TWM464596U - Switching apparatus for energy saving lamps and switchable power supply apparatus for energy saving lamps - Google Patents

Switching apparatus for energy saving lamps and switchable power supply apparatus for energy saving lamps Download PDF

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Publication number
TWM464596U
TWM464596U TW102210979U TW102210979U TWM464596U TW M464596 U TWM464596 U TW M464596U TW 102210979 U TW102210979 U TW 102210979U TW 102210979 U TW102210979 U TW 102210979U TW M464596 U TWM464596 U TW M464596U
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TW
Taiwan
Prior art keywords
energy
saving lamp
electrically connected
power supply
unit
Prior art date
Application number
TW102210979U
Other languages
Chinese (zh)
Inventor
Jiun-Chau Tzeng
Original Assignee
Hsu Hsiu Yu
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 Hsu Hsiu Yu filed Critical Hsu Hsiu Yu
Publication of TWM464596U publication Critical patent/TWM464596U/en

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Classifications

    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
    • H05B45/30—Driver circuits
    • H05B45/37—Converter circuits
    • H05B45/3725—Switched mode power supply [SMPS]
    • H05B45/38—Switched mode power supply [SMPS] using boost topology
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
    • H05B45/30—Driver circuits
    • H05B45/37—Converter circuits
    • H05B45/3725—Switched mode power supply [SMPS]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
    • Y02B20/30—Semiconductor lamps, e.g. solid state lamps [SSL] light emitting diodes [LED] or organic LED [OLED]

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  • Circuit Arrangement For Electric Light Sources In General (AREA)

Abstract

The present invention relates to an energy-saving light switchover device, which is composed by an alternating-current power supply unit, a switch, a rectifier, a first energy-saving light, a second energy-saving light, a first energy-saving light power supply module, and a second energy-saving light power supply module. The energy-saving light switchover device comprises a first electric energy storage unit, a bistable multivibrator, and a switchover signal input end. The electric energy storage unit is electrically connected to the rectifier. The bistable multivibrator is electrically connected to the electric energy storage unit, to the first energy-saving light power supply module, and to the second energy-saving light power supply module. The switchover signal input end is electrically connected to the electrical energy storage unit and to the bistable multivibrator. The energy-saving light switchover device and the switchover-type energy-saving light power supply device provided in the present invention implement the goals of reduced costs, reduced electricity consumption, and increased reliability via the switch and the bistable multivibrator.

Description

節能燈切換裝置及切換式節能燈電源供應裝置Energy-saving lamp switching device and switching energy-saving lamp power supply device

本創作係有關於一種切換裝置及切換式電源供應裝置，特別是一種節能燈切換裝置及切換式節能燈電源供應裝置。The present invention relates to a switching device and a switching power supply device, in particular to an energy-saving lamp switching device and a switching energy-saving lamp power supply device.

由於全球環保意識日益高漲，因此預料在不久的將來，節能燈（energy saving lamp），例如螢光燈（fluorescent lamp）或發光二極體燈，將取代白熾燈（incandescent lamp）而成為照明的主流。在上述這些節能燈當中，螢光燈的電源供應裝置一般稱為鎮流器（ballast），而發光二極體燈的電源供應裝置一般稱為驅動器（driver）。Due to the increasing global awareness of environmental protection, it is expected that in the near future, energy saving lamps, such as fluorescent lamps or light-emitting diode lamps, will replace incandescent lamps and become the mainstream of lighting. . Among the above-mentioned energy-saving lamps, the power supply device of the fluorescent lamp is generally called a ballast, and the power supply device of the light-emitting diode lamp is generally called a driver.


螢光燈與發光二極體燈各有所長；螢光燈具有高亮度的優點，適合在閱讀時使用，發光二極體燈則適合在不需光線非常充足（例如睡眠時）使用，目前市面已上有將兩者結合後而可作切換控制的裝置，以符合不同狀況的需求；亦即，在適合需要使用螢光燈時切換為螢光燈，在適合需要使用發光二極體燈時切換為發光二極體燈。
Fluorescent lamps and LED lamps have their own advantages; fluorescent lamps have the advantage of high brightness, suitable for reading, and LED lamps are suitable for use without sufficient light (such as sleep). There is a device that can be used for switching control after combining the two to meet the needs of different situations; that is, switching to a fluorescent lamp when it is suitable to use a fluorescent lamp, when it is suitable to use a light-emitting diode lamp Switch to a light-emitting diode lamp.


然而，上述目前切換控制的裝置大多採用繼電器（relay）及其相關電路作為切換的控制，因此通常成本較高，耗電較高（約5～10mA），但可靠性卻較低。
However, most of the above-mentioned switching control devices use relays and related circuits as switching control, and therefore generally have high cost and high power consumption (about 5 to 10 mA), but the reliability is low.

為改善上述習知技術之缺點，本創作之目的在於提供一種節能燈切換裝置。In order to improve the above disadvantages of the prior art, the purpose of the present invention is to provide an energy saving lamp switching device.


為改善上述習知技術之缺點，本創作之又一目的在於提供一種切換式節能燈電源供應裝置。
In order to improve the above disadvantages of the prior art, another object of the present invention is to provide a switching type energy-saving lamp power supply device.


為達成本創作之上述目的，本創作之節能燈切換裝置係應用於一交流電源裝置、一開關、一整流器、一節能燈單元、一第一節能燈電源供應模組及一第二節能燈電源供應模組，該節能燈單元包含一第一節能燈及一第二節能燈，該開關電性連接至該交流電源裝置及該整流器，該第一節能燈電源供應模組電性連接至該第一節能燈及該整流器，該第二節能燈電源供應模組電性連接至該第二節能燈及該整流器，該節能燈切換裝置包含：一電能儲存單元，該電能儲存單元電性連接至該整流器；一雙穩態多諧振盪器，該雙穩態多諧振盪器電性連接至該電能儲存單元、該第一節能燈電源供應模組及該第二節能燈電源供應模組；及一切換訊號輸入端，該切換訊號輸入端電性連接至該電能儲存單元及該雙穩態多諧振盪器。
In order to achieve the above object of the present invention, the energy-saving lamp switching device of the present invention is applied to an AC power supply device, a switch, a rectifier, an energy-saving lamp unit, a first energy-saving lamp power supply module, and a second energy-saving lamp power supply. a power supply module, the energy-saving lamp unit includes a first energy-saving lamp and a second energy-saving lamp, the switch is electrically connected to the AC power supply device and the rectifier, and the first energy-saving lamp power supply module is electrically connected to the first An energy-saving lamp and the rectifier, the second energy-saving lamp power supply module is electrically connected to the second energy-saving lamp and the rectifier, the energy-saving lamp switching device comprises: an electric energy storage unit, the electric energy storage unit is electrically connected to the a bistable multivibrator electrically connected to the electrical energy storage unit, the first energy-saving lamp power supply module, and the second energy-saving lamp power supply module; The switching signal input end is electrically connected to the electrical energy storage unit and the bistable multivibrator.


為達成本創作之上述又一目的，本創作之切換式節能燈電源供應裝置係應用於一交流電源裝置、一開關及一節能燈單元，該節能燈單元包含一第一節能燈及一第二節能燈，該開關電性連接至該交流電源裝置，該切換式節能燈電源供應裝置包含：一整流器，該整流器電性連接至該開關；一第一節能燈電源供應模組，該第一節能燈電源供應模組電性連接至該第一節能燈及該整流器；一第二節能燈電源供應模組，該第二節能燈電源供應模組電性連接至該第二節能燈及該整流器；一電能儲存單元，該電能儲存單元電性連接至該整流器；一雙穩態多諧振盪器，該雙穩態多諧振盪器電性連接至該電能儲存單元、該第一節能燈電源供應模組及該第二節能燈電源供應模組；及一切換訊號輸入端，該切換訊號輸入端電性連接至該電能儲存單元及該雙穩態多諧振盪器。
In order to achieve the above-mentioned other object of the present invention, the switching energy-saving lamp power supply device of the present invention is applied to an AC power supply device, a switch and an energy-saving lamp unit, and the energy-saving lamp unit comprises a first energy-saving lamp and a second An energy-saving lamp, the switch is electrically connected to the AC power supply device, the switchable energy-saving lamp power supply device comprises: a rectifier electrically connected to the switch; a first energy-saving lamp power supply module, the first energy-saving The lamp power supply module is electrically connected to the first energy-saving lamp and the rectifier; a second energy-saving lamp power supply module, the second energy-saving lamp power supply module is electrically connected to the second energy-saving lamp and the rectifier; An electrical energy storage unit electrically connected to the rectifier; a bistable multivibrator electrically connected to the electrical energy storage unit, the first energy saving lamp power supply mode And the second energy-saving lamp power supply module; and a switching signal input end, the switching signal input end is electrically connected to the electrical energy storage unit and the bistable multivibrator.


本創作之功效在於提供一種低成本、低耗電、高可靠性之節能燈切換裝置及切換式節能燈電源供應裝置。
The function of the present invention is to provide a low-cost, low-power, high-reliability energy-saving lamp switching device and a switching energy-saving lamp power supply device.

10‧‧‧節能燈切換裝置
20‧‧‧交流電源裝置
30‧‧‧開關
40‧‧‧整流器
50‧‧‧第一節能燈
52‧‧‧節能燈單元
60‧‧‧第二節能燈
70‧‧‧第一節能燈電源供應模組
80‧‧‧第二節能燈電源供應模組
90‧‧‧切換式節能燈電源供應裝置
102‧‧‧電能儲存單元
104‧‧‧雙穩態多諧振盪器
106‧‧‧初始狀態選擇器
108‧‧‧切換訊號輸入端
702‧‧‧二極體
704‧‧‧輸入端濾波電容
706‧‧‧電源轉換單元
708‧‧‧起動單元
710‧‧‧起動輸入端
712‧‧‧分隔式控制介面
718‧‧‧電子式開關
720‧‧‧偏壓單元
722‧‧‧開關控制輸入端
724‧‧‧過電壓保護輸入端
726‧‧‧過電流保護輸入端
728‧‧‧功率因數校正器
730‧‧‧欠電壓鎖定偵測單元
732‧‧‧欠電壓鎖定輸入端
734‧‧‧升壓型有源功率因數校正器
736‧‧‧控制模組
738‧‧‧升壓二極管
740‧‧‧儲能電容
10202‧‧‧第七電阻
10204‧‧‧第八電阻
10206‧‧‧第三電容
10208‧‧‧第三二極體
10210‧‧‧第四電容
10212‧‧‧齊納二極體
10402‧‧‧第一電阻
10404‧‧‧第二電阻
10406‧‧‧第一電晶體
10408‧‧‧第二電晶體
10410‧‧‧第三電阻
10412‧‧‧第四電阻
10414‧‧‧第一二極體
10416‧‧‧第二二極體
10418‧‧‧第五電阻
10420‧‧‧第六電阻
10422‧‧‧第一電容
10424‧‧‧第二電容
10602‧‧‧初始狀態電容10‧‧‧ energy-saving lamp switching device
20‧‧‧AC power supply unit
30‧‧‧ switch
40‧‧‧Rectifier
50‧‧‧First energy saving lamp
52‧‧‧ energy saving lamp unit
60‧‧‧second energy-saving lamps
70‧‧‧First energy-saving lamp power supply module
80‧‧‧Second energy-saving lamp power supply module
90‧‧‧Switching energy-saving lamp power supply device
102‧‧‧Electric energy storage unit
104‧‧‧Bistable Multivibrator
106‧‧‧Initial state selector
108‧‧‧Switch signal input
702‧‧‧ diode
704‧‧‧Input filter capacitor
706‧‧‧Power Conversion Unit
708‧‧‧Starting unit
710‧‧‧Starting input
712‧‧‧Separate control interface
718‧‧‧Electronic switch
720‧‧‧bias unit
722‧‧‧Switch control input
724‧‧‧Overvoltage protection input
726‧‧‧Overcurrent protection input
728‧‧‧Power Factor Corrector
730‧‧‧Undervoltage Lock Detection Unit
732‧‧‧Undervoltage lock input
734‧‧‧Boost Active Power Factor Corrector
736‧‧‧Control Module
738‧‧‧Boost diode
740‧‧‧ storage capacitor
10202‧‧‧ seventh resistor
10204‧‧‧8th resistor
10206‧‧‧ third capacitor
10208‧‧‧ Third Dipole
10210‧‧‧fourth capacitor
10212‧‧‧Zina diode
10402‧‧‧First resistance
10404‧‧‧second resistance
10406‧‧‧First transistor
10408‧‧‧Second transistor
10410‧‧‧ Third resistor
10412‧‧‧fourth resistor
10414‧‧‧First Diode
10416‧‧‧Secondary diode
10418‧‧‧ fifth resistor
10420‧‧‧6th resistor
10422‧‧‧first capacitor
10424‧‧‧second capacitor
10602‧‧‧Initial state capacitance

第一圖為本創作之節能燈切換裝置方塊圖。
第二圖為本創作之雙穩態多諧振盪器及初始狀態選擇器及附近週邊電路方塊圖。
第三圖為本創作之電能儲存單元電路方塊圖。
第四圖為本創作之切換式節能燈電源供應裝置之第一實施例方塊圖。
第五圖為本創作之切換式節能燈電源供應裝置之第二實施例方塊圖。
第六圖為本創作之切換式節能燈電源供應裝置之第三實施例方塊圖。
第七圖為本創作之切換式節能燈電源供應裝置之第四實施例方塊圖。
第八圖為本創作之切換式節能燈電源供應裝置之第五實施例方塊圖。
第九圖為本創作之切換式節能燈電源供應裝置之第六實施例方塊圖。
第十圖為本創作之切換式節能燈電源供應裝置之第七實施例方塊圖。
第十一圖為本創作之切換式節能燈電源供應裝置之第八實施例方塊圖。
第十二圖為本創作之切換式節能燈電源供應裝置之第九實施例方塊圖。
第十三圖為本創作之切換式節能燈電源供應裝置之第十實施例方塊圖。
第十四圖為本創作之切換式節能燈電源供應裝置之第十一實施例方塊圖。
第十五圖為本創作之切換式節能燈電源供應裝置之第十二實施例方塊圖。
第十六圖為本創作之切換式節能燈電源供應裝置之第十三實施例方塊圖。
第十七圖為本創作之切換式節能燈電源供應裝置之第十四實施例方塊圖。
第十八圖為整流器之電路圖。
第十九圖為初始狀態選擇器之連接方式一。
第二十圖為初始狀態選擇器之連接方式二。
第二十一圖為初始狀態選擇器之連接方式三。
第二十二圖為初始狀態選擇器之連接方式四。
第二十三圖為第四圖之電路圖實施例一。
第二十四圖為第四圖之電路圖實施例二。
第二十五圖為第四圖之電路圖實施例三。
第二十六圖為第四圖之電路圖實施例四。
第二十七圖為第五圖之電路圖實施例。
第二十八圖為第六圖之電路圖實施例。
第二十九圖為第七圖之電路圖實施例。
第三十圖為第九圖之電路圖實施例。
第三十一圖為第十一圖之電路圖實施例。
第三十二圖為第十二圖之電路圖實施例一。
第三十三圖為第十二圖之電路圖實施例二。
第三十四圖為第十三圖之電路圖實施例。
第三十五圖為第十四圖之電路圖實施例。
第三十六圖為第十五圖之電路圖實施例。
第三十七圖為第十六圖之電路圖實施例。
第三十八圖為第十七圖之電路圖實施例。The first picture is a block diagram of the energy-saving lamp switching device of the creation.
The second picture is a block diagram of the bistable multivibrator and initial state selector of the creation and the surrounding peripheral circuit.
The third figure is a block diagram of the circuit of the electrical energy storage unit of the present invention.
The fourth figure is a block diagram of a first embodiment of the switching power supply lamp power supply device of the present invention.
The fifth figure is a block diagram of a second embodiment of the switching energy-saving lamp power supply device of the present invention.
The sixth figure is a block diagram of a third embodiment of the switching power supply lamp power supply device of the present invention.
The seventh figure is a block diagram of a fourth embodiment of the switching power-saving lamp power supply device of the present invention.
The eighth figure is a block diagram of a fifth embodiment of the switching energy-saving lamp power supply device of the present invention.
The ninth drawing is a block diagram of a sixth embodiment of the switching energy-saving lamp power supply device of the present invention.
The tenth block is a block diagram of a seventh embodiment of the switching energy-saving lamp power supply device of the present invention.
Figure 11 is a block diagram showing an eighth embodiment of the switching power-saving lamp power supply device of the present invention.
Fig. 12 is a block diagram showing a ninth embodiment of the switching power supply lamp power supply device of the present invention.
Figure 13 is a block diagram showing a tenth embodiment of the switching type energy-saving lamp power supply device of the present invention.
Fig. 14 is a block diagram showing the eleventh embodiment of the switching type energy-saving lamp power supply device of the present invention.
The fifteenth figure is a block diagram of a twelfth embodiment of the switching power-saving lamp power supply device of the present invention.
Figure 16 is a block diagram showing a thirteenth embodiment of the switching power supply lamp power supply device of the present invention.
Figure 17 is a block diagram showing a fourteenth embodiment of the switching type energy-saving lamp power supply device of the present invention.
Figure 18 is a circuit diagram of the rectifier.
The nineteenth figure shows the connection mode of the initial state selector.
The twenty-fifth figure shows the connection mode 2 of the initial state selector.
The twenty-first figure shows the connection mode 3 of the initial state selector.
The twenty-second figure is the connection mode four of the initial state selector.
The twenty-third figure is a first embodiment of the circuit diagram of the fourth figure.
The twenty-fourth embodiment is a second embodiment of the circuit diagram of the fourth figure.
The twenty-fifth figure is a third embodiment of the circuit diagram of the fourth figure.
The twenty-sixth embodiment is a fourth embodiment of the circuit diagram of the fourth figure.
The twenty-seventh drawing is a circuit diagram embodiment of the fifth figure.
The twenty-eighthth embodiment is a circuit diagram embodiment of the sixth figure.
The twenty-ninth figure is a circuit diagram embodiment of the seventh figure.
Figure 30 is a circuit diagram embodiment of the ninth diagram.
The thirty-first figure is an embodiment of the circuit diagram of the eleventh figure.
Figure 32 is a first embodiment of the circuit diagram of the twelfth figure.
The thirty-third figure is a second embodiment of the circuit diagram of the twelfth figure.
The thirty-fourth embodiment is a circuit diagram embodiment of the thirteenth diagram.
Figure 35 is a circuit diagram embodiment of the fourteenth diagram.
Figure 36 is a circuit diagram embodiment of the fifteenth diagram.
Figure 37 is a circuit diagram embodiment of the sixteenth diagram.
Figure 38 is a circuit diagram embodiment of the seventeenth diagram.

請參考第一圖，其係為本創作之節能燈切換裝置方塊圖。本創作之節能燈切換裝置10係應用於一交流電源裝置20、一開關30、一整流器40、一節能燈單元52、一第一節能燈電源供應模組70及一第二節能燈電源供應模組80；該節能燈單元52包含一第一節能燈50及一第二節能燈60；該開關30電性連接至該交流電源裝置20及該整流器40；該第一節能燈電源供應模組70電性連接至該第一節能燈50及該整流器40；該第二節能燈電源供應模組80電性連接至該第二節能燈60及該整流器40。Please refer to the first figure, which is a block diagram of the energy-saving lamp switching device of the present invention. The energy-saving lamp switching device 10 of the present invention is applied to an AC power supply device 20, a switch 30, a rectifier 40, an energy-saving lamp unit 52, a first energy-saving lamp power supply module 70, and a second energy-saving lamp power supply mode. The energy-saving lamp unit 52 includes a first energy-saving lamp 50 and a second energy-saving lamp 60; the switch 30 is electrically connected to the AC power supply device 20 and the rectifier 40; the first energy-saving lamp power supply module 70 The second energy-saving lamp power supply module 80 is electrically connected to the second energy-saving lamp 60 and the rectifier 40.


該節能燈切換裝置10包含一電能儲存單元102、一雙穩態多諧振盪器104、一初始狀態選擇器106及一切換訊號輸入端108。
The energy-saving lamp switching device 10 includes an electrical energy storage unit 102, a bistable multivibrator 104, an initial state selector 106, and a switching signal input terminal 108.


該電能儲存單元102電性連接至該整流器40；該雙穩態多諧振盪器104電性連接至該電能儲存單元102、該第一節能燈電源供應模組70及該第二節能燈電源供應模組80；該切換訊號輸入端108電性連接至該電能儲存單元102及該雙穩態多諧振盪器104；該初始狀態選擇器106電性連接至該雙穩態多諧振盪器104。
The electrical energy storage unit 102 is electrically connected to the rectifier 40. The bistable multivibrator 104 is electrically connected to the electrical energy storage unit 102, the first energy-saving lamp power supply module 70, and the second energy-saving lamp power supply. The switching signal input terminal 108 is electrically connected to the electrical energy storage unit 102 and the bistable multivibrator 104; the initial state selector 106 is electrically connected to the bistable multivibrator 104.


在本創作之一具體實施方式，可為例如：當該開關30第一次被開啟時，該第一節能燈50被點亮而該第二節能燈60不被點亮；接著在一預定時間（例如三秒）內，當該開關30再一次（即第二次）被開啟時，該第一節能燈50不被點亮而該第二節能燈60被點亮；餘此類推，從而達到於兩節能燈之間作切換之目的。
In one embodiment of the present invention, for example, when the switch 30 is turned on for the first time, the first energy saving lamp 50 is illuminated and the second energy saving lamp 60 is not illuminated; then at a predetermined time (for example, three seconds), when the switch 30 is turned on again (ie, the second time), the first energy saving lamp 50 is not illuminated and the second energy saving lamp 60 is illuminated; Switch between the two energy-saving lamps.


請參考第二圖，其係為本創作之雙穩態多諧振盪器及初始狀態選擇器及附近週邊電路方塊圖。該初始狀態選擇器106包含一初始狀態電容10602，該初始狀態電容10602的一端電性連接至該雙穩態多諧振盪器104，該初始狀態電容10602的另一端電性連接至地（電路的地或如第十八至第三十八圖中之電路之共同連接處B1）。
Please refer to the second figure, which is a block diagram of the bistable multivibrator and the initial state selector and the nearby peripheral circuits. The initial state capacitor 106 includes an initial state capacitor 10602. One end of the initial state capacitor 10602 is electrically coupled to the flip-flop 104. The other end of the initial state capacitor 10602 is electrically connected to ground (electrical Ground or the common connection of circuits in the eighteenth to thirty-eighth diagrams B1).


該雙穩態多諧振盪器104包含一第一電阻10402、一第二電阻10404、一第一電晶體10406、一第二電晶體10408、一第三電阻10410、一第四電阻10412、一第一二極體10414、一第二二極體10416、一第五電阻10418、一第六電阻10420、一第一電容10422及一第二電容10424。
The bistable multivibrator 104 includes a first resistor 10402, a second resistor 10404, a first transistor 10406, a second transistor 10408, a third resistor 10410, a fourth resistor 10412, and a first resistor. A diode 10414, a second diode 10416, a fifth resistor 10418, a sixth resistor 10420, a first capacitor 10422 and a second capacitor 10424.


該第一電阻10402的一端電性連接至該電能儲存單元102，該第一電阻10402的另一端電性連接至該第一節能燈電源供應模組70；該第二電阻10404的一端電性連接至該電能儲存單元102及該第一電阻10402的一端，該第二電阻10404的另一端電性連接至該第二節能燈電源供應模組80；該第一電晶體10406的第一端電性連接至該第一電阻10402的另一端及該第一節能燈電源供應模組70，該第一電晶體10406的第三端接地（電路的地或如第十八至第三十八圖中之電路之共同連接處B1）；該第二電晶體10408的第一端電性連接至該第二電阻10404的另一端及該第二節能燈電源供應模組80，該第二電晶體10408的第三端接地（電路的地或如第十八至第三十八圖中之電路之共同連接處B1）。
One end of the first resistor 10402 is electrically connected to the electrical energy storage unit 102. The other end of the first resistor 10402 is electrically connected to the first energy-saving lamp power supply module 70. One end of the second resistor 10404 is electrically connected. The other end of the second resistor 10404 is electrically connected to the second energy-saving lamp power supply module 80; the first end of the first transistor 10406 is electrically connected to the first end of the first resistor 10402. Connected to the other end of the first resistor 10402 and the first energy-saving lamp power supply module 70, the third end of the first transistor 10406 is grounded (the ground of the circuit or as shown in the eighteenth to thirty-eighthth a common connection of the circuit B1); the first end of the second transistor 10408 is electrically connected to the other end of the second resistor 10404 and the second energy-saving lamp power supply module 80, the second transistor 10408 Three-terminal grounding (the ground of the circuit or the common connection B1 of the circuits in the eighteenth to thirty-eighthth drawings).


該第三電阻10410的一端電性連接至該第一電晶體10406的第一端、該第一電阻10402的另一端及該第一節能燈電源供應模組70，該第三電阻10410的另一端電性連接至該第二電晶體10408的第二端；該第四電阻10412的一端電性連接至該第一電晶體10406的第二端，該第四電阻10412的另一端電性連接至該第二電晶體10408的第一端、該第二電阻10404的另一端及該第二節能燈電源供應模組80；該第一二極體10414的陽極電性連接至該第一電晶體10406的第二端及該第四電阻10412的一端；該第二二極體10416的陽極電性連接至該第二電晶體10408的第二端及該第三電阻10410的另一端。
One end of the third resistor 10410 is electrically connected to the first end of the first transistor 10406, the other end of the first resistor 10402, and the first energy-saving lamp power supply module 70, and the other end of the third resistor 10410 Electrically connected to the second end of the second transistor 10408; one end of the fourth resistor 10412 is electrically connected to the second end of the first transistor 10406, and the other end of the fourth resistor 10412 is electrically connected to the a first end of the second transistor 10408, the other end of the second resistor 10404, and the second energy-saving lamp power supply module 80; the anode of the first diode 1014 is electrically connected to the first transistor 10406 The second end and the fourth resistor 10412 are electrically connected to the second end of the second transistor 10408 and the other end of the third resistor 10410.


該第五電阻10418的一端電性連接至該第一電晶體10406的第一端、該第一電阻10402的另一端、該第三電阻10410的一端及該第一節能燈電源供應模組70，該第五電阻10418的另一端電性連接至該第一二極體10414的陰極；該第六電阻10420的一端電性連接至該第二二極體10416的陰極，該第六電阻10420的另一端電性連接至該第二電晶體10408的第一端、該第二電阻10404的另一端、該第四電阻10412的另一端及該第二節能燈電源供應模組80。
One end of the fifth resistor 10418 is electrically connected to the first end of the first transistor 10406, the other end of the first resistor 10402, one end of the third resistor 10410, and the first energy-saving lamp power supply module 70, The other end of the fifth resistor 10418 is electrically connected to the cathode of the first diode 1014; one end of the sixth resistor 10420 is electrically connected to the cathode of the second diode 10416, and the sixth resistor 10420 is further One end is electrically connected to the first end of the second transistor 10408, the other end of the second resistor 10404, the other end of the fourth resistor 10412, and the second energy-saving lamp power supply module 80.


該第一電容10422的一端電性連接至該第一二極體10414的陰極及該第五電阻10418的另一端，該第一電容10422的另一端電性連接至該切換訊號輸入端108；該第二電容10424的一端電性連接至該第二二極體10416的陰極及該第六電阻10420的一端，該第二電容10424的另一端電性連接至該切換訊號輸入端108及該第一電容10422的另一端。
One end of the first capacitor 10422 is electrically connected to the cathode of the first diode 1014 and the other end of the fifth resistor 10418. The other end of the first capacitor 10422 is electrically connected to the switching signal input terminal 108. One end of the second capacitor 10424 is electrically connected to the cathode of the second diode 10416 and one end of the sixth resistor 10420. The other end of the second capacitor 10424 is electrically connected to the switching signal input terminal 108 and the first The other end of the capacitor 10422.


當該初始狀態電容10602接在該第一節能燈電源供應模組70的一側時（即如第二圖所示）或接在該第二電晶體10408的第二端時:當該開關30第一次被開啟時，該第一節能燈電源供應模組70接收到一低電位 (或零電位) 控制訊號而該第二節能燈電源供應模組80則接收到一高電位控制訊號。當該初始狀態電容10602接在該第二節能燈電源供應模組80的一側時或接在該第一電晶體10406的第二端時：當該開關30第一次被開啟時，該第一節能燈電源供應模組70接收到一高電位控制訊號而該第二節能燈電源供應模組80則接收到一低電位(或零電位)控制訊號。藉此，達成初始狀態選擇的功能，並提高切換可靠性。
When the initial state capacitor 10602 is connected to one side of the first energy-saving lamp power supply module 70 (ie, as shown in the second figure) or to the second end of the second transistor 10408: when the switch 30 When first turned on, the first energy-saving lamp power supply module 70 receives a low potential (or zero potential) control signal and the second energy-saving lamp power supply module 80 receives a high-potential control signal. When the initial state capacitor 10602 is connected to one side of the second energy-saving lamp power supply module 80 or to the second end of the first transistor 10406: when the switch 30 is turned on for the first time, the first An energy-saving lamp power supply module 70 receives a high-potential control signal and the second energy-saving lamp power supply module 80 receives a low-potential (or zero-potential) control signal. Thereby, the function of the initial state selection is achieved, and the switching reliability is improved.


在第二圖當中，該第二節能燈電源供應模組80亦可不為與該第二電阻10404、該第四電阻10412、該第二電晶體10408及該第六電阻10420電性連接，而是與該第一節能燈電源供應模組70同一側，與該第一電阻10402、該第三電阻10410、該第一電晶體10406、該第五電阻10418及該初始狀態選擇器106電性連接；此時，該第一節能燈50被點亮的條件為該第一節能燈電源供應模組70需接收一高電位控制訊號，而該第二節能燈60被點亮的條件為該第二節能燈電源供應模組80需接收一低電位(或零電位)控制訊號；或該第一節能燈50被點亮的條件為該第一節能燈電源供應模組70需接收一低電位(或零電位)控制訊號，而該第二節能燈60被點亮的條件為該第二節能燈電源供應模組80需接收一高電位控制訊號。
In the second figure, the second energy-saving lamp power supply module 80 may not be electrically connected to the second resistor 10404, the fourth resistor 10412, the second transistor 10408, and the sixth resistor 10420, but The first resistor 10402, the third resistor 10410, the first transistor 10406, the fifth resistor 10418, and the initial state selector 106 are electrically connected to the same side of the first energy-saving lamp power supply module 70; At this time, the condition that the first energy-saving lamp 50 is illuminated is that the first energy-saving lamp power supply module 70 needs to receive a high-potential control signal, and the condition that the second energy-saving lamp 60 is illuminated is the second energy-saving. The lamp power supply module 80 needs to receive a low potential (or zero potential) control signal; or the first energy saving lamp 50 is illuminated under the condition that the first energy saving lamp power supply module 70 needs to receive a low potential (or zero). The potential is controlled by the signal, and the second energy-saving lamp 60 is illuminated. The second energy-saving lamp power supply module 80 needs to receive a high-potential control signal.


請參考第三圖，其係為本創作之電能儲存單元電路方塊圖。該電能儲存單元102包含一第七電阻10202、一第八電阻10204、一第三電容10206、一第三二極體10208、一第四電容10210及一齊納二極體10212。
Please refer to the third figure, which is a block diagram of the electrical energy storage unit circuit of the present invention. The electrical energy storage unit 102 includes a seventh resistor 10202, an eighth resistor 10204, a third capacitor 10206, a third diode 10208, a fourth capacitor 10210, and a Zener diode 10212.


該第七電阻10202的一端電性連接至該整流器40，該第七電阻10202的另一端電性連接至該切換訊號輸入端108；該第八電阻10204的一端電性連接至該第七電阻10202的另一端及該切換訊號輸入端108，該第八電阻10204的另一端電性連接至地（電路的地或如第十八至第三十八圖中之電路之共同連接處B1）；該第三電容10206的一端電性連接至該第七電阻10202的另一端、該第八電阻10204的一端及該切換訊號輸入端108，該第三電容10206的另一端電性連接至地（電路的地或如第十八至第三十八圖中之電路之共同連接處B1）。
One end of the seventh resistor 10202 is electrically connected to the rectifier 40, and the other end of the seventh resistor 10202 is electrically connected to the switching signal input terminal 108. One end of the eighth resistor 10204 is electrically connected to the seventh resistor 10202. The other end of the eighth resistor 10204 is electrically connected to the ground (the ground of the circuit or the common connection B1 of the circuits in the eighteenth to thirty-eighth diagrams); One end of the third capacitor 10206 is electrically connected to the other end of the seventh resistor 10202, one end of the eighth resistor 10204 and the switching signal input terminal 108, and the other end of the third capacitor 10206 is electrically connected to the ground (circuit Ground or the common connection of circuits in the eighteenth to thirty-eighth diagrams B1).


該第三二極體10208的陽極電性連接至該第七電阻10202的另一端、該第八電阻10204的一端、該第三電容10206的一端及該切換訊號輸入端108，該第三二極體10208的陰極電性連接至該雙穩態多諧振盪器104；該第四電容10210的一端電性連接至該第三二極體10208的陰極及該雙穩態多諧振盪器104，該第四電容10210的另一端電性連接至地（電路的地或如第十八至第三十八圖中之電路之共同連接處B1）；該齊納二極體10212的陰極電性連接至該第三二極體10208的陰極、該雙穩態多諧振盪器104及該第四電容10210的一端，該齊納二極體10212的陽極電性連接至地（電路的地或如第十八至第三十八圖中之電路之共同連接處B1）。
The anode of the third diode 10208 is electrically connected to the other end of the seventh resistor 10202, one end of the eighth resistor 10204, one end of the third capacitor 10206, and the switching signal input terminal 108. The third diode The cathode of the body 10208 is electrically connected to the bistable multivibrator 104. One end of the fourth capacitor 10210 is electrically connected to the cathode of the third diode 10208 and the bistable multivibrator 104. The other end of the fourth capacitor 10210 is electrically connected to the ground (the ground of the circuit or the common connection B1 of the circuit in the eighteenth to thirty-eighthth drawings); the cathode of the Zener diode 10212 is electrically connected to The anode of the third diode 10208, the bistable multivibrator 104, and one end of the fourth capacitor 10210, the anode of the Zener diode 10212 is electrically connected to ground (circuit ground or as the tenth The common connection of the circuits in Figures 8 to 38 is B1).


請參考第四圖，其係為本創作之切換式節能燈電源供應裝置之第一實施例方塊圖。該切換式節能燈電源供應裝置90係應用於一交流電源裝置20、一開關30及一節能燈單元52；該節能燈單元52包含一第一節能燈50及一第二節能燈60；該開關30電性連接至該交流電源裝置20。
Please refer to the fourth figure, which is a block diagram of a first embodiment of the switching power supply lamp power supply device of the present invention. The switching energy-saving lamp power supply device 90 is applied to an AC power supply device 20, a switch 30 and an energy-saving lamp unit 52; the energy-saving lamp unit 52 includes a first energy-saving lamp 50 and a second energy-saving lamp 60; 30 is electrically connected to the AC power supply device 20.


該切換式節能燈電源供應裝置90包含一整流器40、一第一節能燈電源供應模組70、一第二節能燈電源供應模組80、一電能儲存單元102、一雙穩態多諧振盪器104、一初始狀態選擇器106及一切換訊號輸入端108。
The switching energy-saving lamp power supply device 90 includes a rectifier 40, a first energy-saving lamp power supply module 70, a second energy-saving lamp power supply module 80, an electrical energy storage unit 102, and a bistable multivibrator. 104. An initial state selector 106 and a switching signal input terminal 108.


該整流器40電性連接至該開關30；該第一節能燈電源供應模組70電性連接至該第一節能燈50及該整流器40；該第二節能燈電源供應模組80電性連接至該第二節能燈60及該整流器40；該電能儲存單元102電性連接至該整流器40；該雙穩態多諧振盪器104電性連接至該電能儲存單元102、該第一節能燈電源供應模組70及該第二節能燈電源供應模組80；該切換訊號輸入端108電性連接至該電能儲存單元102及該雙穩態多諧振盪器104；該初始狀態選擇器106電性連接至該雙穩態多諧振盪器104。
The rectifier 40 is electrically connected to the switch 30; the first energy-saving lamp power supply module 70 is electrically connected to the first energy-saving lamp 50 and the rectifier 40; the second energy-saving lamp power supply module 80 is electrically connected to The second energy-saving lamp 60 and the rectifier 40; the electrical energy storage unit 102 is electrically connected to the rectifier 40; the bistable multivibrator 104 is electrically connected to the electrical energy storage unit 102, the first energy-saving lamp power supply The module 70 and the second energy-saving lamp power supply module 80; the switching signal input terminal 108 is electrically connected to the electrical energy storage unit 102 and the bistable multivibrator 104; the initial state selector 106 is electrically connected To the flip-flop 104.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一二極體702、一輸入端濾波電容704、一電源轉換單元706、一起動單元708、一起動輸入端710及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a diode 702 and an input end. The filter capacitor 704, a power conversion unit 706, a unit 708, a mobile input terminal 710, and a separate control interface 712.


該二極體702的陽極電性連接至該整流器40；該輸入端濾波電容704電性連接至該二極體702的陰極；該電源轉換單元706電性連接至該輸入端濾波電容704及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該起動單元708電性連接至該整流器40及該二極體702的陽極；該起動輸入端710電性連接至該起動單元708及該電源轉換單元706；該分隔式控制介面712電性連接至該起動輸入端710及該雙穩態多諧振盪器104。
The anode of the diode 702 is electrically connected to the rectifier 40; the input filter capacitor 704 is electrically connected to the cathode of the diode 702; the power conversion unit 706 is electrically connected to the input filter capacitor 704 and the The energy-saving lamp unit 52 (shown in the figure is electrically connected to the first energy-saving lamp 50); the starting unit 708 is electrically connected to the rectifier 40 and the anode of the diode 702; the starting input terminal 710 is electrically connected The starter unit 708 and the power conversion unit 706 are electrically connected to the start input 710 and the bistable multivibrator 104.


再者，凡與前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述者，於此不再贅述。
Furthermore, the description of the electrical connection and electrical flow function of the same components as the above-described energy-saving lamp switching device 10 will not be repeated here.


請參考第五圖，其係為本創作之切換式節能燈電源供應裝置之第二實施例方塊圖。第五圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the fifth figure, which is a block diagram of a second embodiment of the switching energy-saving lamp power supply device of the present invention. The fifth and fourth figures and the above-mentioned energy-saving lamp switching device 10 have the same electrical connection and electrical flow function description, and will not be further described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一二極體702、一輸入端濾波電容704、一電源轉換單元706、一欠電壓鎖定偵測單元730、一欠電壓鎖定輸入端732及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a diode 702 and an input end. The filter capacitor 704, a power conversion unit 706, an under voltage lock detection unit 730, an under voltage lock input terminal 732 and a separate control interface 712.


該二極體702的陽極電性連接至該整流器40；該輸入端濾波電容704電性連接至該二極體702的陰極；該電源轉換單元706電性連接至該輸入端濾波電容704及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該欠電壓鎖定偵測單元730電性連接至該整流器40及該二極體702的陽極；該欠電壓鎖定輸入端732電性連接至該欠電壓鎖定偵測單元730及該電源轉換單元706；該分隔式控制介面712電性連接至該欠電壓鎖定輸入端732及該雙穩態多諧振盪器104。
The anode of the diode 702 is electrically connected to the rectifier 40; the input filter capacitor 704 is electrically connected to the cathode of the diode 702; the power conversion unit 706 is electrically connected to the input filter capacitor 704 and the The energy-saving lamp unit 52 (shown in the figure is electrically connected to the first energy-saving lamp 50); the under-voltage lock detecting unit 730 is electrically connected to the rectifier 40 and the anode of the diode 702; the undervoltage lock The input terminal 732 is electrically connected to the undervoltage lock detecting unit 730 and the power conversion unit 706. The split control interface 712 is electrically connected to the undervoltage lock input terminal 732 and the bistable multivibrator 104.


請參考第六圖，其係為本創作之切換式節能燈電源供應裝置之第三實施例方塊圖。第六圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the sixth figure, which is a block diagram of a third embodiment of the switching power supply lamp power supply device of the present invention. 6 and 4 and the foregoing description of the electrical connection and electrical flow function of the same components of the energy-saving lamp switching device 10 will not be repeated here.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一二極體702、一輸入端濾波電容704、一電子式開關718、一偏壓單元720、一開關控制輸入端722及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a diode 702 and an input end. Filter capacitor 704, an electronic switch 718, a biasing unit 720, a switch control input 722 and a separate control interface 712.


該二極體702的陽極電性連接至該整流器40；該輸入端濾波電容704電性連接至該二極體702的陰極及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該電子式開關718電性連接至該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該偏壓單元720電性連接至該整流器40及該二極體702的陽極；該開關控制輸入端722電性連接至該偏壓單元720及該電子式開關718；該分隔式控制介面712電性連接至該開關控制輸入端722及該雙穩態多諧振盪器104；如第二十八圖所示，該電子式開關718更可包含一限電流電阻R37。
The anode of the diode 702 is electrically connected to the rectifier 40; the input filter capacitor 704 is electrically connected to the cathode of the diode 702 and the energy-saving lamp unit 52 (shown in the figure is electrically connected to the first An energy-saving lamp 50); the electronic switch 718 is electrically connected to the energy-saving lamp unit 52 (shown in the figure is electrically connected to the first energy-saving lamp 50); the biasing unit 720 is electrically connected to the rectifier 40 And the anode of the diode 702; the switch control input 722 is electrically connected to the bias unit 720 and the electronic switch 718; the split control interface 712 is electrically connected to the switch control input 722 and the pair The steady state multivibrator 104; as shown in the twenty-eighth figure, the electronic switch 718 may further include a current limiting resistor R37.


請參考第七圖，其係為本創作之切換式節能燈電源供應裝置之第四實施例方塊圖。第七圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the seventh figure, which is a block diagram of a fourth embodiment of the switching energy-saving lamp power supply device of the present invention. 7 and 4 and the foregoing description of the electrical connection and electrical flow function of the same components of the energy-saving lamp switching device 10 will not be repeated here.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一電源轉換單元706、一起動輸入端710及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a power conversion unit 706 and a dynamic input. End 710 and a separate control interface 712.


該電源轉換單元706電性連接至該整流器40及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該起動輸入端710電性連接至該電源轉換單元706；該分隔式控制介面712電性連接至該起動輸入端710及該雙穩態多諧振盪器104。
The power conversion unit 706 is electrically connected to the rectifier 40 and the energy saving lamp unit 52 (shown electrically connected to the first energy saving lamp 50); the starting input 710 is electrically connected to the power conversion unit 706. The split control interface 712 is electrically coupled to the start input 710 and the bistable multivibrator 104.


請參考第八圖，其係為本創作之切換式節能燈電源供應裝置之第五實施例方塊圖。第八圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the eighth figure, which is a block diagram of a fifth embodiment of the switching energy-saving lamp power supply device of the present invention. 8 and 4 and the foregoing description of the electrical connection and electrical flow function of the same components of the energy-saving lamp switching device 10 will not be repeated here.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一電源轉換單元706、一欠電壓鎖定輸入端732及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a power conversion unit 706 and an undervoltage. The input 732 is locked and a separate control interface 712 is provided.


該電源轉換單元706電性連接至該整流器40及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該欠電壓鎖定輸入端732電性連接至該電源轉換單元706；該分隔式控制介面712電性連接至該欠電壓鎖定輸入端732及該雙穩態多諧振盪器104。
The power conversion unit 706 is electrically connected to the rectifier 40 and the energy-saving lamp unit 52 (shown electrically connected to the first energy-saving lamp 50); the under-voltage lock input 732 is electrically connected to the power conversion The split control interface 712 is electrically connected to the undervoltage lock input 732 and the flip-flop 104.


請參考第九圖，其係為本創作之切換式節能燈電源供應裝置之第六實施例方塊圖。第九圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the ninth figure, which is a block diagram of a sixth embodiment of the switching energy-saving lamp power supply device of the present invention. The description of the electrical connection and the electrical flow function of the same components of the ninth and fourth figures and the energy-saving lamp switching device 10 will not be repeated here.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一電源轉換單元706、一過電壓保護輸入端724及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a power conversion unit 706 and an over-voltage. The input 724 is protected and a separate control interface 712 is provided.


該電源轉換單元706電性連接至該整流器40及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該過電壓保護輸入端724電性連接至該電源轉換單元706；該分隔式控制介面712電性連接至該過電壓保護輸入端724及該雙穩態多諧振盪器104。
The power conversion unit 706 is electrically connected to the rectifier 40 and the energy saving lamp unit 52 (shown electrically connected to the first energy saving lamp 50); the overvoltage protection input 724 is electrically connected to the power conversion The unit 706 is electrically connected to the overvoltage protection input 724 and the bistable multivibrator 104.


請參考第十圖，其係為本創作之切換式節能燈電源供應裝置之第七實施例方塊圖。第十圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the tenth figure, which is a block diagram of a seventh embodiment of the switching energy-saving lamp power supply device of the present invention. The electrical connection and the electrical flow function of the same components of the energy saving lamp switching device 10 in the tenth and fourth embodiments are not described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一電源轉換單元706、一過電流保護輸入端726及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a power conversion unit 706 and an overcurrent. Protection input 726 and a separate control interface 712.


該電源轉換單元706電性連接至該整流器40及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該過電流保護輸入端726電性連接至該電源轉換單元706；該分隔式控制介面712電性連接至該過電流保護輸入端726及該雙穩態多諧振盪器104。
The power conversion unit 706 is electrically connected to the rectifier 40 and the energy saving lamp unit 52 (shown electrically connected to the first energy saving lamp 50); the overcurrent protection input 726 is electrically connected to the power conversion The unit 706 is electrically connected to the overcurrent protection input 726 and the bistable multivibrator 104.


請參考第十一圖，其係為本創作之切換式節能燈電源供應裝置之第八實施例方塊圖。第十一圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to FIG. 11 , which is a block diagram of an eighth embodiment of the switching power supply lamp power supply device of the present invention. 11 and 4 and the foregoing description of the electrical connection and electrical flow function of the same components of the energy-saving lamp switching device 10 will not be repeated herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一電子式開關718及一開關控制輸入端722。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (shown as the first energy-saving lamp power supply module 70) includes an electronic switch 718 and a switch control. Input 722.


該電子式開關718電性連接至該整流器40及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該開關控制輸入端722電性連接至該電子式開關718及該雙穩態多諧振盪器104；如第三十一圖所示，該電子式開關718更可包含一限電流電阻R6。
The electronic switch 718 is electrically connected to the rectifier 40 and the energy saving lamp unit 52 (shown electrically connected to the first energy saving lamp 50); the switch control input 722 is electrically connected to the electronic switch 718 and the bistable multivibrator 104; as shown in FIG. 31, the electronic switch 718 further includes a current limiting resistor R6.


請參考第十二圖，其係為本創作之切換式節能燈電源供應裝置之第九實施例方塊圖。第十二圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the twelfth figure, which is a block diagram of a ninth embodiment of the switching power supply lamp power supply device of the present invention. The electrical connection and the electrical flow function of the same components in the twelfth and fourth embodiments and the above-mentioned energy-saving lamp switching device 10 will not be described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一二極體702、一功率因數校正器728、一電源轉換單元706、一起動單元708、一起動輸入端710及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a diode 702 and a power factor. The corrector 728, a power conversion unit 706, a unit 708, a mobile input 710, and a separate control interface 712.


該二極體702的陽極電性連接至該整流器40；該功率因數校正器728電性連接至該二極體702的陰極；該電源轉換單元706電性連接至該功率因數校正器728及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該起動單元708電性連接至該整流器40及該二極體702的陽極；該起動輸入端710電性連接至該起動單元708及該電源轉換單元706；該分隔式控制介面712電性連接至該起動輸入端710及該雙穩態多諧振盪器104。
The anode of the diode 702 is electrically connected to the rectifier 40; the power factor corrector 728 is electrically connected to the cathode of the diode 702; the power conversion unit 706 is electrically connected to the power factor corrector 728 and the The energy-saving lamp unit 52 (shown in the figure is electrically connected to the first energy-saving lamp 50); the starting unit 708 is electrically connected to the rectifier 40 and the anode of the diode 702; the starting input terminal 710 is electrically connected The starter unit 708 and the power conversion unit 706 are electrically connected to the start input 710 and the bistable multivibrator 104.


請參考第十三圖，其係為本創作之切換式節能燈電源供應裝置之第十實施例方塊圖。第十三圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the thirteenth figure, which is a block diagram of a tenth embodiment of the switching energy-saving lamp power supply device of the present invention. The electrical connection and the electrical flow function of the same components of the thirteenth and fourth figures and the aforementioned energy-saving lamp switching device 10 will not be described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一二極體702、一功率因數校正器728、一電源轉換單元706、一欠電壓鎖定偵測單元730、一欠電壓鎖定輸入端732及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a diode 702 and a power factor. The corrector 728, a power conversion unit 706, an under voltage lock detection unit 730, an under voltage lock input 732 and a separate control interface 712.


該二極體702的陽極電性連接至該整流器40；該功率因數校正器728電性連接至該二極體702的陰極；該電源轉換單元706電性連接至該功率因數校正器728及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該欠電壓鎖定偵測單元730電性連接至該整流器40及該二極體702的陽極；該欠電壓鎖定輸入端732電性連接至該欠電壓鎖定偵測單元730及該電源轉換單元706；該分隔式控制介面712電性連接至該欠電壓鎖定輸入端732及該雙穩態多諧振盪器104。
The anode of the diode 702 is electrically connected to the rectifier 40; the power factor corrector 728 is electrically connected to the cathode of the diode 702; the power conversion unit 706 is electrically connected to the power factor corrector 728 and the The energy-saving lamp unit 52 (shown in the figure is electrically connected to the first energy-saving lamp 50); the under-voltage lock detecting unit 730 is electrically connected to the rectifier 40 and the anode of the diode 702; the undervoltage lock The input terminal 732 is electrically connected to the undervoltage lock detecting unit 730 and the power conversion unit 706. The split control interface 712 is electrically connected to the undervoltage lock input terminal 732 and the bistable multivibrator 104.


請參考第十四圖，其係為本創作之切換式節能燈電源供應裝置之第十一實施例方塊圖。第十四圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to FIG. 14 , which is a block diagram of an eleventh embodiment of the switching power supply lamp power supply device of the present invention. The electrical connection and the electrical flow function of the same components of the fourteenth and fourth embodiments and the aforementioned energy-saving lamp switching device 10 will not be described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一功率因數校正器728、一電源轉換單元706、一起動單元708、一起動輸入端710及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a power factor corrector 728 and a power source. The conversion unit 706, the unit 708, the input terminal 710 and a separate control interface 712.


該功率因數校正器728電性連接至該整流器40；該電源轉換單元706電性連接至該功率因數校正器728及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該起動單元708電性連接至該整流器40及該功率因數校正器728；該起動輸入端710電性連接至該起動單元708及該電源轉換單元706；該分隔式控制介面712電性連接至該起動輸入端710及該雙穩態多諧振盪器104。
The power factor corrector 728 is electrically connected to the rectifier 40; the power conversion unit 706 is electrically connected to the power factor corrector 728 and the energy saving lamp unit 52 (shown in the figure is electrically connected to the first energy saving lamp The starter unit 708 is electrically connected to the rectifier 40 and the power factor corrector 728; the start input 710 is electrically connected to the starter unit 708 and the power conversion unit 706; the split control interface 712 is electrically Connected to the start input 710 and the flip-flop 104.


請參考第十五圖，其係為本創作之切換式節能燈電源供應裝置之第十二實施例方塊圖。第十五圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the fifteenth figure, which is a block diagram of a twelfth embodiment of the switching power supply lamp power supply device of the present invention. The fifteenth and fourth figures and the electrical connection and electrical flow function of the same components of the above-mentioned energy-saving lamp switching device 10 will not be described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一功率因數校正器728、一電源轉換單元706、一欠電壓鎖定偵測單元730、一欠電壓鎖定輸入端732及一分隔式控制介面712。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (the first energy-saving lamp power supply module 70 is shown) includes a power factor corrector 728 and a power source. The conversion unit 706, an undervoltage lockout detection unit 730, an undervoltage lockout input terminal 732, and a separate control interface 712.


該功率因數校正器728電性連接至該整流器40；該電源轉換單元706電性連接至該功率因數校正器728及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該欠電壓鎖定偵測單元730電性連接至該整流器40及該功率因數校正器728；該欠電壓鎖定輸入端732電性連接至該欠電壓鎖定偵測單元730及該電源轉換單元706；該分隔式控制介面712電性連接至該欠電壓鎖定輸入端732及該雙穩態多諧振盪器104。
The power factor corrector 728 is electrically connected to the rectifier 40; the power conversion unit 706 is electrically connected to the power factor corrector 728 and the energy saving lamp unit 52 (shown in the figure is electrically connected to the first energy saving lamp The undervoltage lockout detecting unit 730 is electrically connected to the rectifier 40 and the power factor corrector 728; the undervoltage lockout input 732 is electrically connected to the undervoltage lockout detecting unit 730 and the power conversion unit The partitioned control interface 712 is electrically coupled to the undervoltage lockout input 732 and the flip-flop 104.


請參考第十六圖，其係為本創作之切換式節能燈電源供應裝置之第十三實施例方塊圖。第十六圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to the sixteenth figure, which is a block diagram of the thirteenth embodiment of the switching power supply lamp power supply device of the present invention. The electrical connection and the electrical flow function of the same components of the sixteenth and fourth embodiments and the aforementioned energy-saving lamp switching device 10 will not be described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一升壓型有源功率因數校正器734、一電源轉換單元706、一起動單元708、一起動輸入端710及一分隔式控制介面712。該升壓型有源功率因數校正器734包含一控制模組736、一升壓二極管738及一儲能電容740。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (shown as the first energy-saving lamp power supply module 70) includes a boost-type active power factor correction. The device 734, a power conversion unit 706, a unit 708, a mobile input terminal 710, and a separate control interface 712. The boosting active power factor corrector 734 includes a control module 736, a boost diode 738, and a storage capacitor 740.


該升壓型有源功率因數校正器734電性連接至該整流器40；該電源轉換單元706電性連接至該升壓型有源功率因數校正器734及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該起動單元708電性連接至該升壓型有源功率因數校正器734；該起動輸入端710電性連接至該起動單元708及該電源轉換單元706；該分隔式控制介面712電性連接至該起動輸入端710及該雙穩態多諧振盪器104；該控制模組736電性連接至該整流器40及該起動單元708；該升壓二極管738的陽極電性連接至該控制模組736及該起動單元708；該儲能電容740電性連接至該升壓二極管738的陰極及該電源轉換單元706。
The boosting active power factor corrector 734 is electrically connected to the rectifier 40; the power conversion unit 706 is electrically connected to the boosting active power factor corrector 734 and the energy saving lamp unit 52 (shown in the figure) Electrically connected to the first energy-saving lamp 50); the starting unit 708 is electrically connected to the step-up active power factor corrector 734; the starting input 710 is electrically connected to the starting unit 708 and the power conversion The unit 706 is electrically connected to the start input 710 and the bistable multivibrator 104; the control module 736 is electrically connected to the rectifier 40 and the start unit 708; The anode of the diode 738 is electrically connected to the control module 736 and the starting unit 708. The storage capacitor 740 is electrically connected to the cathode of the boosting diode 738 and the power conversion unit 706.


請參考第十七圖，其係為本創作之切換式節能燈電源供應裝置之第十四實施例方塊圖。第十七圖與第四圖及前述節能燈切換裝置10相同元件之電性連接及電性流程功能敘述，於此不再贅述。
Please refer to FIG. 17 , which is a block diagram of a fourteenth embodiment of the switching power supply lamp power supply device of the present invention. The electrical connection and the electrical flow function of the same components of the seventeenth and fourth embodiments and the aforementioned energy-saving lamp switching device 10 will not be described herein.


其中，該第一節能燈電源供應模組70或該第二節能燈電源供應模組80（圖中所示為該第一節能燈電源供應模組70）包含一升壓型有源功率因數校正器734、一電源轉換單元706、一欠電壓鎖定偵測單元730、一欠電壓鎖定輸入端732及一分隔式控制介面712。該升壓型有源功率因數校正器734包含一控制模組736、一升壓二極管738及一儲能電容740。
The first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 (shown as the first energy-saving lamp power supply module 70) includes a boost-type active power factor correction. The device 734, a power conversion unit 706, an under voltage lock detecting unit 730, an under voltage lock input terminal 732 and a separate control interface 712. The boosting active power factor corrector 734 includes a control module 736, a boost diode 738, and a storage capacitor 740.


該升壓型有源功率因數校正器734電性連接至該整流器40；該電源轉換單元706電性連接至該升壓型有源功率因數校正器734及該節能燈單元52（圖中所示為電性連接至該第一節能燈50）；該欠電壓鎖定偵測單元730電性連接至該升壓型有源功率因數校正器734；該欠電壓鎖定輸入端732電性連接至該欠電壓鎖定偵測單元730及該電源轉換單元706；該分隔式控制介面712電性連接至該欠電壓鎖定輸入端732及該雙穩態多諧振盪器104；該控制模組736電性連接至該整流器40及該欠電壓鎖定偵測單元730；該升壓二極管738的陽極電性連接至該控制模組736及該欠電壓鎖定偵測單元730；該儲能電容740電性連接至該升壓二極管738的陰極及該電源轉換單元706。
The boosting active power factor corrector 734 is electrically connected to the rectifier 40; the power conversion unit 706 is electrically connected to the boosting active power factor corrector 734 and the energy saving lamp unit 52 (shown in the figure) The undervoltage lock detecting unit 730 is electrically connected to the boosting active power factor corrector 734; the undervoltage lockout input 732 is electrically connected to the undervoltage The voltage lock detection unit 730 and the power conversion unit 706; the separate control interface 712 is electrically connected to the under voltage lock input 732 and the bistable multivibrator 104; the control module 736 is electrically connected to The rectifier 40 and the undervoltage lockout detection unit 730; the anode of the boost diode 738 is electrically connected to the control module 736 and the undervoltage lockout detection unit 730; the storage capacitor 740 is electrically connected to the riser The cathode of the diode 738 is pressed and the power conversion unit 706.


上述欠電壓鎖定（UVLO：under-voltage lockout）之功能為，當該第一節能燈電源供應模組70之輸入電壓過低時，該第一節能燈電源供應模組70會產生保護性停工（protective lockout）而使該第一節能燈電源供應模組70停止輸出電源；過電壓保護之功能為，當該第一節能燈電源供應模組70之輸出電壓過高時，該第一節能燈電源供應模組70會停止輸出電源；過電流保護之功能為，當該第一節能燈電源供應模組70之輸出電流過大時，該第一節能燈電源供應模組70會停止輸出電源；換言之，當該第一節能燈電源供應模組70於正常工作（或正常狀態）時，起動電位或偵測電位均必須為一預先設定之正常電位值。本專利之切換方式為，由該節能燈切換裝置10提供控制訊號，經由該分隔式控制介面712 輸出一異常電位值給該第一節能燈電源供應模組70以使該第一節能燈電源供應模組70停止輸出電源，或由該節能燈切換裝置10提供控制訊號，經由該分隔式控制介面712停止輸出一異常電位值給該第一節能燈電源供應模組70以使該第一節能燈電源供應模組70正常輸出電源；藉此以達到切換不同節能燈之目的。
The function of the under-voltage lockout (UVLO) is that when the input voltage of the first energy-saving lamp power supply module 70 is too low, the first energy-saving lamp power supply module 70 generates a protective shutdown ( The first energy-saving lamp power supply module 70 stops outputting the power supply; the function of the over-voltage protection is that when the output voltage of the first energy-saving lamp power supply module 70 is too high, the first energy-saving lamp power supply The supply module 70 stops outputting the power; the function of the overcurrent protection is that when the output current of the first energy-saving lamp power supply module 70 is excessive, the first energy-saving lamp power supply module 70 stops outputting power; in other words, When the first energy-saving lamp power supply module 70 is in normal operation (or normal state), the starting potential or the detecting potential must be a preset normal potential value. The switching mode of the patent is that the energy-saving lamp switching device 10 provides a control signal, and the abnormal control device 712 outputs an abnormal potential value to the first energy-saving lamp power supply module 70 to enable the first energy-saving lamp power supply. The module 70 stops outputting power or provides a control signal by the energy-saving lamp switching device 10, and stops outputting an abnormal potential value to the first energy-saving lamp power supply module 70 via the separate control interface 712 to make the first energy-saving lamp The power supply module 70 normally outputs the power; thereby achieving the purpose of switching different energy-saving lamps.


第四至十七圖顯示該第一節能燈電源供應模組70或該第二節能燈電源供應模組80各有多種電路結構，且彼此可有不同之搭配，均為本創作所欲保護之範疇；例如該第一節能燈電源供應模組70的電路結構可為第四圖所示，而該第二節能燈電源供應模組80的電路結構可為第五圖所示；又例如該第一節能燈電源供應模組70的電路結構可為第七圖所示，而該第二節能燈電源供應模組80的電路結構可為第六圖所示；再例如該第一節能燈電源供應模組70的電路結構可為第八圖所示，而該第二節能燈電源供應模組80的電路結構亦可為第八圖所示。第四、五、六、七、八、十二、十三、十四、十五、十六及十七圖之該分隔式控制介面712可為電晶體式或二極體式；第九及十圖之該分隔式控制介面712需要有偏壓及單向電路。該分隔式控制介面712可包含電晶體或二極體。
The fourth to seventeenth diagrams show that the first energy-saving lamp power supply module 70 or the second energy-saving lamp power supply module 80 has various circuit structures, and can have different combinations with each other, which are all protected by the present invention. For example, the circuit structure of the first energy-saving lamp power supply module 70 can be shown in the fourth figure, and the circuit structure of the second energy-saving lamp power supply module 80 can be shown in the fifth figure; The circuit structure of the energy-saving lamp power supply module 70 can be shown in the seventh figure, and the circuit structure of the second energy-saving lamp power supply module 80 can be shown in the sixth figure; for example, the first energy-saving lamp power supply The circuit structure of the module 70 can be shown in the eighth figure, and the circuit structure of the second energy-saving lamp power supply module 80 can also be shown in the eighth figure. The divided control interface 712 of the fourth, fifth, sixth, seventh, eighth, twelfth, thirteenth, fourteenth, fifteenth, sixteenth and seventeenthth views may be of a transistor type or a diode type; the ninth and tenth The split control interface 712 of the figure requires a bias and a unidirectional circuit. The separate control interface 712 can include a transistor or a diode.


請參考第十八至第三十八圖，描述如下（其中圖述之B1為電路之共同連接處）：
Please refer to the eighteenth to thirty-eighth figures, which are described below (where B1 is the common connection of the circuits):

第十八圖為整流器之電路圖。Figure 18 is a circuit diagram of the rectifier.


第十九圖為初始狀態選擇器之連接方式一。
The nineteenth figure shows the connection mode of the initial state selector.


第二十圖為初始狀態選擇器之連接方式二。
The twenty-fifth figure shows the connection mode 2 of the initial state selector.


第二十一圖為初始狀態選擇器之連接方式三。
The twenty-first figure shows the connection mode 3 of the initial state selector.


第二十二圖為初始狀態選擇器之連接方式四。
The twenty-second figure is the connection mode four of the initial state selector.


第二十三圖為第四圖之電路圖實施例一；其中該節能燈單元52為螢光燈 (Fluorescent Lamp)，該電源轉換單元706由分立式 (discrete) 元件組成。
The twenty-third figure is a circuit diagram of the fourth embodiment; wherein the energy-saving lamp unit 52 is a fluorescent lamp, and the power conversion unit 706 is composed of discrete elements.


第二十四圖為第四圖之電路圖實施例二；其中該節能燈單元52為螢光燈，該電源轉換單元706含有一控制積體電路 (Integrated Circuit)，該控制積體電路為IR（International Rectifier）公司生產之IR2520D控制積體電路。
Figure 24 is a second embodiment of the circuit diagram of the second embodiment; wherein the energy-saving lamp unit 52 is a fluorescent lamp, the power conversion unit 706 includes a control integrated circuit (IR), and the control integrated circuit is IR ( International Rectifier) IR2520D control integrated circuit.


第二十五圖為第四圖之電路圖實施例三；其中該節能燈單元52為發光二極體 (LED)，該電源轉換單元706由分立式元件組成。
Figure 25 is a third embodiment of the circuit diagram of the fourth embodiment; wherein the energy-saving lamp unit 52 is a light-emitting diode (LED), and the power conversion unit 706 is composed of discrete components.


第二十六圖為第四圖之電路圖實施例四；其中該節能燈單元52為發光二極體，該電源轉換單元706含有一控制積體電路，該控制積體電路為iWatt有限公司生產之iW1692控制積體電路。
Figure 26 is a fourth embodiment of the circuit diagram of the fourth embodiment; wherein the energy-saving lamp unit 52 is a light-emitting diode, the power conversion unit 706 includes a control integrated circuit, which is manufactured by iWatt Co., Ltd. The iW1692 controls the integrated circuit.


第二十七圖為第五圖之電路圖實施例；其中該節能燈單元52為發光二極體，該電源轉換單元706含有一控制積體電路，該控制積體電路為美信(Maxim)公司生產之MAX16801B控制積體電路。
Figure 27 is a circuit diagram embodiment of the fifth figure; wherein the energy-saving lamp unit 52 is a light-emitting diode, the power conversion unit 706 includes a control integrated circuit, which is produced by Maxim. The MAX16801B controls the integrated circuit.


第二十八圖為第六圖之電路圖實施例；其中該節能燈單元52為發光二極體。
The twenty-eighthth embodiment is a circuit diagram embodiment of the sixth figure; wherein the energy saving lamp unit 52 is a light emitting diode.


第二十九圖為第七圖之電路圖實施例；其中該節能燈單元52為發光二極體，該電源轉換單元706含有一控制積體電路，該控制積體電路為美芯晟科技（Maxictech）有限公司生產之MT7920控制積體電路。
The twenty-ninth embodiment is a circuit diagram embodiment of the seventh figure; wherein the energy-saving lamp unit 52 is a light-emitting diode, the power conversion unit 706 includes a control integrated circuit, and the control integrated circuit is Maximtech (Maxictech) ) MT7920 controlled integrated circuit produced by the company.


第三十圖為第九圖之電路圖實施例；其中該節能燈單元52為發光二極體，該電源轉換單元706含有一控制積體電路，該控制積體電路為美芯晟科技（Maxictech）有限公司生產之MT7920控制積體電路。
Figure 30 is a circuit diagram embodiment of the ninth diagram; wherein the energy-saving lamp unit 52 is a light-emitting diode, the power conversion unit 706 includes a control integrated circuit, and the control integrated circuit is Maxictech The MT7920 controlled integrated circuit produced by the company.


第三十一圖為第十一圖之電路圖實施例；其中該節能燈單元52為發光二極體。
The thirty-first figure is a circuit diagram embodiment of the eleventh figure; wherein the energy saving lamp unit 52 is a light emitting diode.


第三十二圖為第十二圖之電路圖實施例一；其中該節能燈單元52為螢光燈，該電源轉換單元706由分立式元件組成，該功率因數校正器728為無源功率因數校正器。
Figure 32 is a circuit diagram of the twelfth embodiment; wherein the energy-saving lamp unit 52 is a fluorescent lamp, the power conversion unit 706 is composed of discrete components, and the power factor corrector 728 is a passive power factor. Correction.


第三十三圖為第十二圖之電路圖實施例二；其中該節能燈單元52為螢光燈，該電源轉換單元706由分立式元件組成，該功率因數校正器728為有源功率因數校正器，該功率因數校正器728含有一控制積體電路，該控制積體電路為意法半導體 (STMicroelectronics)公司生產之L6562控制積體電路。
Figure 33 is a second embodiment of the circuit diagram of the twelfth figure; wherein the energy-saving lamp unit 52 is a fluorescent lamp, the power conversion unit 706 is composed of discrete components, and the power factor corrector 728 is an active power factor. The corrector, the power factor corrector 728 includes a control integrated circuit which is a L6562 control integrated circuit manufactured by STMicroelectronics.


第三十四圖為第十三圖之電路圖實施例；其中該節能燈單元52為發光二極體，該電源轉換單元706含有一控制積體電路，該控制積體電路為美信(Maxim)公司生產之MAX16801B控制積體電路，該功率因數校正器728為一無源功率因數校正器。
Figure 34 is a circuit diagram embodiment of the thirteenth diagram; wherein the energy-saving lamp unit 52 is a light-emitting diode, the power conversion unit 706 includes a control integrated circuit, and the control integrated circuit is Maxim. The MAX16801B is manufactured to control the integrated circuit, which is a passive power factor corrector.


第三十五圖為第十四圖之電路圖實施例；其中該節能燈單元52為螢光燈，該電源轉換單元706由分立式元件組成，該功率因數校正器728為一無源功率因數校正器。
Figure 35 is a circuit diagram embodiment of Fig. 14; wherein the energy saving lamp unit 52 is a fluorescent lamp, the power conversion unit 706 is composed of discrete components, and the power factor corrector 728 is a passive power factor. Correction.


第三十六圖為第十五圖之電路圖實施例；其中該節能燈單元52為發光二極體，該電源轉換單元706含有一控制積體電路，該控制積體電路為美信（Maxim）公司生產之MAX16801B控制積體電路，該功率因數校正器728為一有源功率因數校正器，該功率因數校正器728含有一控制積體電路，該控制積體電路為意法半導體 (STMicroelectronics) 公司生產之L6562控制積體電路。
Figure 36 is a circuit diagram embodiment of the fifteenth diagram; wherein the energy-saving lamp unit 52 is a light-emitting diode, the power conversion unit 706 includes a control integrated circuit, and the control integrated circuit is Maxim. The MAX16801B is manufactured to control an integrated circuit. The power factor corrector 728 is an active power factor corrector. The power factor corrector 728 includes a control integrated circuit that is manufactured by STMicroelectronics. The L6562 controls the integrated circuit.


第三十七圖為第十六圖之電路圖實施例；其中該節能燈單元52為螢光燈，該電源轉換單元706由分立式元件組成，該控制模組736含有一控制積體電路，該控制積體電路為意法半導體（STMicroelectronics）公司生產之L6562控制積體電路。
Figure 37 is a circuit diagram embodiment of the sixteenth embodiment; wherein the energy-saving lamp unit 52 is a fluorescent lamp, the power conversion unit 706 is composed of discrete components, and the control module 736 includes a control integrated circuit. The control integrated circuit is a L6562 control integrated circuit manufactured by STMicroelectronics.


第三十八圖為第十七圖之電路圖實施例；其中該節能燈單元52為發光二極體，該電源轉換單元706含有一控制積體電路，該控制積體電路為美信(Maxim)公司生產之MAX16801B控制積體電路，該控制模組736含有一控制積體電路，該控制積體電路為意法半導體（STMicroelectronics)公司生產之L6562控制積體電路。
Figure 38 is a circuit diagram embodiment of the seventeenth embodiment; wherein the energy-saving lamp unit 52 is a light-emitting diode, the power conversion unit 706 includes a control integrated circuit, and the control integrated circuit is Maxim. The MAX16801B is manufactured to control an integrated circuit. The control module 736 includes a control integrated circuit which is a L6562 control integrated circuit manufactured by STMicroelectronics.


第十九至第二十二圖之電路圖中之雙極性接面電晶體(Bipolar Junction Transistor;BJT)也可改用場效電晶體 (Field-Effect Transistor;FET)而達到相同於上述之功能。
The Bipolar Junction Transistor (BJT) in the circuit diagrams of the nineteenth to twenty-secondth drawings can also be replaced with a Field-Effect Transistor (FET) to achieve the same function as described above.


上述之第四、五、六、七、八、十二、十三、十四、十五、十六及十七圖之該分隔式控制介面712可為電晶體式或二極體式，在此進一步說明，第二十三至二十九圖及第三十二至三十八圖之電路圖中分隔式控制介面712包含一雙極性接面電晶體 (或分隔式雙極性接面電晶體S1，電路圖中之代號分別為Q12、Q21、Q22、Q14、Q19、Q17、Q20、Q26、Q8、Q36、Q33、Q38、Q29、Q41)，該分隔式雙極性接面電晶體S1有一基極 (base)電阻S2 (電路圖中之代號分別為R61、R71、R72、R62、R67、R65、R69、R99、R78、R141、R132、R149、R111、R166) 與之電性連接，該分隔式雙極性接面電晶體S1可改用一二極體 (或分隔式二極體S3) 取代，此時該基極電阻S2可去除而直接以導線取代，該分隔式二極體S3的陰極電性連接該雙穩態多諧振盪器104之CTRL_A或CTRL_B，該分隔式二極體S3的陽極電性連接該起動輸入端710或該欠電壓鎖定輸入端732或該開關控制輸入端722；該分隔式雙極性接面電晶體S1也可改用場效電晶體取代，此時該基極電阻S2可去除而直接以導線取代。
The divided control interface 712 of the fourth, fifth, sixth, seventh, eighth, twelfth, thirteenth, fourteenth, fifteenth, sixteenth and seventeenthth embodiments may be of a transistor type or a diode type. Further, in the circuit diagrams of the twenty-third to twenty-ninth and thirty-second to thirty-eighth, the separate control interface 712 includes a bipolar junction transistor (or a divided bipolar junction transistor S1, The code numbers in the circuit diagram are Q12, Q21, Q22, Q14, Q19, Q17, Q20, Q26, Q8, Q36, Q33, Q38, Q29, Q41), and the divided bipolar junction transistor S1 has a base (base). The resistor S2 (the code numbers in the circuit diagram are R61, R71, R72, R62, R67, R65, R69, R99, R78, R141, R132, R149, R111, R166) are electrically connected thereto, and the divided bipolar connection The surface transistor S1 can be replaced by a diode (or a divided diode S3). The base resistor S2 can be removed and replaced directly by a wire. The cathode of the divided diode S3 is electrically connected. CTRL_A or CTRL_B of the bistable multivibrator 104, the anode of the divided diode S3 is electrically connected to the start input 710 or the ow An input terminal 732 or the locking pressure of the control input of switch 722; the partition type bipolar junction transistor switch S1 may be substituted with field effect transistor, the base resistance at this time can be removed to replace S2 directly to the wire.


上述之第九及十圖之該分隔式控制介面712需要有偏壓及單向電路。該分隔式控制介面712可包含電晶體或二極體，在此進一步說明，第三十圖中分隔式控制介面712包含一雙極性接面電晶體 (或分隔式雙極性接面電晶體S4，電路圖中之代號為Q10)，該分隔式雙極性接面電晶體S4有一基極(base)電阻S5 (電路圖中之代號為R49) 與之電性連接，該分隔式雙極性接面電晶體S4可改用一二極體 (或分隔式二極體S6) 取代，此時該基極電阻S5可去除而直接以導線取代，該分隔式二極體S6的陰極電性連接該雙穩態多諧振盪器104之CTRL_A或CTRL_B，該分隔式二極體S6的陽極電性連接第三十圖中之分隔式控制介面712之單向二極體D40之陽極；該分隔式雙極性接面電晶體S4也可改用場效電晶體取代，此時該基極電阻S4可去除而直接以導線取代。
The split control interface 712 of the above ninth and tenth embodiments requires a bias voltage and a unidirectional circuit. The split control interface 712 can include a transistor or a diode. It is further illustrated that the split control interface 712 in FIG. 30 includes a bipolar junction transistor (or a divided bipolar junction transistor S4, The code in the circuit diagram is Q10), and the divided bipolar junction transistor S4 has a base resistor S5 (code R49 in the circuit diagram) electrically connected thereto, and the divided bipolar junction transistor S4 is electrically connected. It can be replaced by a diode (or a divided diode S6). At this time, the base resistor S5 can be removed and directly replaced by a wire. The cathode of the divided diode S6 is electrically connected to the bistable state. IGBT_A or CTRL_B of the harmonic oscillator 104, the anode of the divided diode S6 is electrically connected to the anode of the unidirectional diode D40 of the divided control interface 712 in FIG. 30; the divided bipolar junction is electrically The crystal S4 can also be replaced by a field effect transistor, in which case the base resistor S4 can be removed and replaced directly by a wire.


上述電路圖實施例旨在進一步提供本創作實施之方式，並用以說明該電源轉換單元706可僅由分立式元件組成或該電源轉換單元706可含有一控制積體電路；該功率因數校正器728可為有源或無源功率因數校正器。
The above circuit diagram embodiment is intended to further provide a manner of implementation of the present invention, and to illustrate that the power conversion unit 706 can be composed only of discrete components or the power conversion unit 706 can include a control integrated circuit; the power factor corrector 728 It can be an active or passive power factor corrector.


本創作之功效在於利用開關及雙穩態多諧振盪器，以提供一種低成本、低耗電（不到1mA）、高可靠性之節能燈切換裝置及切換式節能燈電源供應裝置。
The effect of this creation is to use a switch and a bistable multivibrator to provide a low-cost, low-power (less than 1 mA), high-reliability energy-saving lamp switching device and a switching energy-saving lamp power supply device.


綜上所述，當知本創作已具有產業利用性、新穎性與進步性，又本創作之構造亦未曾見於同類產品及公開使用，完全符合新型專利申請要件，爰依專利法提出申請。
In summary, when Zhiben's creation has industrial applicability, novelty and progressiveness, and the structure of this creation has not been seen in similar products and public use, it fully complies with the requirements of new patent applications and applies for patent law.

10‧‧‧節能燈切換裝置 10‧‧‧ energy-saving lamp switching device

20‧‧‧交流電源裝置 20‧‧‧AC power supply unit

30‧‧‧開關 30‧‧‧ switch

40‧‧‧整流器 40‧‧‧Rectifier

50‧‧‧第一節能燈 50‧‧‧First energy saving lamp

52‧‧‧節能燈單元 52‧‧‧ energy saving lamp unit

60‧‧‧第二節能燈 60‧‧‧second energy-saving lamps

70‧‧‧第一節能燈電源供應模組 70‧‧‧First energy-saving lamp power supply module

80‧‧‧第二節能燈電源供應模組 80‧‧‧Second energy-saving lamp power supply module

102‧‧‧電能儲存單元 102‧‧‧Electric energy storage unit

104‧‧‧雙穩態多諧振盪器 104‧‧‧Bistable Multivibrator

106‧‧‧初始狀態選擇器 106‧‧‧Initial state selector

108‧‧‧切換訊號輸入端 108‧‧‧Switch signal input

Claims (18)

一種節能燈切換裝置，係應用於一交流電源裝置、一開關、一整流器、一節能燈單元、一第一節能燈電源供應模組及一第二節能燈電源供應模組，該節能燈單元包含一第一節能燈及一第二節能燈，該開關電性連接至該交流電源裝置及該整流器，該第一節能燈電源供應模組電性連接至該第一節能燈及該整流器，該第二節能燈電源供應模組電性連接至該第二節能燈及該整流器，該節能燈切換裝置包含：
一電能儲存單元，該電能儲存單元電性連接至該整流器；
一雙穩態多諧振盪器，該雙穩態多諧振盪器電性連接至該電能儲存單元、該第一節能燈電源供應模組及該第二節能燈電源供應模組；及
一切換訊號輸入端，該切換訊號輸入端電性連接至該電能儲存單元及該雙穩態多諧振盪器。The utility model relates to an energy-saving lamp switching device, which is applied to an AC power supply device, a switch, a rectifier, an energy-saving lamp unit, a first energy-saving lamp power supply module and a second energy-saving lamp power supply module, and the energy-saving lamp unit comprises a first energy-saving lamp and a second energy-saving lamp, the switch is electrically connected to the AC power supply device and the rectifier, the first energy-saving lamp power supply module is electrically connected to the first energy-saving lamp and the rectifier, the first The second energy-saving lamp power supply module is electrically connected to the second energy-saving lamp and the rectifier, and the energy-saving lamp switching device comprises:
An electrical energy storage unit electrically connected to the rectifier;
a bistable multivibrator electrically connected to the electrical energy storage unit, the first energy saving lamp power supply module and the second energy saving lamp power supply module; and a switching signal The input signal is electrically connected to the electrical energy storage unit and the bistable multivibrator. 如申請專利範圍第1項所述之節能燈切換裝置，更包含一初始狀態選擇器，該初始狀態選擇器電性連接至該雙穩態多諧振盪器；其中該初始狀態選擇器包含一初始狀態電容，該初始狀態電容的一端電性連接至該雙穩態多諧振盪器。The energy-saving lamp switching device according to claim 1, further comprising an initial state selector electrically connected to the bistable multivibrator; wherein the initial state selector includes an initial A state capacitor, one end of the initial state capacitor is electrically connected to the flip-flop. 一種切換式節能燈電源供應裝置，係應用於一交流電源裝置、一開關及一節能燈單元，該節能燈單元包含一第一節能燈及一第二節能燈，該開關電性連接至該交流電源裝置，該切換式節能燈電源供應裝置包含：
一整流器，該整流器電性連接至該開關；
一第一節能燈電源供應模組，該第一節能燈電源供應模組電性連接至該第一節能燈及該整流器；
一第二節能燈電源供應模組，該第二節能燈電源供應模組電性連接至該第二節能燈及該整流器；
一電能儲存單元，該電能儲存單元電性連接至該整流器；
一雙穩態多諧振盪器，該雙穩態多諧振盪器電性連接至該電能儲存單元、該第一節能燈電源供應模組及該第二節能燈電源供應模組；及
一切換訊號輸入端，該切換訊號輸入端電性連接至該電能儲存單元及該雙穩態多諧振盪器。The utility model relates to a switching energy-saving lamp power supply device, which is applied to an AC power supply device, a switch and an energy-saving lamp unit. The energy-saving lamp unit comprises a first energy-saving lamp and a second energy-saving lamp, and the switch is electrically connected to the AC The power supply device, the switching energy-saving lamp power supply device comprises:
a rectifier electrically connected to the switch;
a first energy-saving lamp power supply module, the first energy-saving lamp power supply module is electrically connected to the first energy-saving lamp and the rectifier;
a second energy-saving lamp power supply module, the second energy-saving lamp power supply module is electrically connected to the second energy-saving lamp and the rectifier;
An electrical energy storage unit electrically connected to the rectifier;
a bistable multivibrator electrically connected to the electrical energy storage unit, the first energy saving lamp power supply module and the second energy saving lamp power supply module; and a switching signal The input signal is electrically connected to the electrical energy storage unit and the bistable multivibrator. 如申請專利範圍第3項所述之切換式節能燈電源供應裝置，更包含一初始狀態選擇器，該初始狀態選擇器電性連接至該雙穩態多諧振盪器；其中該初始狀態選擇器包含一初始狀態電容，該初始狀態電容的一端電性連接至該雙穩態多諧振盪器。The switching energy-saving lamp power supply device of claim 3, further comprising an initial state selector electrically connected to the flip-flop multi-vibrator; wherein the initial state selector An initial state capacitor is included, and one end of the initial state capacitor is electrically connected to the flip-flop. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一二極體，該二極體的陽極電性連接至該整流器；
一輸入端濾波電容，該輸入端濾波電容電性連接至該二極體的陰極；
一電源轉換單元，該電源轉換單元電性連接至該輸入端濾波電容及該節能燈單元；
一起動單元，該起動單元電性連接至該整流器及該二極體的陽極；
一起動輸入端，該起動輸入端電性連接至該起動單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該起動輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a diode, the anode of the diode is electrically connected to the rectifier;
An input filter capacitor, the input filter capacitor is electrically connected to the cathode of the diode;
a power conversion unit electrically connected to the input filter capacitor and the energy saving lamp unit;
a starting unit electrically connected to the rectifier and an anode of the diode;
a start input, the start input is electrically connected to the start unit and the power conversion unit; and a split control interface, the split control interface is electrically connected to the start input and the bistable multi-resonant Device. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一二極體，該二極體的陽極電性連接至該整流器；
一輸入端濾波電容，該輸入端濾波電容電性連接至該二極體的陰極；
一電源轉換單元，該電源轉換單元電性連接至該輸入端濾波電容及該節能燈單元；
一欠電壓鎖定偵測單元，該欠電壓鎖定偵測單元電性連接至該整流器及該二極體的陽極；
一欠電壓鎖定輸入端，該欠電壓鎖定輸入端電性連接至該欠電壓鎖定偵測單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該欠電壓鎖定輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a diode, the anode of the diode is electrically connected to the rectifier;
An input filter capacitor, the input filter capacitor is electrically connected to the cathode of the diode;
a power conversion unit electrically connected to the input filter capacitor and the energy saving lamp unit;
An undervoltage lockout detecting unit electrically connected to the rectifier and the anode of the diode;
An undervoltage lockout input terminal electrically connected to the undervoltage lockout detection unit and the power conversion unit; and a separate control interface electrically connected to the undervoltage lockout The input terminal and the bistable multivibrator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一二極體，該二極體的陽極電性連接至該整流器；
一輸入端濾波電容，該輸入端濾波電容電性連接至該二極體的陰極及該節能燈單元；
一電子式開關，該電子式開關電性連接至該節能燈單元；
一偏壓單元，該偏壓單元電性連接至該整流器及該二極體的陽極；
一開關控制輸入端，該開關控制輸入端電性連接至該偏壓單元及該電子式開關；及
一分隔式控制介面，該分隔式控制介面電性連接至該開關控制輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a diode, the anode of the diode is electrically connected to the rectifier;
An input filter capacitor, the input filter capacitor is electrically connected to the cathode of the diode and the energy saving lamp unit;
An electronic switch electrically connected to the energy saving lamp unit;
a biasing unit electrically connected to the rectifier and an anode of the diode;
a switch control input, the switch control input is electrically connected to the bias unit and the electronic switch; and a separate control interface, the separate control interface is electrically connected to the switch control input and the bistable State multivibrator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一電源轉換單元，該電源轉換單元電性連接至該整流器及該節能燈單元；
一起動輸入端，該起動輸入端電性連接至該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該起動輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a power conversion unit electrically connected to the rectifier and the energy saving lamp unit;
a start input, the start input is electrically connected to the power conversion unit; and a separate control interface electrically connected to the start input and the bistable multivibrator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一電源轉換單元，該電源轉換單元電性連接至該整流器及該節能燈單元；
一欠電壓鎖定輸入端，該欠電壓鎖定輸入端電性連接至該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該欠電壓鎖定輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a power conversion unit electrically connected to the rectifier and the energy saving lamp unit;
An undervoltage lockout input terminal electrically connected to the power conversion unit; and a separate control interface electrically connected to the undervoltage lockout input terminal and the bistable multi-state Harmonic oscillator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一電源轉換單元，該電源轉換單元電性連接至該整流器及該節能燈單元；
一過電壓保護輸入端，該過電壓保護輸入端電性連接至該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該過電壓保護輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a power conversion unit electrically connected to the rectifier and the energy saving lamp unit;
An overvoltage protection input terminal electrically connected to the power conversion unit; and a separate control interface, the separate control interface electrically connected to the overvoltage protection input terminal and the bistable multi Harmonic oscillator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一電源轉換單元，該電源轉換單元電性連接至該整流器及該節能燈單元；
一過電流保護輸入端，該過電流保護輸入端電性連接至該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該過電流保護輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a power conversion unit electrically connected to the rectifier and the energy saving lamp unit;
An overcurrent protection input terminal electrically connected to the power conversion unit; and a separate control interface, the separate control interface electrically connected to the overcurrent protection input terminal and the bistable multi Harmonic oscillator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一電子式開關，該電子式開關電性連接至該整流器及該節能燈單元；及
一開關控制輸入端，該開關控制輸入端電性連接至該電子式開關及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
An electronic switch electrically connected to the rectifier and the energy saving lamp unit; and a switch control input electrically connected to the electronic switch and the bistable multivibrator . 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一二極體，該二極體的陽極電性連接至該整流器；
一功率因數校正器，該功率因數校正器電性連接至該二極體的陰極；
一電源轉換單元，該電源轉換單元電性連接至該功率因數校正器及該節能燈單元；
一起動單元，該起動單元電性連接至該整流器及該二極體的陽極；
一起動輸入端，該起動輸入端電性連接至該起動單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該起動輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a diode, the anode of the diode is electrically connected to the rectifier;
a power factor corrector electrically connected to the cathode of the diode;
a power conversion unit electrically connected to the power factor corrector and the energy saving lamp unit;
a starting unit electrically connected to the rectifier and an anode of the diode;
a start input, the start input is electrically connected to the start unit and the power conversion unit; and a split control interface, the split control interface is electrically connected to the start input and the bistable multi-resonant Device. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一二極體，該二極體的陽極電性連接至該整流器；
一功率因數校正器，該功率因數校正器電性連接至該二極體的陰極；
一電源轉換單元，該電源轉換單元電性連接至該功率因數校正器及該節能燈單元；
一欠電壓鎖定偵測單元，該欠電壓鎖定偵測單元電性連接至該整流器及該二極體的陽極；
一欠電壓鎖定輸入端，該欠電壓鎖定輸入端電性連接至該欠電壓鎖定偵測單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該欠電壓鎖定輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a diode, the anode of the diode is electrically connected to the rectifier;
a power factor corrector electrically connected to the cathode of the diode;
a power conversion unit electrically connected to the power factor corrector and the energy saving lamp unit;
An undervoltage lockout detecting unit electrically connected to the rectifier and the anode of the diode;
An undervoltage lockout input terminal electrically connected to the undervoltage lockout detection unit and the power conversion unit; and a separate control interface electrically connected to the undervoltage lockout The input terminal and the bistable multivibrator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一功率因數校正器，該功率因數校正器電性連接至該整流器；
一電源轉換單元，該電源轉換單元電性連接至該功率因數校正器及該節能燈單元；
一起動單元，該起動單元電性連接至該整流器及該功率因數校正器；
一起動輸入端，該起動輸入端電性連接至該起動單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該起動輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a power factor corrector, the power factor corrector being electrically connected to the rectifier;
a power conversion unit electrically connected to the power factor corrector and the energy saving lamp unit;
a starting unit electrically connected to the rectifier and the power factor corrector;
a start input, the start input is electrically connected to the start unit and the power conversion unit; and a split control interface, the split control interface is electrically connected to the start input and the bistable multi-resonant Device. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一功率因數校正器，該功率因數校正器電性連接至該整流器；
一電源轉換單元，該電源轉換單元電性連接至該功率因數校正器及該節能燈單元；
一欠電壓鎖定偵測單元，該欠電壓鎖定偵測單元電性連接至該整流器及該功率因數校正器；
一欠電壓鎖定輸入端，該欠電壓鎖定輸入端電性連接至該欠電壓鎖定偵測單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該欠電壓鎖定輸入端及該雙穩態多諧振盪器。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a power factor corrector, the power factor corrector being electrically connected to the rectifier;
a power conversion unit electrically connected to the power factor corrector and the energy saving lamp unit;
An undervoltage lock detecting unit electrically connected to the rectifier and the power factor corrector;
An undervoltage lockout input terminal electrically connected to the undervoltage lockout detection unit and the power conversion unit; and a separate control interface electrically connected to the undervoltage lockout The input terminal and the bistable multivibrator. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一升壓型有源功率因數校正器，該升壓型有源功率因數校正器電性連接至該整流器；
一電源轉換單元，該電源轉換單元電性連接至該升壓型有源功率因數校正器及該節能燈單元；
一起動單元，該起動單元電性連接至該升壓型有源功率因數校正器；
一起動輸入端，該起動輸入端電性連接至該起動單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該起動輸入端及該雙穩態多諧振盪器，
其中該升壓型有源功率因數校正器包含：
一控制模組，該控制模組電性連接至該整流器及該起動單元；
一升壓二極管，該升壓二極管的陽極電性連接至該控制模組及該起動單元；及
一儲能電容，該儲能電容電性連接至該升壓二極管的陰極及該電源轉換單元。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a boost type active power factor corrector, the boost type active power factor corrector being electrically connected to the rectifier;
a power conversion unit electrically connected to the step-up active power factor corrector and the energy saving lamp unit;
a starting unit electrically connected to the boosting active power factor corrector;
a start input, the start input is electrically connected to the start unit and the power conversion unit; and a split control interface, the split control interface is electrically connected to the start input and the bistable multi-resonant ,
Wherein the boost active power factor corrector comprises:
a control module electrically connected to the rectifier and the starting unit;
a boost diode, the anode of the boost diode is electrically connected to the control module and the starting unit; and a storage capacitor electrically connected to the cathode of the boost diode and the power conversion unit. 如申請專利範圍第3或4項所述之切換式節能燈電源供應裝置，其中該第一節能燈電源供應模組或該第二節能燈電源供應模組包含：
一升壓型有源功率因數校正器，該升壓型有源功率因數校正器電性連接至該整流器；
一電源轉換單元，該電源轉換單元電性連接至該升壓型有源功率因數校正器及該節能燈單元；
一欠電壓鎖定偵測單元，該欠電壓鎖定偵測單元電性連接至該升壓型有源功率因數校正器；
一欠電壓鎖定輸入端，該欠電壓鎖定輸入端電性連接至該欠電壓鎖定偵測單元及該電源轉換單元；及
一分隔式控制介面，該分隔式控制介面電性連接至該欠電壓鎖定輸入端及該雙穩態多諧振盪器，
其中該升壓型有源功率因數校正器包含：
一控制模組，該控制模組電性連接至該整流器及該欠電壓鎖定偵測單元；
一升壓二極管，該升壓二極管的陽極電性連接至該控制模組及該欠電壓鎖定偵測單元；及
一儲能電容，該儲能電容電性連接至該升壓二極管的陰極及該電源轉換單元。The switching energy-saving lamp power supply device according to the third or fourth aspect of the invention, wherein the first energy-saving lamp power supply module or the second energy-saving lamp power supply module comprises:
a boost type active power factor corrector, the boost type active power factor corrector being electrically connected to the rectifier;
a power conversion unit electrically connected to the step-up active power factor corrector and the energy saving lamp unit;
An undervoltage lock detecting unit electrically connected to the boosting active power factor corrector;
An undervoltage lockout input terminal electrically connected to the undervoltage lockout detection unit and the power conversion unit; and a separate control interface electrically connected to the undervoltage lockout Input and the bistable multivibrator,
Wherein the boost active power factor corrector comprises:
a control module electrically connected to the rectifier and the undervoltage lock detecting unit;
a boosting diode, the anode of the boosting diode is electrically connected to the control module and the undervoltage lock detecting unit; and a storage capacitor electrically connected to the cathode of the boosting diode and the cathode Power conversion unit.
TW102210979U 2012-06-14 2013-06-11 Switching apparatus for energy saving lamps and switchable power supply apparatus for energy saving lamps TWM464596U (en)

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