M435648 年月 五、新型說明： 【新型所屬之技術領域】 曰修正替換頁 本創作侧於-種雙電源供應系統及雙電源控制器。 【先前技術】 ° …為了使電力的使用效率提高’有些電源系、统 沒 源模式，以職負载之情況，例如正作模式: 式…等，使得電源系統減少不必要的電力損耗。’、乍才 1 供應ί 一習知_ 組PS、一輔助電源體供應相 (NMOSFET)。電阻R1為垃士 φ、β M 乳牛~效電晶體 主電源供應模㈣巾的—第二Μ耦接於 二開關SW2輕接於輔助電源供應模組外^ =端5V。第 =W1輕接電晶體開關Μ的閘極及電阻R2 ^H5V。開 ^另-端接地，· SW1導 之電阻R2 電阻R1及電阻R2之分# f源匕制态丨〇可透過 :，造而確定主電源供應 1组==^應 之電 時，進行體開義 ，供應f統於輸出㈣“ :2S;sr : 於電阻： 闕μ的間極準位拉低至接地電位附^狀☆/，可將電晶體閉 能被截止。上述設計下，’以確保電晶體開關Μ 田開關SW1於截止狀態時， 4 控制器10即無法偵測主電源供廡 電壓準位，因此亦無法確保s戈電晶體開關Μ之 供應系祕_ 5V職 ，雙電振 【新型内容】 力後供主麵組之電 源模式切絲仍觸_，卩歧祕於電 主電i供應模組的電，應系統’包含一 主電源供應模組及一輸出端，用^/私曰曰體開關耦接 力至輸出端。第二電1^主魏供賴組提供電 端，用以控制働&電源供應模組及輸出 麼達-預定電壓值時，導通第一生電壓，於主電源電 模組之電力至輸出端，並經一預==以提供，源供應 間關以停止提供辅助電源供應模之曰止第二電晶體 開關電，制器，用以切換-第-電晶體 及一輔助電源供應模組之電力ϊι對電=應模組 凡偵測端輕接主電源供廊掘和销』、 l遲早· 測端搞接主麵供频_;^£=過偵 主電源頓，_單元於主麵生之一 平月 曰修正替換頁 第-控制伽導财1晶體_。延 預定時間長度，透過端 ^上的概述與接下來的詳細說明皆為示範性質 二，，創作的中請專利範圍。而有關本創作的1他 優點，將在後續的說明與圖示加以闡述。 /、的與 【實施方式】 〜，參^第二圖⑻、第二圖⑻為根據本創作之-第-Μ 源供應系統之電路示意圖及訊號波形圖雔‘ =糸統包含一主電源供應模組PS、一輔助電二以 5VSB、-弟-電晶體開關M 二應核、、且 三電晶體開關M3、-第一阻鮮晋開關M2、一第 以及一雙電源杵制考2〇〇 , 士二 第—阻抗裝置R4 置R3轉接於主電源供應模組Ps t的一 U且抗放 一電晶體_ Ml之-受控端⑽偏 。原12¥及第 耦接於第一電晶體門關M1 >〜°之間。第—阻抗裝置R4 一第一齡:、體I關文控端及第三電晶體開關M3之 接地。弟-電晶體開關組_接 供相原極)耦 二電壓源+5V及一齡屮她sv m原供應杈，、且PS中的—第 提供電力€輸出#5〃帛-二用以控制主電源供應模組是否 應模組開關観嶋崎源供 提供電力至輸出端5i/。 以控制辅助電源供應模組是否 偵測端Ρώ卜-第-控制端 々一杈制端pm3。偵測姓p;n〗·姿 耦接主電源供廊描細、 Ρ边過弟一阻抗裝置R3 、域組ps，接收-偵測訊號Vde以_主電源 M4.35648 τ 乃 tl修正贊換頁 供應模組Ps的第—電壓源+12V所產 控制端Pin2透過第二阻浐护罢以電源电屋。弟一 5導通或截止。第二電晶體_的篇 ^Tlz^1 R3 R4 ίίί^" 第-LtCr的受控錄維持在-低準位，而使 ί 。而此時，雙電源控制 來判斷主電源供1模料二阻抗裝㈣的分壓 和空制器200偵測於主電源供應模組PS的第-電壓 驗時，雙電源控制 々、矛控制端Pln2所產生的一控制声 一 «Μ7：ί：：^ί^ίϊΓ； °此時第一電晶^ M1被導通，主電源供應模組PS的;《•H，晶 電力傳送至輸出端5V :弟=昼源價之 ，延遲後’於第二控一再 由-低準轉為—高雜賴止第二電日㈣ 提供辅助電源供應模組5VSB IM2 ’以停止 於雙電源控制器的偵測端，此時，由 主电源供應模，组PS的狀態 :了持，偵 若_到的第-電壓源+i2V所產二於後 以提供辅助電源供應模組觸之電 而5'來穩定輪出端的電力供應。 電力至輪出 ，乃 ㈡胗正眢換頁 明參見第三圖，為根據本創作之一較佳實施例之雙電源栌 制，之電路示意圖。雙電源控制器包含一偵測單元202、二^ 遲早7L 208以及-保護單元210。以下說明請同時參見第二 單元202可以是比較器，比較器的一非反向端接收丄 批堅參考值Vrel ’ 一反向端接收一偵測訊號vde，以產生M435648 Year of the month V. New description: [New technical field] 曰Revision replacement page This creation side is a dual power supply system and dual power supply controller. [Prior Art] ° ...In order to improve the efficiency of power use, some power systems, unified source modes, and operating conditions, such as the normal mode: type, etc., make the power system reduce unnecessary power loss. ‘,乍才1 Supply ί 一知知_ Group PS, an auxiliary power supply phase (NMOSFET). The resistor R1 is a φ, β M cow-effect transistor main power supply mode (four) towel - the second port is coupled to the second switch SW2 lightly connected to the auxiliary power supply module ^ = end 5V. The =W1 is connected to the gate of the transistor switch 及 and the resistor R2 ^H5V. Open ^ other - terminal grounding, · SW1 conductive resistor R2 resistor R1 and resistor R2 divided # f source 匕 state 丨〇 can pass:, make and determine the main power supply 1 group == ^ should be the electricity, carry out the body Open sense, supply f is in the output (four) " : 2S; sr : in the resistance: 间μ's inter-electrode level is pulled down to the ground potential with the shape ☆ /, the transistor can be closed. Under the above design, ' In order to ensure that the transistor switch 1 field switch SW1 is in the off state, 4 the controller 10 cannot detect the main power supply voltage level, and therefore cannot ensure the supply system of the sigma transistor switch _ 5V position, double power Vibration [new content] After the power supply, the power supply mode of the main surface group is still touched, and the system is included in the main power supply module and an output terminal. ^ / private body switch coupling force to the output. The second power 1 ^ main Wei supply group provides the power terminal, used to control the 働 & power supply module and output 达 - predetermined voltage value, the first The voltage is generated from the power of the main power module to the output terminal, and is provided by a pre-==, the source supply is closed to stop providing The power supply mode is terminated by the second transistor switch, and the device is used to switch the power of the -first transistor and an auxiliary power supply module to the power supply. Gallery digging and pinning, l sooner or later, the terminal is connected to the main surface of the frequency _; ^ £ = over the main power supply, _ unit in the main face of a flat moon 曰 correction replacement page - control gamma guidance 1 crystal _ The extension of the predetermined length of time, the overview of the through-end ^ and the detailed description of the following are exemplary nature 2, the scope of the patent in the creation. And the advantages of this creation will be explained in the following description and illustration. Illustrated. /, and [Embodiment] ~, the second figure (8) and the second figure (8) are circuit diagrams and signal waveform diagrams of the -first source supply system according to the present invention. Power supply module PS, an auxiliary power 2 to 5VSB, - brother - transistor switch M two core, and three transistor switch M3, - first resistance switch M2, a first and a pair of power supply test 2〇〇, 士二第—impedance device R4 sets R3 to a U of the main power supply module Ps t and resists A transistor _ Ml - controlled end (10) bias. The original 12 ¥ and the first coupling between the first transistor gate M1 > ~ °. - impedance device R4 a first age:, body I Guan Wen The control terminal and the third transistor switch M3 are grounded. The younger-transistor switch group _ is connected to the phase pole) coupled to the two voltage source +5V and the first generation of her sv m original supply 杈, and the PS provides the power € output #5〃帛-two is used to control whether the main power supply module should be modular switch Nozaki source for supplying power to the output terminal 5i/. To control whether the auxiliary power supply module detects the end of the module - the first control 々 々 pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm pm 35648 τ is the tl correction praise page replacement module Ps the first - voltage source +12V produced control terminal Pin2 through the second resistance to the power supply house. Brother 1 is turned on or off. The second transistor_^Tlz^1 R3 R4 ίίί^" The controlled recording of the -LtCr is maintained at the -low level, and ί. At this time, the dual power control determines the partial voltage of the main power supply for the two-mode two-impedance device (four) and the first-voltage test of the air supply device 200 for detecting the main power supply module PS, and the dual-power control 々 and spear control A control sound generated by the terminal Pln2 is «Μ7: ί::^ί^ίϊΓ; ° at this time, the first electric crystal ^ M1 is turned on, the main power supply module PS; "•H, crystal power is transmitted to the output end 5V: Brother = 昼 source price, after delay 'in the second control repeatedly from - low to - high miscellaneous to the second electricity day (four) provide auxiliary power supply module 5VSB IM2 'to stop at the dual power controller At the detection end, at this time, the main power supply mode, the state of the group PS: hold, the _ to the first voltage source + i2V is produced after the second to provide the auxiliary power supply module to touch the electricity and 5' To stabilize the power supply at the wheel end. Power to the wheel, (2) 胗正眢 page change See the third figure, which is a circuit diagram of a dual power supply system according to a preferred embodiment of the present invention. The dual power controller includes a detection unit 202, a second and a later 7L 208, and a protection unit 210. For the following description, please refer to the second unit 202, which may be a comparator. The non-inverting terminal of the comparator receives the reference value Vrel ’. The reverse end receives a detection signal vde to generate
μ ϋ導f與截止，進而控制第一電晶體開M Ml的導通與截 所產早70 202判斷主電源供應模組PS的第一電壓源+1、2V 預^壓鄉卩朗訊號 旱位到達預疋電壓參考值Vrel)時，透過第一护制媲 ,使得第—電晶體開關M1 工的受 一 SR正及。。9n^k。延遲早兀2〇8包含一延遲電路204以及 正反态206。延遲電路204耦接偵測單 =制訊㈣W後-，產生—早高= 所產生‘準位 :=2以及一下降緣侧路214 ，一反向端接收侧訊號^ ^ Vre2)at-, - ί^ ΐΓ：；^ 關Μ2。 ^弟一』^ Pln3以再度導通第二電晶體開 、㈣Ϊ參見第四圖’為根據本創作之—第二較佳實施例之雜兩 雙電ΪΪ二她於第二圖⑷所示之實施例，二 又电為、ί工rpj^ 3〇〇不需透過第— 妨—„ , 二巧貞測’而是直接耦接一主電源供‘來;^^ 主電源供底模組pS的U獻,β 木制並判斷 ，是否已足夠高爾施:可以省V = 弟二阻抗裝置R4、第三電晶體開關M3 &；·= 主置電ΐ電 年月 -"日修正替換頁 J: Ϊ: 器 3。〇 產 ^控制訊 -雷㈣體開關M使主電源供應模組PS中的—第 二電盔源v詖供電力至一輸出端5V。 ^轉i一*準位以截止―第二電晶體關M2，以停止提供f :5VSB之電力至輸出端5V。由於雙電源於 體開關Μ卜第二電晶體開關搬 =曰 切換時’中斷雙電源控制器3〇〇的偵;二截 偵測並對應執行-保心，雙電源控制謂可例值 電壓準位1電^種能及時_主電源 續偵測，以克應糸統於電源模式切換後仍持 和產，全符合專利三要件：新賴性、進步性 布口產菜上的利用性。本創作力μ丨王 熟習本項技術者應理解的是，該實施二交然 不應解讀為關本創作之顏。射本創作’而 ，之變化與置換，均應設為涵蓋於施例 ，乍之保護範圍當以下文之申請專為:此， 【圖式簡單說明】 為旱。 =-圖係_1知職齡叙電财塊圖。 第二圖⑻、第二圖(b)為根據本創作之 、 之雙電源供應系統之電路示意圖及訊號波形圖弟。一較仏貫知例 電源控制器 之 第三圖為根據本創作之一較佳實施 電路不意圖。 人 應 第四圖為根據本_之-第―較佳實_之雙電源供 M435648 系統之電路示意圖及訊號波形圖。 【主要元件符號說明】 先前技術：μ ϋ guide f and cutoff, and then control the conduction and interception of the first transistor to open M Ml early 70 202 to determine the first voltage source of the main power supply module PS +1, 2V pre-pressed the rural drought signal When the pre-twist voltage reference value Vrel is reached, the first transistor 透过 is passed through the first guard 媲 so that the first transistor switch M1 is positively affected by an SR. . 9n^k. The delay early 2兀8 includes a delay circuit 204 and a positive and negative state 206. The delay circuit 204 is coupled to the detection unit = control signal (four) W after - generation - early high = generated 'level: = 2 and a falling edge side 214, a reverse side receiving side signal ^ ^ Vre2) at-, - ί^ ΐΓ:;^ About 2. ^弟一』^ Pln3 to re-energize the second transistor, (4) 第四 see the fourth figure 'for the creation of the second preferred embodiment of the second pair of electric two, she implemented in the second figure (4) For example, the second power is ί rpj^ 3 〇〇 does not need to pass through the first - — - „ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , U contribution, β wooden and judge whether it is enough Gaussian: can save V = brother two impedance device R4, third transistor switch M3 &; · = main power ΐ electricity year - " Page J: Ϊ: 器 3. 〇 ^ ^ Control News - Ray (four) body switch M makes the main power supply module PS - the second electric helmet source v 詖 power supply to an output 5V. ^ turn i one * standard The bit is turned off - the second transistor turns off M2 to stop supplying the power of f:5VSB to the output terminal 5V. Since the dual power supply is in the body switch, the second transistor switch is switched when the switch is switched to 'interrupt the dual power supply controller 3' 〇 侦 ;; two intercept detection and corresponding implementation - security, dual power control can be example value voltage level 1 electric type can be timely _ main power supply continuous detection After the change, it still holds the production, which is in line with the three requirements of the patent: the new reliance and the utilization of the progressive cloth mouth. The author of this creative power should understand that the implementation of the second is not It should be interpreted as the color of the original creation. The creation and replacement of the original creation should be set to cover the application. The scope of protection is as follows: This, [Simple description] 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The third figure of the known power supply controller is not intended according to one of the preferred embodiments of the present invention. The fourth figure of the present invention is a schematic diagram of the circuit of the M435648 system according to the dual power supply of the present invention. And signal waveform diagram. [Main component symbol description] Previous technology:
主電源供應模組PS 辅助電源供應模組5VSB 電晶體開關Μ 第一開關SW1 第二開關SW2 雙電源控制器10 電阻Rl、R2 輸出端5V 第一電壓源+12V 第二電壓源+5 V 本創作：Main Power Supply Module PS Auxiliary Power Supply Module 5VSB Transistor Switch Μ First Switch SW1 Second Switch SW2 Dual Power Controller 10 Resistor Rl, R2 Output 5V First Voltage Source +12V Second Voltage Source +5 V creation:
主電源供應模組PS 輔助電源供應模組5VSB 第一電晶體開關Ml 第二電晶體開關M2 第三電晶體開關M3 第一阻抗裝置R3 第二阻抗裝置R4 雙電源控制器200、300 偵測單元202 延遲電路204 SR止反器206 延遲單元208 保護單元210 比較器212 下降緣偵測電路214 第一電壓源+12V M435648 第二電壓源+5V 輸出端5V 4貞測端Pin 1 第一控制端Pin2 第二控制端Pin3 偵測訊號Vde 控制訊號Drvl、Drv2 預定時間Delay 預定電壓參考值Vrel 預定保護參考值Vre2Main power supply module PS Auxiliary power supply module 5VSB First transistor switch Ml Second transistor switch M2 Third transistor switch M3 First impedance device R3 Second impedance device R4 Dual power controller 200, 300 Detection unit 202 delay circuit 204 SR flip-flop 206 delay unit 208 protection unit 210 comparator 212 falling edge detection circuit 214 first voltage source +12V M435648 second voltage source +5V output terminal 5V 4 detection terminal Pin 1 first control terminal Pin2 second control terminal Pin3 detection signal Vde control signal Drvl, Drv2 predetermined time Delay predetermined voltage reference value Vrel predetermined protection reference value Vre2