JPS58140996A - Device for firing discharge lamp - Google Patents

Device for firing discharge lamp

Info

Publication number
JPS58140996A
JPS58140996A JP2319482A JP2319482A JPS58140996A JP S58140996 A JPS58140996 A JP S58140996A JP 2319482 A JP2319482 A JP 2319482A JP 2319482 A JP2319482 A JP 2319482A JP S58140996 A JPS58140996 A JP S58140996A
Authority
JP
Japan
Prior art keywords
wave
voltage
circuit
frequency
valley
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP2319482A
Other languages
Japanese (ja)
Inventor
阪口 善保
小林 耕一
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Panasonic Electric Works Co Ltd
Original Assignee
Matsushita Electric Works Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Matsushita Electric Works Ltd filed Critical Matsushita Electric Works Ltd
Priority to JP2319482A priority Critical patent/JPS58140996A/en
Publication of JPS58140996A publication Critical patent/JPS58140996A/en
Pending legal-status Critical Current

Links

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 不発明は尚周波変侠1u路を用いた放電1幻の点灯装置
に関するものである。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a lighting device for discharging light using a variable frequency 1u path.

放電灯点灯装置としで、尚周波変候回路ケ用い友−周波
点灯か知られている0尚周波点幻に、開用周波の様7i
:1戊絢波点灯よf)ンンフの発光効率が1′ぐ/L、
甲でも伽1]か一定な尚周波VCよる点灯は、。
As a discharge lamp lighting device, a frequency variable circuit is used to set the operating frequency to 7i, which is known as a frequency lighting device.
:1 Lighting of light wave f) Luminous efficiency of light is 1'g/L,
1] Illumination by constant frequency VC is.

飯も効率が篩くなることか知られている。[7かし、こ
の振1J−足な尚絢波ケ倚る方法として、従来は牢相全
波Ii流、平滑した直流電圧會尚周波変侠していたが、
この方法VCよれは、平滑化コンデンサへの急峻な九′
市電η匂の為、入力端子か歪むという欠点かあった0又
3相全改!l!流した直流電圧を直接、尚拘波変侠する
方法もめるが、この方法では11相尚すの入力電流か、
牛ザイクルでπ/3たけ欠除する為、やはり入力端子希
が大さく、入力電流(IIL圧)のI%itl崗波欣分
によるノイズ、力率改善用コンテ/すの焼損等の幣害が
おり、振巾一定な^周波を得るのVC大さい間1iiM
k南していた。
It is known that rice is also sieved with efficiency. [7 However, as a method to accommodate this 1 J-sized wave, the conventional method was to use a full-wave phase Ii current and a smoothed DC voltage with a frequency change.
This method VC kink is caused by a steep 9′ to the smoothing capacitor.
Completely revised 0 and 3 phase, which had the disadvantage that the input terminals were distorted due to the streetcar η smell! l! We will also discuss a method of directly changing the applied DC voltage, but with this method, the input current for all 11 phases,
Since the frequency of π/3 is missing in the cow cycle, the number of input terminals is still large, and noise due to I%itl of the input current (IIL voltage) and damage such as burnout of the power factor improvement conte/board are caused. VC is large enough to obtain a constant amplitude frequency.
I was heading south.

又1%輝度放電幻の休Vこ尚い周波数域(数10KHz
)で共鳴税象か生じ、この籾、象ケちQする為、 10
0KHzN IMI −(: A灯Gぞろと、中波の)
/オ周波届・域V(町つさ、水恢月、面圧プトリウム灯
の椋1c出力叡100Wクラスの人さい回路となり、イ
、の×・1米&i−1小oJ能となる欠点かあった。こ
の為一度…1月j′…、v忙尚周v1.VC変侠し、そ
れ忙全波整流、十滑【7て、゛止しベルなik雌倉狗、
点灼芒せる直びi、点灯力・考えられるか、これ″−C
砿1、電性のj納札は片1則たけVCl!j+られゐ事
VLなり、シ/)寿砧1(里人な幣去電もに−ら丁0 この株に、使米のM!周阪変侠回路を月]い/C点点用
置の欠点rJ、人力電#L企〃・人さく他の加力敗器。
In addition, 1% brightness discharge has a phantom low frequency range (several tens of KHz).
), a resonance tax elephant occurs, and this paddy, because the elephant is stingy Q, is 10
0KHzN IMI - (: A light G all together, medium wave)
/ O Frequency Notification/Area V (Machitsusa, Suikogetsu, Is it a disadvantage that it becomes a small circuit of the 1C output 100W class of the surface pressure putorium lamp, and the I, × 1 meter & i-1 small oJ power? There was.For this reason, once...January j'..., v busy Sho Shu v1. VC change, it was busy full wave rectification, ten smooth [7, stop bell ik Mekura dog,
Can you think of the power of lighting, this''-C?
砿1、Electric j payment is VCl for one rule! j+reiji thing VL, shi/) Kotobuki 1 (Satoshi's dedensation moni-ra ding 0 This stock is used for M! Shusaka strange chivalry circuit) I/C point setting Disadvantages rJ, human power electric #L project, human power and other power failure devices.

g1′器への幣沓勿招さ、待yc尚輝度放′111月紫
的懐H」周波で点n3ぜる場合の様W−1共鳴史家VC
よる爆発ノイズ等の重大な欠点盆イ〕していた0ここe
こ不発ゆ」の目的は、上述の欠点ケ除去する為VCなさ
れたもので、3肘(′市伽の名和回′由バーi品拘波震
侠し、谷簡周阪出力紫旧夕1j7(−合成−’j” 、
L・(−とにより、振11」かはは−足な市周波侘狗亀
こtL’tr、整向・平滑して倚だ直流奄汁牙矩形波V
(笈侠ニー1市流制限安素ηブi’ シ’を放′由月V
(印刈1(7%点月逃せろCとycより、入力電流(′
…、圧ノ歪を極め−C小芒くし、刀・つ11η(1点用
V(−ノlいなれ九効率−じ魚釣乞用征とする放1)シ
月点灯装置#tイ:促伊することV(−ある01、−、
 Nじ目的を僅成−34)為に、不発明は3相゛亀ωメ
tイれイれ篩周波震伊シフ、での出力巻軸τ直列VC接
け1、し−こ、一度、]上y IJかはeゴー シピな
尚周波に曾成し、Cれ同列」表秒、芒it fC出力巻
脚軸中点よりみた置端′市圧4合々牛妓整b11.パV
市して直流電圧を得、Cの直ηI)電圧缶矩形彼変侠δ
ぜる点に特徴を廟する1、のである。
G1' does not have to be sent to the vessel, and the luminance emission '11 November's violet H' frequency is the case when the point n3 is lost.W-1 Resonant Historian VC
It had serious drawbacks such as explosion noise, etc.
The purpose of ``Konobu Yu'' was created by VC to eliminate the above-mentioned drawbacks, and 3 elbows ('Ichiga's Nawa times' Yubari product control wave shaking, Tanikan Shusaka output purple old evening 1j7 (−Synthesis−’j”,
L.
(Yuuki V
(Inkari 1 (7% point) From C and yc, input current ('
..., master the pressure distortion - C small awn, sword / Tsu 11η (1 point V (-Nol Inare 9 efficiency - same fish fishing use conquest 1) Shimoon lighting device #t I: To promote it V (-aru 01,-,
In order to achieve the same purpose (34), the invention is to change the output winding axis τ in series VC connection 1, once, once, ] The top y IJ is e-go ship, and the frequency is the same as that of C. PaV
The DC voltage is obtained by converting the voltage to the rectangle δ
1, which is characterized by its characteristics.

次1c杢冗明ケ天施jり11 V(−より簡明丁ゐ0杢
拍明の放霜月魚釣装置iJ第l凶VC示す様VC%3相
篭詠1と、この3相′山、0jAlの谷相間電圧3組r
谷々人力と(2、人力と絶縁芒れた高周波出力音発生1
−゛ゐ茜絢波変倶回路2,3.4と、Cれら島J、¥4
波俊侠回路2,3.4の出力をL夕1jに台敗し、この
−8′欣出力會2うJ舶〔7に分割出力の管々の互いの
逆惨仙分ケ牛IBt*tAtするタイメート5,6及び
この牛波整ηC電用忙惨注介゛曾わぜ並列脅威した出力
を平滑(−て、矩形波変侠丁4)矩形波変侠回路30、
及び矩形波変侯回路:30の出力の′屯流制眠女素31
ど、矩形阪父侠11!j略30の出力て′…、流匍月狐
賛系aX 令:力゛して魚釣する数箱″J、J 32及
び前肥篩周阪変侠1−1略2゜3.4の震侠笛同勘1−
る同期旧1路33−(憎【用いゐ。
Next 1c 杢梭明ketenshiri 11 V (-from simple Ming Ding ゐ 杢运明's free-frost moon fishing device iJ 1st evil VC shows VC%3 phase cage 1 and this 3 phases' mountain, 0j Al valley phase voltage 3 sets r
Taniya human power (2, human power and insulated high frequency output sound generation 1
-゛ゐAkanaya Wave Transformation Circuit 2, 3.4 and C Rerashima J, ¥4
The outputs of the Wave Junkie circuits 2 and 3.4 were defeated by L Yu 1j, and the output tubes were divided into 7. A square wave converter circuit 30 smoothes the parallel outputs of the timers 5 and 6 and the parallel output of the Ushiwa wave rectifier ηC.
and rectangular wave converter circuit: 30 output 'ton flow sleep control female element 31
What, Kokugatahan Chikyo 11! The output of about 30'..., Nagarugetsukitsune-san system aX order: several boxes to fish with force'' Shinkyofue Dokan 1-
The same period old 1st road 33- (hate [used.

以ト、第11%lVc小し1(実施例V0ついて動作τ
祝ツ」する(、簡拘波11す1路2 、3 、4は、3
相電腺のも相…j′岨圧忙入力し、その俊侯同期tよ同
期回路33 Kより狗ている。同ルj回路33は旧びj
’1j(Ill 、 21’が投入さn心と、ソツシュ
ノル型インパークを栴取してお゛す、スイツナンクトラ
ンシスク23 、24か父互vCオン・オフ倉高周波的
V(<9返し、コ/7ンサ25のIIIIIl端VC第
2凶に示フことき電圧波形ケ伯る0もて、この波形は発
振トランス26の2次巻細に訪尋され1巻糾イーロ、ハ
ーニ、ホーへには同一の第2図の波形1Lこれが、hJ
向波賀候回路2.3.4に人力され、谷々のトランジス
タ幻のメン・オフの同ルj乞とることVC7,1:る0
vIllえは市周阪俊侠回路2 vcつい1みるとイか
口にえJ シーC+稍・…、位でり/8なら、トランジ
スタ17にオン、トランジスタ18はオフし、逆にイか
口に列して低電(v’Lならトランジスタ11よオフ、
トランジスタ18ハオンし、従ってイーロ曲VC第2凶
の電圧波形か入Itは、その振切に同期し一〇、トラン
ジスタ17 、18は互いにオン・オフする拳になる0
仙の尚周波変候回路3゜4 V(一ついても、2と同様
に回期かとらtして篩周波変侠することになる0 谷々の尚周波友侠回路2,3.4の出力は、第1凶の様
1c発振トフンス12 、13 、14が1鉦列接枕さ
れている為% V l l V2にrJlはは等しい波
形の電圧が表われ、互いvCC逆性に半波整流され、コ
ンデンサ7,8により平mされるoitiib周波変換
回路2゜3.4は前述した様に、同期して高周波変侠逼
れ、谷々出力電圧波形の1サイクルでのピーク値絶対値
はフッシュフール型インバータの%性で、入力電圧の瞬
時11[lの回路仕様で決する足欽倍である事、又尚周
肢没侠回路2,3.4にほは同一仕様であるCとがら、
(vl十v2)は第3図に示すほぼビーク11ρ・−冗
レベルの尚周波電圧を倚る事になり、VsVCは1. 
V tの谷牛波つつか互いvc表われ、コンテ/す7,
8Vこより平rH忌れた直k ’14t I−lか、イ
’−j ”iれる。スイツテンクトフンシスjt9.i
oi[%放11i。
Hereinafter, the 11th % lVc small 1 (operation τ for example V0
Congratulations (, simple control wave 11, 1, 2, 3, 4, 3
The synchronization gland also inputs phase...j′岨厨过入, and the synchronization circuit 33K is a dog. The same circuit 33 is old
'1j (Ill, 21') is inserted n heart and captures Sotsuschnoll type impark. The voltage waveform shown at the VC second terminal of the transformer 25 is 0, and this waveform is interrogated by the secondary winding of the oscillating transformer 26, and the first winding is applied to the first winding. is the same waveform 1L in Figure 2. This is hJ
It is human-powered by the Mukouhaga circuit 2.3.4, and the transistor phantom men of the valley are turned off by the same person VC7,1:ru0
vIlle is Ichi Shusaka Toshiyuki Circuit 2 vc just 1 and I'm in the mouth J Sea C + a little..., if the position is /8, the transistor 17 is on, the transistor 18 is off, and conversely it's in the mouth In line with low current (v'L, transistor 11 is off,
Transistor 18 is turned on, so the second voltage waveform of Eero song VC is synchronized with its turning off, and transistors 17 and 18 become a fist that turns on and off each other.
Sen's low frequency variable circuit 3゜4 V (even if there is one, the sieve frequency will change from the period as in 2) 0 Valley's low frequency friendly circuit 2, 3.4 As for the output, as in the first example, since the 1c oscillations 12, 13, and 14 are connected in one row, a voltage with an equal waveform appears in V2 and rJl, and half-waves are generated in opposite directions to each other. As mentioned above, the oitiib frequency conversion circuit 2°3.4 which is rectified and smoothed by capacitors 7 and 8 synchronously changes the high frequency and changes the absolute value of the peak value in one cycle of the output voltage waveform from valley to valley. is the percentage characteristic of a fuschool type inverter, and it is determined by the circuit specifications of the instantaneous input voltage of 11[l], and the circuits 2 and 3.4 have the same specifications. ,
(vl + v2) will absorb a still frequency voltage of approximately the peak 11ρ·− level shown in FIG. 3, and VsVC will be 1.
Vt's valley Ushiha and each other's vc appear, conte/s7,
8V Koyorihira rH abhorred direct k '14t I-l or I'-j ``i reru.Suitutenktofunsis jt9.i
oi [% release 11i.

灯32の共鳴尚波数toy−1・の低周波数τオン・A
ノー「れは、(第4図(イノ参照)Voutにaトラン
ジスタリ。
The low frequency τ on A of the resonance wave number toy-1 of the lamp 32
No, (see Figure 4) A transistor is connected to Vout.

lOのスイッチ動作VC会わせ、第4図(ロ)の如く短
片2波を発生する隼pC々v1放奄月32に′a淀制阻
吸素31ケ介し−C放市1月の共鳴現象もなく′々・5
:i4 IfC点月点用ることVCなる0 第5図は他の実施例をボテもので、矩杉彼変俣回路加以
降の1t1:流制限費累、ランフ貝曲のところを変更し
で螢′)′IL月の尚周波点用自・実説1−るし1」で
ある。矩形波変換1すj路34の矩ノ1〉肢奄H−出力
侘全波整流、烏絢波変侠し、しかも電流制限地症ヶもつ
篩拘波変換IH回路35((ロフ図参照)と、シン7の
組み甘せ會矩形波変俟回路34と並夕11 VC初数1
17i1接枕t−、’を構成(21(−ものである。0
1J配′市流市11限城Mt式として、商周波変>tS
路35内の発孤トフンスをり〜ケージ型トブンスとする
万l〕にでもよい。あるいは関絢波田流コイルであつ−
(もよいnこの様な実施例V(おいては篩周阪笈候回路
35の出力&、t、伽1J一定な篩絢岐′市H−となり
、放電灯32に#人発光効率で点灯ブる串か川l15と
なり、しかも、軸数の放電灯7同様な楚〕米で点灯1−
る事か用油となる。従ってこの構成においては+発明t
、l i 人力橙の惟め−C小込い矩形波奄圧供給電諒
となり、他の′−力穢器(し11えは七−タンの′市W
とじ一テ、、も自効なものとなる。
The switch operation of lO brings together the VC and generates two short-wave waves as shown in Figure 4 (b).The resonance phenomenon of the ``a stagnation, inhibition, and absorption element 31 -C release market January 32 occurs in the Hayabusa pC v1 release month 32 as shown in Figure 4 (b). Without a trace・5
:i4 IfC dogetsu to use VC0 Figure 5 is a botched version of the other embodiments, and the 1t1 after the addition of Kurusugi Hehenmata circuit: flow restriction cost accumulation, runf shell music part has been changed. Fireflies')'IL Moon's Sho-frequency Point Uses Self-Actual Theory 1-Rustic 1''. Rectangular wave conversion IH circuit 35 which performs full-wave rectification, U-wave conversion, and current limitation ((see diagram) And, the combination of Shin 7, square wave changing circuit 34 and parallel wave 11, VC initial number 1
17i1 adjacent pillow t-,' constitutes (21 (- thing. 0
1J distribution 'Ichiryuichi 11th limit Mt formula, quotient frequency variation > tS
The eruption in the passageway 35 may also be made into a cage-type structure. Or use Seki Aya's Hata style coil.
(In this embodiment V), the output of the sieve lamp circuit 35 &, t, and 1J are constant, and the discharge lamp 32 is lit with #human luminous efficiency. It becomes a 15-year-old skewer, and the number of shafts is the same as that of the discharge lamp 7.
It becomes a useful oil. Therefore, in this configuration, + invention t
, l i Human power orange's power - C small rectangular wave pressure supply voltage
The binding will also be self-effective.

不発明の他の笑施し11脅゛第6図にホ丁○図において
3相電&p lとこの3相゛亀W1の谷相間霜′汁3組
ケ谷々人力とし、人力と絶線された尚川波出力を兄生丁
/8尚尚彼変侠回路2 、3 、4とこれら筒周t&変
侠回路2 、3 、4の出力忙それぞれ互いに絶縁され
fc 2つの2次巻# 34〜39とし、谷組2出力勝
のりち1巻線つつ34 、36 、38を互いに旧タリ
接続し、信組残る1つの出力巻肪つつ3b、 37.3
9 ケ互いVC−+a夕1目妥枕し、侃i Q−した2
出力とし各1端つつt共曲懐沈し、この共通接続点と前
Hじ1a列接枕した汝の1端子聞′咀圧r半波整百ロ一
前記共逍接枕点と直列接続しfc俊の他端子間電圧忙牛
波整流するタイオート5,6及び、この十波整流亀バー
を並列8敗した出力葡十mして、矩形波変換する矩ル波
変侯回路30及び矩形波変換回路:30の出力の′屯帷
11 Threats of Other Non-Inventions 11 In Figure 6, there is a 3-phase electric & The output of the Shang River wave is connected to the outputs of the two secondary windings #34~ 39, Tani group has 2 outputs, 1 winding, 34, 36, and 38 are connected to each other, and Shingumi has 1 output remaining, 3b, 37.3.
9 ke each other VC-+a evening 1st night pillow, 侃i Q- did 2
As an output, one terminal of each terminal is connected in series, and this common connection point is connected to the front H1a row. Tie-autos 5 and 6 that rectify the voltage between the other terminals of the fc and a rectangular wave conversion circuit 30 that converts the 10-wave rectifier into a rectangular wave by outputting 8 outputs in parallel and 10 m. Square wave conversion circuit: 30 outputs.

制Pji貿木31と矩形彼変侯回路30の出力で電流制
眠賛木31紮ブ1゛シて点灯する放1″月32及び% 
Ail糺而周面駕侠回路2,3.4の変侠會同ル]丁ゐ
凹ルj回路33で構成している。
The output of the control block 31 and the rectangular circuit 30 is used to turn on the current control block 31 and turn it on at 1'' month 32 and %.
It is composed of a circuit 33.

次に動作を祝用する。Next, celebrate the action.

高周波食崇日路2,3.4は、3相霜7源の各相間電圧
ケ入力し、その斌侠同期は同期回路33により侍ている
。同期回路33は、直流型(1@21 、21’が投入
されるとブツシュフル型インバータを構成しており、ス
イッチングトランジスタ23 、24か父互にオン・オ
フを篩周波的VC(り返し、コンデンサ250両端VC
第2図の′醒圧波形ケ得る。さて、この鼓形に−i発振
トランス26の2次巻−にv5碑され、巻線イーロ、ハ
ーニ、ホーへVCに同一の第2図の波形ン侍、これか^
周波変侠回路2 、 :3 、4 vc大入力れ、各々
のトランジスタ灼のオン・オフの四ル」ケとることにな
る。
The high-frequency circuits 2, 3, and 4 input the inter-phase voltages of the three-phase frost 7 source, and their synchronization is supervised by the synchronization circuit 33. The synchronous circuit 33 constitutes a DC type (when 1 @ 21, 21' is turned on, a bushing type inverter), and the switching transistors 23, 24 are turned on and off by a screen frequency VC (repeatedly, the capacitor is turned on and off). 250 both ends VC
The ′′ wake-up pressure waveform in FIG. 2 is obtained. Now, in this drum shape - the secondary winding of the i oscillation transformer 26 - is marked v5, and the same waveform in Figure 2 is applied to the VC of the windings Eero, Hani, and Ho, is this it?
Frequency change circuits 2, 3 and 4 have a large VC input and are responsible for turning on and off each transistor.

各々のIQl拘故変侠旧1路2,3.4の出力rよ、第
1図の椋1c発振トランス12 、 l:う、 14の
2次巻軸34〜39か各々回夕11接沈塾れている為7
.2Vck’:J−はぼ等しい波形の電圧か表われ、互
いyc運秘性(C半波整流され、コンデンサ7,8によ
り平滑される。
The output r of each IQl constrained old 1st path 2, 3.4, the oscillation transformer 12, 1c of Figure 1, the secondary winding shaft 34-39 of 14, each of the 11th turn Because I can go to cram school 7
.. 2Vck':J- appears as voltages with approximately equal waveforms, and is rectified by half-wave rectification (C half-wave rectification) and smoothed by capacitors 7 and 8.

尚周V変換回路2,3.4は前述した様に、同期し−C
烏周波変侠され、各々出力電圧波形の1サイクルでのピ
ーク11μ絶対1111は、ブツシュフル型インバータ
の特性で入力端子の一時埴の回路仕様で決するボ数惜で
あゐ事や、尚周波変換回路2,3゜4は、はぼ同一・仕
様であることから、(,±、)は、第3図にボす、はは
ビーク稙が一足レベルの一周波電JL7を得る挙vCな
9、.には1.v2の谷半波つつか互いに表われ、コン
デンサ7,8Vこよジ平滑された直〆C奄圧か得らgる
0なお第7凶に1゜V2 、Vsの関係をボテ。スづツ
テンクトランジスタ9、lOは放Th、幻32の共鳴絢
波数以トの飲用波数でオン・オフすれは、Vout v
cは、トランジスタ9゜川のスイツナ動作VC@わせ矩
形波音発生する事となり、放電灯32は石流割眠較累3
1ケ介し−C放電灯り共IIN!現家もなく、女足に点
灯することvcなる。
As mentioned above, the frequency V conversion circuits 2 and 3.4 are synchronized and -C
The peak 11μ absolute 1111 in one cycle of each output voltage waveform is a characteristic of a bushful type inverter and is determined by the circuit specifications of the input terminal, and the frequency conversion circuit. 2, 3゜4 are almost the same specifications, so (,±,) is shown in Figure 3.Haha, Beak Ken gets a pair of one-frequency electric JL7, and vC9, .. There are 1. The trough and half waves of V2 appear slightly each other, and the direct C force pressure smoothed by the capacitors 7 and 8 V is obtained. The transistor 9 and lO are the emission Th, and when it turns on and off at a drinking wave number higher than the resonance wave number of the illusion 32, Vout v
c is a transistor 9゜switness operation VC@Square rectangular wave sound is generated, and the discharge lamp 32 is a stone flow sleep comparison 3
1 piece through-C discharge lamp both IIN! I don't have a current house, and it's VC to light up a woman's feet.

本発明は叙十のようVC、矩形波変換回路へり供相電圧
に、並列的に、しかも同期して動flIp−る3組の烏
周波変候回路の出力を直列合成して、r「々の瞬時値の
杷幻阻の和としている為、3相甫詠の各相にηLれる入
力端子は3相ともに、電圧も゛L相同4承2π/3すれ
た、しかも遠沈した波彫と16牛かでさ、人力′眼流(
′…、圧)の歪冷k m *)−C小さくできる。0の
粕来、へ力′屯流(%J、Jヒ)の畠〜、!!l波by
分社 VCよる篩々の幣舌(奄力唇偽変圧器の変圧効率の低下
、力率改善用コンアンサのaおシ、81器の唄指示等)
を排除することがCIJ龍となゐ0又、矩杉波電圧4ラ
ノフ負何VC供和する441力・ら、/fI3輝度放輝
度放電クランク鳴現象會発生することなく、シかも電極
の摩耗をjη」χ、IH流点灯り式31νの尚効率で点
灯trJ症と′Tゐものである。史Ic本発明の贅似で
ある13相電WL93組の面周波変候回路ケ通して七の
出力を血夕1jに台数して整tAr、・平滑し、このヒ
流′ル圧を矩形波i*’3−る」の作用ケする矩形波′
耐圧発生回路は、放電灯の魚釣装討。
The present invention serially combines the outputs of three sets of wave frequency converting circuits that operate in parallel and synchronously with the phase voltage of the VC and rectangular wave conversion circuit as described above. Since it is the sum of the instantaneous values of 16 Ushikadesa, human power' eye flow (
'..., pressure) can be made smaller by strain cooling km*)-C. 0's Kasurai, Heriki'tonryu (%J, Jhi)'s Hatake~,! ! l wave by
The sieve's tongue by the branch VC (decreased transformation efficiency of the false transformer, a-oshi of the power factor improvement converter, 81 song instructions, etc.)
In addition, it eliminates the CIJ voltage and the 441 power of the Kurusugi wave voltage 4 Ranoff negative VC, /fI3 luminance discharge without causing the crank noise phenomenon, which may also cause electrode wear. The efficiency of the IH style lighting type 31ν is the same as the lighting trJ syndrome and 'Tゐ. The output of 7 is passed through a surface frequency variable circuit of 93 sets of 13-phase electric WL, which is an imitation of the present invention, and smoothed by tAr, and this current voltage is converted into a rectangular wave. Rectangular wave affected by i*'3-ru'
The pressure generating circuit is used for fishing with discharge lamps.

七−夕の速度開側1 % l/Cは低入力φといつ/(
特fsc?f−持つこと力・ら、非席に可動な電力9(
和装−と2「る先のである。
Tanabata speed open side 1% l/C is low input φ and when/(
Special fsc? f - Power to have, etc., non-seat movable power 9 (
Japanese clothing - and 2.

【図面の簡単な説明】[Brief explanation of the drawing]

第l凶a本発明の放電灯点1装−゛、第2区I、第31
凶 、 自) 4 図(I)、(ロノはWシゆ1図、 
 第 5 し引(イ) 、 (ロ) 、 第6凶は他の
実施例、第7図v1〜v3は説明図をボアO1・・・・
3組%#、2,3.4・・・・・・尚庵波変候回路、5
.O・・・・・・タイオー ド、7,8・・・・・・平
渭用コンプノツ゛、9.川・・・・スイッチングトラン
ジスタ。 】2.13 、14・・・・発振トランス、 15・・
・・・・整流器、 16・・・・・・インタフタンス、
L’/ 、 ltj・・・・・・スイッチングトランジ
スタ、19・・・・・・直かL電詠、2()・・・・・
・コンデンサ、21 、21’・・・・・・血流′…、
ωハ22  ・−・インタフタンス、23゜24・・・
・・・スイッチングトランジスタ、25・・・・・・コ
ンデン勺、26・・・・・・狛振トランス、27・・・
・・・巻l#!J%28 、29・・・・・抵抗、(資
)・・・・・・矩形波変候H路、 3i・・・・・・電
流制阻紮累、32・・・・・・放電灯、33・・・・同
期回路。 時計出願人 松下電工株式会社
No. 1 A discharge lamp of the present invention - ゛, Section 2 I, No. 31
Evil, self) 4 Figure (I), (Rono is W Shiyu 1 figure,
5th drawing (a), (b), 6th example is another example, and Fig. 7 v1 to v3 are explanatory diagrams of bore O1...
3 sets %#, 2, 3.4...Shoan wave variable circuit, 5
.. O... Tyode, 7, 8... Compound for flat wire, 9. River...Switching transistor. ]2.13, 14... oscillation transformer, 15...
... Rectifier, 16 ... Interface,
L'/, ltj...Switching transistor, 19...Direct or L Denei, 2()...
・Capacitor, 21, 21'...Blood flow'...,
ωha22 ---interftance, 23゜24...
... Switching transistor, 25 ... Capacitor, 26 ... Komaji transformer, 27 ...
... Volume l#! J%28, 29...Resistance, (equipment)...Square wave variable H path, 3i...Current restriction ligation, 32...Discharge lamp , 33...Synchronous circuit. Watch applicant Matsushita Electric Works Co., Ltd.

Claims (1)

【特許請求の範囲】[Claims] 3相亀源と、#3相′亀源の谷相間電IJ−:う組を夫
夫人力とし、入力と絶縁された筒絢波電圧を発生する3
組の篩庵波変倶回路と、該3組の尚周波変侯回路の震侠
を同期する同期回路と該3組の面絢波変換回路の出力端
子會谷々直列接沈し、その両端電圧t2分する分割線ケ
1前に直列接続回路間に設け・ケJ割紳と、前記直列接
続した後の1端間電圧ケ牛波整流し、分割線と前配回列
峯絖した仮の他端間電圧自二前糺半tB1.贅流とは逆
極性VC十波整流し、肉牛波ii流vtH忙分割線會共
通線として並列合成する尚周波整ηC旧1路と、該商周
波整流回路出力t・前HC高周波より低い低胸波の矩形
波−:圧に袈俟する矩形波変侠回路?具備し、該矩形波
出力葡へ力W、碑として放電幻を魚釣ちゼる電流制限女
系を共軸したΦを特徴とする放電灯点幻装置0
3-phase turtle source and #3 phase' turtle source's valley phase electric IJ-: U pair is used as the husband's power, and a cylindrical wave voltage isolated from the input is generated.
The output terminals of the three sets of sieving wave converting circuits, the synchronizing circuit that synchronizes the vibrations of the three sets of high frequency converting circuits, and the output terminals of the three sets of high frequency converting circuits are connected in series from valley to valley, and both ends thereof are connected in series. The dividing line that divides the voltage t2 is installed between the series connected circuits before the 1st part, and the voltage between the 1st terminals after the series connection is rectified by the dividing line. The voltage between the other ends is tB1. The high current is reverse polarity VC ten-wave rectification, beef wave II current VtH busy dividing line, which is synthesized in parallel as a common line. Rectangular wave of chest wave: A rectangular wave circuit that overflows with pressure? A discharge lamp illumination device 0, which is equipped with a force W to output the rectangular wave, and a discharge lamp lighting device characterized by Φ coaxial with a current limiting female line that fishes out the discharge illusion as a monument.
JP2319482A 1982-02-15 1982-02-15 Device for firing discharge lamp Pending JPS58140996A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2319482A JPS58140996A (en) 1982-02-15 1982-02-15 Device for firing discharge lamp

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2319482A JPS58140996A (en) 1982-02-15 1982-02-15 Device for firing discharge lamp

Publications (1)

Publication Number Publication Date
JPS58140996A true JPS58140996A (en) 1983-08-20

Family

ID=12103852

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2319482A Pending JPS58140996A (en) 1982-02-15 1982-02-15 Device for firing discharge lamp

Country Status (1)

Country Link
JP (1) JPS58140996A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61173493A (en) * 1985-01-25 1986-08-05 松下電工株式会社 Discharge lamp lighting apparatus

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61173493A (en) * 1985-01-25 1986-08-05 松下電工株式会社 Discharge lamp lighting apparatus

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