste#

I lo/al ositioning Iyste#

< rounding otential


32/38

RB Rsolated !ase Busduct

R Rndeendant oer roducer

RIF Rnstru#ent IaNety Factor

R

RI aanese Rndustrial Itandards

).%. )u/e %il

)^C )etter oN Credit

)^R )etter oN Rntent

)A )ing!tning Arrester

)C )oad Center

)CD )iquid Crystal Dislay

)C )ocal Control anel

)CI )ocal Control Itation

)J ^ )J )ead Jngineer ^ )oss oN Jcitation zelay{

)JD )ig!t J#itting Diode

)F% )ig!t Fuel %il

)% )oc* %ut elay

)C )oad atio Controller


33/38

)< )ine


34/38

I egati;e !ase Iequence zelay{

IB on Iegregate !ase Busduct

8D eutral 8oltage Dislace#ent

%M %eration Maintenance

%CB ^ M%CB %il Circuit Brea*er ^ Min#u# %il Circuit Brea*er

%C %;er Current elay

%< %n t!e o/


35/38

^) ac*ing )ist

)C rogra##a/le )ogic Controller

)CC oer )ine Carrier Co##unication

M roect Manager

M< roect Manage#ent


36/38

s. uees

I


37/38

IA zala;inied{ Iteel ire Ar#oured zCa/le{

I IR


38/38

8< 8oltage

Tieng Anh Chuyen Ngahnh

Documents

Transcript of Tieng Anh Chuyen Ngahnh