电力英语 8 J5 S, |: b' m ignition voltage 点火电压; 引燃电压 : w, D x7 C3 X1 w6 K% x
& O! v A$ C9 t: A* @ t& \5 Pimage accelerator voltage 图像加速极电压 & I( j$ C B, ]( ^- A8 @
; `: r6 N( D$ o/ q9 f5 q+ `image focus voltage 移像聚集电压 $ I* E) a& y3 B. N5 [& X
8 |1 b) q# ^) [6 g. I7 o. ~4 n; jimpedance voltage 阻抗电压 3 ?; H# j) m" f0 w- `" o* X ?
P! ^& a4 Y. P* v
impedance voltage drop 阻抗压降 0 O7 M/ @$ L i1 R* ~! V, v' ?
' x r6 X _7 \3 O/ q5 ]impressed-voltage 外加电压 ! R) ~) P' ~' }8 ~& ]/ y: G8 r' m8 z$ P1 t$ Y* i( c3 N* g
impulse flashover voltage 脉冲闪络电压 % X' a8 M$ Z* w7 x. q% ^! n! [) D% z% }/ W
impulse type voltage regulator 脉冲式电压调整器 4 f* I9 u# I- ?% @, Q
, u$ }8 l/ K0 z( V" c$ Y
impulse voltage 脉冲电压; 冲击电压 , \' L) h/ _: v3 } T
% r+ f J5 ~8 s9 ]impulse voltage characteristics 脉冲电压特性 6 ]* V5 G- Q+ S( Q5 D) g" F. _
0 [0 ^' i: h: m2 E6 o" |
impulse voltage divider 冲击分压器 $ v( k5 Z& p; f i* M( u
4 z2 { v# b2 e& a
impulse voltage generator 冲击电压发生器; 脉冲电压发生器 ' E. y" K- C) @( `2 V 9 x' G3 Q u+ C" O1 g4 t' ximpulse voltage oscilloscope 脉冲电压示波器 ' B, k* p; ~% c1 V+ ?; g! M! X
2 m+ c" E3 E- v" e% S$ }, q/ Vimpulse voltage test 脉冲电压试验; 冲击电压试验 ; h0 [. f5 n' h: H* c+ ~0 P
3 `0 W: c5 ~9 D+ ?9 E, `
impulse withstand voltage 冲击耐压 + [6 ~3 [" J9 g7 A* H' e+ t
5 ^" `1 Z3 G3 g" ]4 s* e# M% l
impulse-type voltage regulator 脉冲式调压器 8 @, R* p# E0 K3 Y; R- F
9 V' r# T* ~' v8 ^. d7 k: @: Uin-phase voltage 同相电压 8 K5 q Q; {+ v9 j" t2 X V% G; ^" \1 L4 Tindoor high-voltage isolating switch 户内高压隔离开关 + ~8 ~8 B' e ^& s 8 `3 }3 R& S( A5 u2 C. Q7 t9 }induced over voltage withstand test 感应耐压试验 3 _5 m4 A' @+ e% R6 G* q& X& _5 ]0 H6 E" S* u: I) L
induced voltage 感生电压 ) n! `' X5 n0 C: U5 ]. v
; Q5 c( t# u1 I% i4 @& Y
induced voltage regulator 感应电压调节器 ( j: A0 {! q( ?. ^# l4 s
. N. [; C9 U' \* _3 O- Oinduction type under voltage relay 感应式过低电压继电器 - k/ ?/ ^* p6 E1 F& K7 w! B# l' Q: M/ ^/ T$ G/ c( o
induction type voltage regulator 电感式电压调节器 , l5 e% l# \1 T+ F! p ( J9 b; C+ h# J, W+ U, [, Rinduction voltage 感应电压 - ^' n' ?0 A0 x; R. L! o4 q - y* e) R, h9 z6 R6 Hinduction voltage regulator 感应调压器; 感应调压器; 感应式调压器 ' d4 Q U! g4 _1 E( J# t4 J$ E 2 ]# k8 U( a) d! L% Cinductor voltage regulator 感应式电压调整器 4 I0 t: m3 _* E- s; O
$ l3 U$ A m) I- Minherent voltage regulation 内部自动电压调节 3 {+ A" ?# Q; d- I; Q8 t% }: k , Z* u4 Y1 K- t& [/ Tinitial ignition voltage 初始点燃电压 * L2 F; w7 E+ w1 g9 s
! _/ n$ ~) l( B' S' b
initial inverse voltage 起始反向电压; 初始反向电压 ; r( ?4 B8 R7 L
$ X9 b: x2 `$ {6 c# m
initial surge voltage 初始浪涌电压 0 j3 }& M* @4 O! }
/ W& N ?6 L; a- z+ @
initial voltage response 起始电压响应 # z( \' @" z& y- G$ Y6 R- b; w7 }4 X. W. I4 U
injecting voltage 注入电压 & j+ j, a8 o5 C8 Y" c
2 ~' ^1 u0 t* @5 [. Vinput gap voltage 输入隙电压 * H- E4 B9 _& ~3 A & g: t6 r& E6 N, u: _input offset voltage 输入补偿电压 `7 T2 N( S2 ]. M! W5 D& c2 }: c& [5 S$ I( V
input offset voltage drift 输入补偿电压漂移 1 Y" E9 ]# P: W2 K* l! l* l/ x0 e" [ ; h: X4 {6 L0 ^, Z- Y. tinput voltage 输入电压 u! J3 {- q' C. |( o/ a
/ U+ S) [# B4 ]" minput voltage filtration 输入电压滤波 * `# s, q9 ^+ S. A) ~+ c7 ~7 u+ ~7 S I$ A8 |; r
input voltage range 输入电压范围 " z- Y1 K, F$ Q1 @6 B( z7 E( j. Q- X v+ S% F- |
instantaneous voltage 瞬时电压 ' T; N0 ]! k# F 6 a$ E8 }0 s. D# Y4 E' u. ?* s( Xintensity-voltage dependence 强度电压关系 ; x5 ]7 T$ f4 V( H0 V
; e0 D3 l6 S& q* {$ c% Q: k
interdynode voltage 倍增极极间电压 5 w9 O/ U3 b6 Q1 t3 S T* S9 U7 j 1 Q- w" j# J) T( d6 a) P# E9 [internal abnormal voltage 内部反常电压 " p( {1 ~3 `4 G. I* v. \ k
$ m. a6 o: a! I7 K' _; [6 d& S% \, Linternal voltage 内电压 8 Z5 r0 T- t$ F: T" g+ z5 Y2 y
% S) \$ X; Q# {
inverse peak voltage 反峰电压; 反向峰压 9 C6 W! m2 @) D8 G1 D
6 P4 F+ X2 q2 \6 K' {$ s* ^inverse voltage 反电压; 反向电压; 逆电压 * \& ~7 [7 f! x3 Y1 ^6 d# J$ H. r" S% ?# z9 Y
ionization voltage 电离电压 + p% n- U6 Y3 k4 e# ~: N7 L6 Y/ y3 Y w
Isenthal automatic voltage regulator 振荡型自动稳压器; 爱生塔尔自动稳压器 8 t8 k9 `' q; J" [ c5 ^3 u r) r3 d; ^3 ^+ ]Johnson noise voltage 热噪电压; 热噪声电压; 约翰逊噪声电压 ) o3 v/ I# F: w' o 0 r, ?8 p- \' j6 ? M! Ckeep-alive voltage 激励电压; 维弧电压 8 s7 E0 t( {, ]# B: N7 P% n( O& o
! Q7 |' [# w. Xkeeper voltage 保持器电压 ! h' D, ~5 l2 i! P; B 6 l' j5 w8 d. V7 h- ~- oKirchhoff's voltage law (KVL) 基尔霍夫电压定律 + r( S/ T* N+ R. G1 J. K
6 S3 D, g+ e4 y
knee voltage 膝处电压 0 o" D. X' H1 [% J1 l" x
5 V C+ c9 V# K6 {1 V
knee-point voltage 膝点电压 * `, f% b6 g3 c. }7 I8 _
! S) M' U' l! i: W& v+ d
lagging voltage 滞后电压 ) s" t8 }5 s W u3 d5 c$ W3 M T$ |, _$ z
lamp voltage regulator 白炽灯稳压器 + f( r- n+ G+ R4 v6 y 7 ^2 S0 `" `7 Nlamp-voltage regulator 灯电压调整器 / S% a( M$ ^$ i( s+ l( y + e3 X, D8 `: F* ]large over-voltage operation 大过电压运行 6 |) ^ |: N B5 p6 m1 k. I" k! x# D2 K. `/ k0 Y9 ?7 I
latching voltage 闭锁电压 + e. S5 b" ]5 j3 }" k6 K9 Y8 E" A
* c2 s6 T% c! w5 Rlateral voltage 横向电压 ; y9 p% S9 p# u
+ F r9 o* Y# ?8 C; {leading voltage 超前电压 ; q- R, D3 ?. {0 `2 \. B9 N
( L$ a. o8 q. ^2 \2 g" dleakage voltage 漏电压 ' t; K7 Z" h+ b6 W T3 M$ B. u! `' {7 K
0 l) u4 i+ O: q- L7 M* H
lethal voltage 致命电压 ' }) i4 h9 _3 o7 q% E, U( p" v' G" b: d( H
lighting voltage regulator 照明网络稳压器 5 j4 t6 e7 m* Q, C% P. ]' |- A
H& s1 p) c1 r" ^9 Y& |+ K2 k3 I" plimit voltage 极限电压 $ \1 a/ g0 S7 e: A1 a+ O, T' i% I( G3 b ]* _6 r# s5 l2 N
line charge voltage 线路充电电压 2 Z3 H U7 G# q$ C0 s: J* k
9 a7 Z9 F7 ?! c3 {/ ?line voltage 线电压; 线路电压 # ^ G. Y; M, o4 A2 O9 h 9 f7 N6 P+ t# f' L4 oline voltage controller 线电压控制 7 h) e1 K2 H1 k* E7 T$ h+ D# h$ @, S
- j) G% \1 z( t6 j
line voltage start 线电压起动 ) n! y% T7 J: }1 f; g( e+ a I9 m% p
line-to neutral voltage 线与中性点间电压 8 h: m& [! Y* K1 t9 Y
9 z# ?2 d3 @5 A( U
line-to-earth voltage 线对地电压; 线路对地电压 0 p2 ~: s& o( E% Q; v. P X
* y% l; Z# b* q+ h( U7 L9 a- O
line-to-line noise influence voltage 线间噪扰电压 4 r2 \1 o6 n. h
: V; Z. h6 C) }line-to-line voltage 线间电压 ) x: r7 l5 }+ J* S1 M; b2 N / o9 s! E. l; M3 [, A2 a8 xline-voltage distribution 线电压分布 ' f+ ]8 S# F& x u6 a" b1 j' J1 r% c/ h- ?( H: B9 y
line-voltage regulator 线路电压调整器; 电源电压调节器 # H+ T- a5 b2 C% S1 W) l( Y, N8 Z' q4 Y6 v- s! A8 ~1 [! u* w, g
linear decrease voltage 线性下降电压 6 ?) h4 `' _0 g& S6 j: u1 w, T4 j3 O
linear increase voltage 线性上升电压
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发表于 2008-11-4 12:04:52
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