M406263 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種發光二極體網絡，特別是關於—種以交流认c) 驅動用之發光二極體網絡。 【先前技術】 按’發光二極體(Light Emitting Diode, LED)與一般二極體的結構 相同，即在半導體基板上具有—N型區及—p型區。N型區與p型區 父界處形成-PN接面’在PN接面形成的瞬間，N型區中的多數栽子 (電子)會向P型區驗；P型區中的多數载子(電洞)會向N型區擴散， 此外，N型區中的少數載子(電洞)會向p型區漂移，？型區中的少數载 ^電子)會向N型區漂移，擴散及隸的電子電洞在pN接面附近結 合’形成-空乏區(depletion regi()n)。N魏中空乏區的電性為正，二 型區中空乏區的電性為負，形成一電位障，二極體達平衡狀態。 對LED加入順向偏壓而跨越電位障時，p型區的多數載子(_ 會往N型區移動，而的多數载子(電子)則往p麵移動，電子 與電洞在PN接面之空乏區復合，此時，因電子由高能階回到低能階， 釋放出光子，產生可見光。 •咖具有環保節能的特性，已廣泛運用於，例如：路燈、照明、 大型廣告看板、背光模組…等各種產品上。 —-般㈣運_日槪之卿h 了物痛定的目的， Π要透k m&(AC/DC) ’將錢電轉換為直流電後 ，光源才 3 _6263 月b%定發光，然而，整流器的體積大，攜帶不易。 因此，習知技藝中，璨圓光電於2⑻5年提出之「發光二極體元件 及、驅動方法」台料利巾請案，其公告料i257i85。請參考本案第 1 ’即台灣1257185專利之圖2 ’並配合其說明書之描述「本發:之 發光二極體元件的.驅動方法係用於驅動-發光二極體元件210。其 中，發光二極體元件210具有-第一發光單元212與一第二發光單元 214且第一發光單凡212係與第二發光單元叫反向並聯。在本發明 之一實施例中，第-發光單元212與第二發光單元214可形成於同一 基板上’或形成於不同基板上。…發光二極體耕調係具有兩個連 接端分別連接至電源Vl與電源V2 ’ 較佳方式例如為：將電源v 2接地’並將魏V i輸人交流電之電流源或賴源。...t發光二極體 疋件210接收正極性驅動訊號⑴時，則第一發光單元212處於順向 偏壓而發出第—光線，且第二發光單元214處於逆向偏壓而不發光。 當發光二極體元件加接收負極性驅動訊號㈠時，則第二發光單元 214處於順向偏壓而發第二光線，且第一發光單元212處於逆向偏壓 而不發光。因此’第-發光單元212與第二發光單元叫得以…交替 地發出第一光線以及第二光線。」 另外工研卩元於2〇〇8年提出之「具保護電路之發光二極體裝置」 台灣專利申賴，其公開號為2()()9522()2。請參考本錢二圖，即台 湾200952202專利申請案之圖！，並配合其說明書之描述「具保護電 路之發光二極體裝置包含至少一發光二極體n、一保護電路Η及一 電壓源13 ’其中，發光二極體u係為一交流發光二極體(ac、led)， 4 M4〇6263M406263 V. New Description: [New Technology Field] This creation is about a light-emitting diode network, especially for a light-emitting diode network driven by AC. [Prior Art] The Light Emitting Diode (LED) has the same structure as a general diode, that is, has an -N-type region and a -p-type region on a semiconductor substrate. At the instant when the PN junction is formed at the PN junction of the N-type region and the p-type region, the majority of the carriers (electrons) in the N-type region will be examined to the P-type region; the majority carriers in the P-type region (The hole) will diffuse into the N-type region. In addition, a small number of carriers (holes) in the N-type region will drift to the p-type region. A small number of electrons in the type region will drift toward the N-type region, and the diffusion and electron holes will join the 'depletion regi()n) near the pN junction. The electrical properties of the hollow zone of the N Wei are positive, and the electrical properties of the hollow zone of the N-type zone are negative, forming a potential barrier, and the diode reaches an equilibrium state. When the LED is added to the forward bias and crosses the potential barrier, the majority of the carriers in the p-type region (_ will move to the N-type region, while the majority of the carriers (electrons) move to the p-plane, and the electrons and holes are connected at the PN. The surface of the surface is recombined. At this time, the electrons return from the high energy level to the low energy level, releasing photons and generating visible light. • The coffee has environmental protection and energy saving characteristics, and has been widely used, for example, street lamps, lighting, large advertising billboards, and backlights. Modules, etc. on various products. —- (4) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The monthly b% is fixed, however, the size of the rectifier is large and it is difficult to carry. Therefore, in the conventional art, the "light-emitting diode element and driving method" of the illuminating device proposed by the company in 2 (8) 5 years, Announcement material i257i85. Please refer to Figure 1 of the case of Figure 1 of the Taiwan Patent No. 1257185 and the description of the specification. The driving method of the light-emitting diode element is used for the driving-light-emitting diode element 210. Wherein, the light emitting diode element 210 has a first light emitting list The second light emitting unit 214 and the first light emitting unit 212 are connected in anti-parallel with the second light emitting unit. In an embodiment of the present invention, the first light emitting unit 212 and the second light emitting unit 214 may be formed on On the same substrate, or formed on different substrates. The light-emitting diode has two terminals connected to the power source V1 and the power source V2'. The preferred way is to ground the power source v 2 ' and Wei Wei When the positive polarity driving signal (1) is received, the first light emitting unit 212 is forward biased to emit the first light, and the second light is emitted. The unit 214 is in reverse bias and does not emit light. When the LED component receives the negative polarity driving signal (1), the second lighting unit 214 is forward biased to generate the second light, and the first lighting unit 212 is in the reverse direction. The biasing does not illuminate. Therefore, the 'first-lighting unit 212 and the second illuminating unit are called to alternately emit the first light and the second light." In addition, the research and development unit proposed the "protected circuit" in 2-8 years. Light-emitting diode device" Bay Patent Application, its publication number is 2 () () 9522 () 2. Please refer to the second picture of the money, that is, the Taiwan 200952202 patent application map!, and with the description of its manual "light-emitting diode with protective circuit The device comprises at least one light emitting diode n, a protection circuit Η and a voltage source 13 ′, wherein the light emitting diode u is an alternating current light emitting diode (ac, led), 4 M4 〇 6263
保護電路12触含至少—具雙向特性之二極體i2i，此具雙向特性之 -極體m料—具雙向特性之吵n型齊納二極體或為—具雙向特 性之p-n-p型齊納二_。此保護電路12係與發光二極體u並聯， 電壓源㈣與保護電路12及發光二極體u電軸接，此電壓㈣ 她共-工作賴予發光二極體n及保護電路12，上述之電壓源13 係為-交流賴源1本發明之發光二極體n係_頓源〗3所提 供之交流賴轉’故纽交流賴產生突波，亦㈣過電壓的產生 時’則因過«喊生之過電親流向賴電路12而不流向發光二極 體1卜藉此以保護發光二極體u不因過電流而損壞，又因本發明所 知用之二極體121触備雙向雖’故可不考慮正貞糕之連結關 係’減少電路設計上之困難。 由以上兩個$案’可看出習知技藝+，一般交流驅動之LED係以 兩個LED反向並聯，兩兩一組的方式連接。此外，岭LED製程過 心不均’每顆LED皆會有些許誤差，若以習知技藝，即LED由第一 •顆串到最後-顆之方式，誤差會不斷累積，造成亮度不均。 有鑑於此，本創作人乃積極開發研究，並為改進上述習用之發光 二^!的各項缺失，本創作人峨事此類產品製造多年之經驗，經過 長久努力研究與實驗，終於開發設計出本創作之交流驅 動式發光二極 體網絡，期能嘉惠所有的消費者及製造者。 【新型内容】 5 M406263 糊作之交流驅動用讀光二希亟體網絡的主要内容係在於提供— 種藉由數條子電路以並聯方式所組成的電_，且於每—條子電路適 當處佈設有至少二個以上暨極向反置串聯的發光二極體，並於上述1 相鄰暨極向反㈣聯連接的發光二減之間佈設有引導線，以致使其The protection circuit 12 touches at least a bipolar body i2i having a bidirectional characteristic, the bipolar characteristic of the pole body m material - a bidirectional zener diode having a bidirectional characteristic or a pnp type Zener having a bidirectional characteristic two_. The protection circuit 12 is connected in parallel with the light-emitting diode u, and the voltage source (4) is electrically connected to the protection circuit 12 and the light-emitting diode u. The voltage (4) is shared by the light-emitting diode n and the protection circuit 12, The voltage source 13 is an alternating current source. The light-emitting diode of the present invention is based on the illuminating diode provided by the n-type _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ After the screaming of the electricity, the electricity is passed to the circuit 12 without flowing to the light-emitting diode 1 to protect the light-emitting diode u from damage due to overcurrent, and the diode 121 used by the present invention is touched. Although it is not necessary to consider the connection relationship between the two sides, it is difficult to reduce the circuit design. From the above two cases, it can be seen that the conventional technology +, the general AC drive LED is connected in parallel by two LEDs in parallel. In addition, the ridge LED process is uneven. Every LED will have some errors. If the LED is used from the first string to the last one, the error will accumulate and the brightness will be uneven. In view of this, the creator is actively developing research, and in order to improve the lack of the above-mentioned illuminating luminosity, the creator has experienced many years of experience in manufacturing such products. After long-term efforts and experiments, he finally developed the design. The AC-driven LED network of this creation will benefit all consumers and manufacturers. [New content] 5 M406263 The main content of the AC-driven read-light two-six network is to provide an electric _ composed of several sub-circuits in parallel, and is arranged at appropriate for each-strip circuit. At least two or more illuminating diodes in reverse polarity are arranged in series, and a guiding line is arranged between the two adjacent illuminating and transversing (four) connecting lights, so that
能達到並聯配合串聯（或串聯配合並聯）的方式來避免累計誤差的產 生為其進步性功效D • 【實施方式】 本創作係有關於-種交流驅動用之發光二極體網絡，請參閱第三 圖所示，其包含有一交流電壓源卜電路網2及數個發光二極體3 〇、 31、32、33、34、35、36、37、38、3 9 3 〇,、 31、32’、33’、34’、35’、36，、37，、38，、39，，其 中乂"丨l電壓源1係與電路網2的電性呈搞接，而電路網2係由數條 —子電路21、2 2、2 3、2 4、2 5以並聯方式所組成的，而每一 _條子電路21、22、23、24、2 5適當處佈設有至少二個以上 的發光二極體3〇、31、32、33、34、35、36、37、 38、39、30’、31’、32，、33，、34，、35，、36，、3 了，、 3 8、3 9’ ’且使上述二相鄰發光二極體3 3丄、3 2、3 3、 34、35、36、37、38、39、30，、31，、32，、33，、 34 35、36、37、38’、3 9’的極向呈反向串聯連接，並 於上述二相鄰暨極向反向串聯連接的發光二極體3 〇、3丄、3 2、 33、34'35、36'37、38、39、30，、31，、32，、 6 M406263 33、34 35、36’、3 7’、3 8’、3 9,之間佈設有引導線4 〇、41、42、43、44、45、46'47、48;又，並聯 狀態下的二子電路21、22 (或21、2 3、或21、24、或2 1、25:或22、23、或23、24、或23、25、或24、 2 5 .·等）上的相對應之發光二極體3 〇、3 〇，的極性係朝不同方 向設置為之； • 引導線 4〇、41、42、43、44、45、46、47、4 • 8係以具有導電的材質為最佳’且引導線4〇、、41、42、4 3、 4 4、4 5、4 6、4 7、4 8係能連結於呈並聯狀態下的二子電路 21、22(或21、23、或21、24、或22、23、或23、 2 4 ..等）上的二發光二極體3 〇、3 1 ' 3 〇,、3 1，之間，以作 為改變電流流動的路徑暨驅動發光二極體3 〇、3丄、3 〇,、3丄， 啟動發光照明之用； 因此，當交流電壓源1為正電壓時，則會得電流先流人至已呈並 •聯狀態的電路網2之子電路22、24上（即子電路22、24係為 相同的功效’因此，本次實施例僅以子電路2 2作更進一步的說明） 且得以使電流從已位於子電路2 2上的發光二極體3 〇，正端流入再 —負端*人至第-條引導線4◦上；此時，由於第—條引導線4 〇 的另端係連結至呈並聯狀態的另—子電路21±，且於另—子電路2 1與第-條引導線4 0的雛點二側處分別佈設有極向不同的發光二 極體3 〇、31 (即電流僅能流入至下方的發光二極體3丄而無法流 入至上方的發光二極體31)，以致使電流僅能從另—子電路2丄上 7 M406263 的餐光-極體31正端流入暨從其負端流出至第二條一引導線4工 上’此時’由於第二條引導線4丄的另端係連結至呈並聯狀態的子電 2且於子電路2 2與第-條引導線41的辆接點二側處分別 佈設有極向不同的發光二極體3 Γ、3 2，（即電流僅能流入至下方的 發光一極體3 2’而無法流人至上方的發光二極體3 Γ)，以致使電流 .僅能從子電路2 2上的發光二極體3 2,正端流入暨從其負端流出至 第三條弓丨導線42上；此時，由於第三條弓丨導線42的另端係連結至 籲呈並聯狀恕的另一子電路2丄上，且於另一子電路2丄與第三條引導 線4 2的耦接點二側處分別佈設有極向不同的發光二極體3 2、3 3 (即電流僅能流人至下方的發光二極體3 3而無法流人至上方的發光 二極體3 2)，以致使電流僅能從另—子電路2 i上的發光二極體3 3正端流人暨從其負端流出至第四條引導線4 3上；此時，由於第四 條引導線4 3的另端係連結至呈並聯狀態的子電路2 2上，且於子電 路2 2與第四條引導線4 3的雛點二側處分別佈設有極向不同的發 鲁光二極體3 3,、3 4,（即電流僅能流入至下方的發光二極體3 4,而 鸹法流入至上方的發光二極體3 3，），以致使電流僅能從子電路2 2 上的發光二極體3 4’正端流入暨從其負端流出至第五條引導線4 4 上，此時，由於第五條引導線44的另端係連結至呈並聯狀態的另一 子電路21上，且於另一子電路21與第五條引導線4 4的耦接點二 側處分別佈設有極向不同的發光二極體34、3 5 (即電流僅能流入 至下方的發光二極體3 5而無法流入至上方的發光二極體3 4 )，以 致使電流僅能從另一子電路21上的發光二極體3 5正端流入暨從其 8 M406263 •負端流出至第六條引導線4 5上；此時，由於第六條引導線4 5的另 端係連結至呈並聯狀態的子電路2 2上，且於子電路2 2與第六條引 導線4 5的辆接點二側處分別佈設有極向不同的發光二極體3 5, ' 6，（即電流僅能流人至下方的發光二極體36，而無法流人至上方的^ 光二極體3 5，），以致使電流僅能從子電路2 2上的發光二極體3 & '正端流人暨從其負端流出至第七條5丨導線4 6上；此時，由於第七條 -引導線4 6的另端係連結至呈並聯狀態的另一子電路2丄上，且於另 鲁-子電路21與第七條引導線46的輕接點二側處分別佈設有極向不 同的發光二極體3 6、37 (即電流僅能流人至下方的發光二極體3 7而無法流人至上方的發光二極體3 6)，以致使電流僅能從另一子 電路21上的發光二極體3 6正端流入暨從其負端流出至第八條引導 線47上；此時’由於第八條引導線47的另端係連結至呈並聯狀態 的子電路2 2上，錄子電路2 2與“條引導線4 7_接點二側 處分別佈設有極向不同的發光二極體3 7，、3 8,（即電流僅能流入至 ®下方的發光一極體3 8’而無法流入至上方的發光二極體3 7，），以致 使電流僅能從子電路2 2上的發光二極體3 8,正端流入暨從其負端 流出至第九條引導線4 8上；此時，由於第九條引導線4 8的另端係 連結至呈並聯狀態的另一子電路21上，且於另一子電路21與第九 條引導線4 8的糕接點二側處分別佈設有極向不同的發光二極體3 8、39 (即電流僅能流入至下方的發光二極體39而無法流入至上 方的發光二極體3 8)，以致使電流僅能從另一子電路2丄上的發光 一極體3 8正端流入暨從其負端流出至交流電壓源1的負端，而形成 9 M406263 -接通迴路，以致使另-子電路2i上的發光二極 5 ' 37、39及子電路22上的發光二極體3Q，、3 2，、、3 4、，、 3 6’、3 8’產生接通發亮的作用； 當交流電壓源1為負電壓時（其技術手段及原理均同上所述，故 不再贅迷之），則會使付另-子電路2 i上的發光二 34、36、38及子電路22上的發光二極體31，、33，、35It can achieve the parallel effect of parallel connection series (or series connection parallel connection) to avoid the cumulative error D. [Embodiment] This creation system has a kind of LED system for AC drive, please refer to As shown in the three figures, it comprises an AC voltage source circuit network 2 and a plurality of light-emitting diodes 3 〇, 31, 32, 33, 34, 35, 36, 37, 38, 3 9 3 〇, 31, 32 ', 33', 34', 35', 36, 37, 38, 39, wherein 乂"丨1 voltage source 1 is connected to the electrical network 2, and the circuit network 2 is a plurality of sub-circuits 21, 2 2, 2 3, 2 4, 2 5 are formed in parallel, and each of the sub-circuits 21, 22, 23, 24, 2 5 is suitably provided with at least two or more Light-emitting diodes 3〇, 31, 32, 33, 34, 35, 36, 37, 38, 39, 30', 31', 32, 33, 34, 35, 36, 3 3 8 , 3 9 ' ' and the two adjacent light-emitting diodes 3 3 丄, 3 2, 3 3, 34, 35, 36, 37, 38, 39, 30, 31, 32, 33, Extreme orientation of 34, 35, 36, 37, 38', 3 9' Light-emitting diodes 3 〇, 3 丄, 3 2, 33, 34' 35, 36' 37, 38, 39, 30, 31, which are connected in series and connected in series in the above two adjacent ji polar reverse directions, , 32, 6 M406263 33, 34 35, 36', 3 7 ', 3 8 ', 3 9, between the guide lines 4 〇, 41, 42, 43, 44, 45, 46'47, 48; Further, the two sub-circuits 21, 22 (or 21, 2 3, or 21, 24, or 2 1 , 25: or 22, 23, or 23, 24, or 23, 25, or 24, 2 5 in the parallel state). · The corresponding LEDs on the LEDs 3 〇, 3 〇 are set in different directions; • Guide lines 4〇, 41, 42, 43, 44, 45, 46, 47, 4 • The 8 series is preferably made of a conductive material and the guide wires 4〇, 41, 42, 4 3, 4 4, 4 5, 4 6 , 4 7 , 4 8 can be connected to the two sub-circuits in a parallel state. 21, 22 (or 21, 23, or 21, 24, or 22, 23, or 23, 2 4 .., etc.) between the two light-emitting diodes 3 〇, 3 1 ' 3 〇, 3 1 , as a path to change the current flow and drive the light-emitting diodes 3 〇, 3 丄, 3 〇, 3 丄, to activate the illumination; therefore When the AC voltage source 1 is a positive voltage, the current is first flown to the sub-circuits 22, 24 of the circuit network 2 that have been in the parallel state (ie, the sub-circuits 22, 24 are the same function). The second embodiment is only further described by the sub-circuit 2 2) and allows the current to flow from the light-emitting diode 3 已 already located on the sub-circuit 2 2, and the positive end flows into the re-negative terminal * person to the first guide line 4◦; at this time, since the other end of the first guide line 4 连结 is connected to the other sub-circuit 21± in the parallel state, and the other sub-circuit 2 1 and the first guide line 40 The two sides of the point are respectively provided with different polar LEDs 3 〇, 31 (that is, the current can only flow into the lower LED 3 丄 and can not flow into the upper LED 31), so that the current Only from the other sub-circuit 2丄7 M406263 meal light-polar body 31 positive end inflow cum from its negative end to the second one guide line 4 work 'this time' due to the second guide line 4丄The other end is connected to the sub-electricity 2 in a parallel state, and the polarities are respectively disposed at the two sides of the sub-circuit 2 2 and the first guide line 41 Different light-emitting diodes 3 Γ, 3 2, (that is, the current can only flow into the lower light-emitting diode 3 2 ' and can not flow to the upper light-emitting diode 3 Γ), so that the current can only The light-emitting diode 3 2 on the sub-circuit 2 2 has a positive-end current flowing from its negative end to the third bow wire 42; at this time, since the other end of the third bow wire 42 is connected to the appeal 2. The other sub-circuit 2 is connected in parallel, and the opposite side of the coupling point of the other sub-circuit 2丄 and the third guiding line 4 2 are respectively disposed with different polar LEDs 2 . 3 3 (that is, the current can only flow to the lower LED 3 3 and cannot flow to the upper LED 3 2), so that the current can only be emitted from the LED on the other sub-circuit 2 i The body 3 3 is flowing from the negative end to the fourth guiding line 43; at this time, since the other end of the fourth guiding line 43 is connected to the sub-circuit 2 2 in the parallel state, And at the two sides of the sub-circuit 2 2 and the fourth guiding line 4 3 are respectively arranged with different polar light-emitting diodes 3 3, 3 4 (that is, the current can only flow into the lower light-emitting two) pole The body 3 4, and the 鸹 method flows into the upper light-emitting diode 3 3,), so that the current can only flow from the positive terminal of the light-emitting diode 3 on the sub-circuit 2 2 and flows out from the negative end thereof to the first On the five guiding lines 4 4 , at this time, since the other end of the fifth guiding line 44 is connected to the other sub-circuit 21 in the parallel state, and the other sub-circuit 21 and the fifth guiding line 4 4 Two light-emitting diodes 34 and 35 are disposed on the two sides of the coupling point respectively (that is, the light-emitting diodes 3 5 whose current can only flow into the lower light-emitting diodes 3 and cannot flow into the upper side) So that the current can only flow from the positive terminal of the light-emitting diode 35 on the other sub-circuit 21 and flow from its 8 M406263 • negative terminal to the sixth guide line 45; at this time, due to the sixth guide The other ends of the wires 4 5 are connected to the sub-circuits 2 2 in a parallel state, and the opposite sides of the sub-circuit 2 2 and the sixth guide line 45 are respectively disposed with different polar light-emitting diodes. Body 3 5, ' 6, (that is, the current can only flow to the lower LED 36, but can not flow to the upper photodiode 35,), so that the current is only From the light-emitting diodes 3 & 'the positive-end currents on the sub-circuit 2 2 and flowing out from their negative ends to the seventh 5-turn wires 46; at this time, due to the seventh-guide line 46 The end is connected to another sub-circuit 2丄 in a parallel state, and two different light-emitting diodes 3 are respectively disposed at two sides of the light-contact point of the other lu-sub-circuit 21 and the seventh guiding line 46. 6, 37 (that is, the current can only flow to the lower LED 3 7 and cannot flow to the upper LED 3 6), so that the current can only be emitted from the other sub-circuit 21 The body 3 6 inflow cum flows from its negative end to the eighth guiding line 47; at this time, 'because the other end of the eighth guiding line 47 is connected to the sub-circuit 2 2 in a parallel state, the recording circuit 2 2 and the two sides of the "guide line 4 7_ contact point are respectively arranged with different polar light-emitting diodes 3 7, 3, 8 (that is, the current can only flow into the lower side of the light-emitting diode 3 8 ' It is impossible to flow into the upper light-emitting diodes 3, 7) so that the current can only flow from the light-emitting diode 3 8 on the sub-circuit 2 2 to the positive end and flow out from the negative end to the ninth guide. 4 8; at this time, since the other end of the ninth guide line 48 is connected to another sub-circuit 21 in a parallel state, and the other sub-circuit 21 and the ninth guide line 48 are connected The two sides of the point are respectively provided with different polar LEDs 38, 39 (ie, the current can only flow into the lower LED 39 and cannot flow into the upper LED 38), so that the current is generated. It can only flow from the positive terminal of the other sub-circuit 2丄 to the negative terminal of the AC voltage source 1 to form a 9 M406263 - turn-on loop to cause another sub-circuit The light-emitting diodes 5' 37, 39 on the 2i and the light-emitting diodes 3Q, 3 2, , 3 4, , 3 6 ', 3 8 ' on the sub-circuit 22 are activated and turned on; When the AC voltage source 1 is a negative voltage (the technical means and principle are the same as described above, so it is no longer confusing), the light-emitting diodes 34, 36, 38 and the sub-circuit 22 on the other-sub-circuit 2 i are provided. Light-emitting diodes 31, 33, 35
=3 9’產生接通發亮的作用;是故，本創作能隨著交流電 父替個，而致使電_2上的發光二極體3 q 、 3 0'' 3 Γ 2,、3 3, 3 4、3 5、3 6、3 7、3 8 ' 3 q 3 4、3 5’、3 6’、3 7’、3 8’、3 9,败咖嫩序接通發 亮’以致使綱侧__蝴賴物的產生，^ 能在侧的贱二鋪3 魏不會㈣料 〇m2、33、34、36、37、38、3 = r、32’、33，、34，、35，、36，、”，，，：」 通發亮，以達到降低其維修費用。 死序接 以上僅為本__之實關，本創料受 〜 制’本創作之保護範_由以下之申請專利範_制。之細即限 M406263 【圖式簡單說明】 第一圖為習知之交流驅動之LED的連接方式。 第二圖為習知之交流驅動之LED及其保護電路的連接方式。 第三圖為本創作之電路示意圖。=3 9' produces the effect of turning on and off; therefore, this creation can replace the alternating currents with the alternating current, causing the light-emitting diodes 3 q , 3 0'' 3 Γ 2, 3 3 on the electricity _2 , 3 4, 3 5, 3 6 , 3 7 , 3 8 ' 3 q 3 4, 3 5 ', 3 6 ', 3 7 ', 3 8 ', 3 9, defeated the order To make the side __ the production of the butterfly, ^ can be on the side of the second shop 3 Wei will not (four) material 〇 m2, 33, 34, 36, 37, 38, 3 = r, 32', 33,, 34, , 35, 36,, ",,,:" are lit up to reduce their maintenance costs. The order of death is only the reality of this __, this creation is subject to the system of protection of the creation of the following patents. M406263 [Simple description of the diagram] The first figure shows the connection method of the conventional AC-driven LED. The second figure shows the connection of the conventional AC-driven LED and its protection circuit. The third picture is a schematic diagram of the circuit of the creation.
【主要元件符號說明】 交流電壓源1 電路網2 子電路2 1 子電路2 2 子電路2 3 子電路2 4 子電路2 5 發光二極體3 0 發光二極體31 發光二極體3 2 發光二極體3 3 發光二極體3 4 發光二極體3 5 發光二極體3 6 發光二極體3 7 發光二極體3 8 發光二極體3 9 發光二極體3 0’ 發光二極體3 Γ 發光二極體3 2’ 發光二極體3 3’ 發光二極體3 4’ 發光二極體3 5’ 發光二極體3 6’ 發光二極體3 7’ 發光二極體3 8’ 發光二極體3 9’ 引導線4 0 引導線4 1 引導線4 2 引導線4 3 引導線4 4 引導線4 5 引導線4 6 引導線4 7 引導線4 8 11[Main component symbol description] AC voltage source 1 Circuit network 2 Sub circuit 2 1 Sub circuit 2 2 Sub circuit 2 3 Sub circuit 2 4 Sub circuit 2 5 Light emitting diode 3 0 Light emitting diode 31 Light emitting diode 3 2 Light-emitting diode 3 3 Light-emitting diode 3 4 Light-emitting diode 3 5 Light-emitting diode 3 6 Light-emitting diode 3 7 Light-emitting diode 3 8 Light-emitting diode 3 9 Light-emitting diode 3 0' Diode 3 发光 Light-emitting diode 3 2' Light-emitting diode 3 3' Light-emitting diode 3 4' Light-emitting diode 3 5' Light-emitting diode 3 6' Light-emitting diode 3 7' Light-emitting diode Body 3 8' Light-emitting diode 3 9' Guide line 4 0 Guide line 4 1 Guide line 4 2 Guide line 4 3 Guide line 4 4 Guide line 4 5 Guide line 4 6 Guide line 4 7 Guide line 4 8 11