201218194 六、發明說明： 【發明所屬之技彳舒領域】 [0001] 種在外接盒中的 一種硬體外接盒的供電電路，特別是— 轉接電路具有改良的供電路徑設計。 【先前技術】 Ο201218194 VI. Description of the Invention: [Technology of the invention] [0001] A power supply circuit for a hard external connection box in an external box, in particular, the switching circuit has an improved power supply path design. [Prior Art] Ο
_資訊科技發達的快速，讓電腦硬體設備相應需要而產 生許多變革’例如早期電腦中的硬式磁碟機與光碟機都 是隨電齡機裝設在㈣。但因日後發展的市場需要， 而有所謂可抽換式的可攜式裝置（portable device) 被推出，其基本概念係利用一框架提供電子裝置（如硬 碟）定位的空間，並且具有與電滕電性連接的介面。該 類結構如中華民國專利公告號第193440號「可抽換式硬 式磁碟機架新穎結構」以及中華民國專利公告第251710 號「抽取式硬碟轉換架」、中華民國專利公告第264165 號「敝口可抽換式儲存系統之機架」等。 _]因著該些習知的可攜4硬碟改良至今，市面上產品已支 援了可熱插拔巧考雜介面（如UBS、IEEE 1394、eSATA )，且隨著該些傳輪介面不斷提高傳輸速率，使得可攜 式裝置（Portable device)成為普及的資訊產品。現 今的產品結構如中華民國專利公告第549525號「硬碟外 接盒之硬碟固定結構」，該先前專利揭示了一硬碟外接 盒包含了一前蓋、一盒殼以及後蓋，該盒殼中具有空間 容納一轉接卡以及一硬碟》其中該轉接卡具有對外界的 連接介面以及電性連接該硬碟的插接槽。前述結構即為 一典型的外接式硬碟。 099135870 表單編號A0101 第3頁/共18頁 0992062694-0 201218194 [0004] [0005] 為了要支㈣插拔的功能，該轉接卡提供了硬體之間執 行交握（handshaking)以及介面轉換的功能。因此該 轉接卡有其必要，$轉接卡上的控制晶片亦需要電力啟 動而執行其功能，因此要驅動該可攜式裝置作動至少必 須提供-低壓電力（通常為…直流電力）啟動該轉接卡 。然而由於局效能、高轉迷的裝置必須具有足夠的電力 驅動’單純以傳輸麟本身所供應的低電壓電力（部份 高速傳輸介面甚至不供應電力）不足以驅動可攜式裝置 運作，因此現今絕大部份的可攜式裝置除了連接一條傳 輸纜線以外，還另需連接二條電源線。 以上剛案所不為具體的結構，而電路架構請參閱圖1、圖 2。以外接式硬碟為例，圖丨揭示了一轉接卡8具有一電力 輸入端80以及一訊號輪入端81，一電源線6具有一電力連 接器61電性連接該電力輸入端80，而該電源線6另-端與 -電源60連接以導通12v電力至該轉接卡8…傳輸纔線7 具有一訊號連接器71電性連接該訊號輸人端81 ,該傳輸 纜線7的另一端與一訊號來源以輸入訊號至該轉接 卡8。该轉接卡8更具有一電力輸出端84以及一訊號輸出 端85，該電力輸入端80將12V電力傳送至該電力輸出端 84。電力輸出端84與該訊號輸出端85該分別與一硬碟9的 一電力接收端90及—訊號接收端91電性連接，而將訊號 與電力傳送至該硬碟9。該轉接卡8上包含了一介面控制 晶片82以及一電力轉換器83，該訊號輸入端81與該介面 控制晶片82電性連接，圖1以USB介面為例，該訊號輸入 端81延伸出一訊號路徑81〇以及一觸發訊號路徑81丨連接 099135870 表單編號A0101 第4頁/共18頁 0992062694-0 201218194 Ο [0006] °亥"面控制晶片82，在該訊號輸入端8ι透過該傳輸纜線7 亥Λ號來源70電性連接時，透過該訊號路徑8丨丨觸發該 "面控制晶片82，令該介面控制晶片82得知有訊號來源 7〇連接該轉接卡8。特別要注意的是，雖USB介面本身具 有電力接腳，可供應5V電力，但該介面控制晶片82並未 使用该USB介面提供的電力。該介面控制晶片82仍需要偏 璧電力啟動’因此該電力賴器83自該電力輸人端8〇與 電力輸出端84之間擷取12V電力，並且轉換成…電力輸出 。該電力轉換器93輸出的5V電力不僅可作為啟動該介面 控制晶片82的偏壓電力，更轉接至該電力輸出端84_併 供應該硬碟9作動所需》 延續圖1所揭示之内容，圖2為該轉接卡8更細部的電路架 構方塊圖。其中，該轉接卡8上更可包含與該介面控制晶 片82電性連接的-時序產生抓以及—㈣記憶體88， Ο 由於該時序產生器87、快哼記憶體88與該介面控制晶片 82之間的作動為該技術領域的習知技椒，故不再贅述。 該電力轉換器83自該電力輪、弟8〇與電力輸出端84之間 擷取12V電力，經過轉換後形成5V電力，並經由—晶片電 力供應單元86作紐或觀電麟調變，形成啟動該介 面控制晶片82的偏壓電力。 [0007] 由於前述的習知技術中未能善用USB介面所供應的電力， 使得該轉接板8需設置該電力轉換器83與晶片電力供應單 元86，佔用了轉接板8表面的大量空間以及成本造成生 產業者難以縮減尺寸的困擾。 【發明内容】 099135870 表單編號A0101 第5頁/共18頁 0992062694-0 201218194 [0008] 由於習知的硬體外接盒中，作為連接介面的轉接板需要 自身具備電力轉換器而維持轉接板運作。佔用了轉接板 表面有限的空間以及耗費較高的電路成本。因此本案的 目的在於提供一種改良的外接盒的供電電路，該外接盒 内的轉接板具有改良的電力導接路徑，使得該轉接板可 取用傳輸介面中的低壓電力，藉此可減少電力轉換電路 佔用轉接板的空間以及耗費的成本。 [0009] 本案為一種硬體外接盒的供電電路，係一外接盒内的一 轉接卡具有與一外接裝置電性連接的一訊號輸出端、一 電力輸出端，該轉接卡還具有一電力輸入端、一訊號輸 入端以及一介面控制晶片。其特徵在於，該電力輸入端 經由一第一供電路徑電性連接該電力輸出端以供應一第 一電力，該訊號輸入端經由一訊號路徑傳輸訊號至該介 面控制晶片以及經由一第二供電路徑提供一第二電力驅 動該介面控制晶片，一第三供電路徑電性連接該第二供 電路徑與該電力輸出端以導接該第二電力至該電力輸出 端。 [0010] 透過前述的第二供電路徑、第三供電路徑，該訊號輸入 端的介面規格具有低壓電力接腳時，即可取用所導接的 低壓電力作為驅動轉接板的低功率電力。藉此該轉接板 即可省略佔用空間與成本較高的電力轉換電路。 【實施方式】 [0011] 本案為一種硬體外接盒的供電電路，以下將配合圖式說 明本案技術内容。請參閱圖3，本案係揭示一外接盒内的 電力、訊號連接架構，其中該外接盒係用於容納可攜式 099135870 表單編號A0101 第6頁/共18頁 0992062694-0 201218194 裝置，由於該外接盒的具體結構特徵並非本案的重點， 因此未於圖式中示出。而該外接盒内裝設有一轉接卡3， 該轉接卡3具有與一外接裝置電性連接的一訊號輪出端34 、一電力輸出端33。該外接裝置可為一硬碟或一光碟機 ，或者目前在市面上可供外接的可攜式裝置，而在本案 圖式中該外接裝置以一硬碟4作為實施態樣。該硬碟4具 有一電力接收端40及一訊號接收端41，而該外接盒具有 空間容納該硬碟4 ’並讓該電力接收端4〇可插拔的電性連 接該電力輸出端33，該訊號接收端41亦可插拔的電性連 ί 接該訊號輸出端44。該轉接卡3更具有一電力輸入端30以 及一訊號輸入端31，一電源:線1具有一電力連接器丨丨與該 電力輸入端3〇相咬合且電性速接，該電源線1之另一端連 接一電源10，該電源可為一電源適配琴(adapter)或 電源供應器。一傳輸纜線2具有一訊號速择器21與該訊號 輸入端31相咬合且電性連接，該傳輸緵線2之另一端與一 訊號來源20電性連接，該訊號來源20可為桌上型電腦或 筆記型電腦’或者為可攜式的資訊處理系統（如個人數 位助理，PDA)等受該外接裝置支援的裝置。該轉接板3上 設有電性連接該電力輸入端30與該電力輸出端33的第一 供電路徑300，該電力輸入端3〇自該電源線丨取得一第一 電力透過該第一供電路徑3〇〇導接至該電力輸出端33。該 轉接卡3上還設有一介面控制晶片32，該轉接卡3設有一 第二供電路徑31 0以及—訊號路徑3丨1與該介面控制晶片 32電性連接°該訊號連接器21、訊號輸入端31被設計為 包含了低壓電力輸入的介面規格（如USB介面），該訊號 輸入端31所取得的數位訊號與一低壓的第二電力分別導 099135870 表單煸號 A0101 第 7 頁/共 18 頁 0992062694-0 201218194 通於該訊號路徑311與第二供電路徑31〇，該數位訊號由 S亥矾號路杈311傳輪至該介面控制晶片32。由積體電路的 基礎知識即可知’該介面控制晶片32需要有一偏壓電力 驅動才可運作，而該第二供電路徑31〇則自該訊號輸入端 31導接該低壓的第二電力送至該介面控制晶片32以驅動 其工作。該介面控制晶片32啟動後，可將該訊號路徑3^ 傳來的數位訊號經處理後透過一訊號輸出路徑32〇送至該 讯號輸出端34。又，一第三供電路徑312電性連接該第二 供電路徑310與該電力輸出端33，該第三供電路徑312導 接该第二電力至該電力輸出端33，令該電力輸出端33可 一併輸出該第一電力與該第二電力至該硬碟4，以驅動該 硬碟4運作。請再一併參閱圖:4，:圖4揭沬了該轉接卡3更 細部的電路架構，其中該轉接卡3更包括二電性連接該介 面控制晶片32的時序產生器36以及一電性連接該介面控 制晶片32的快閃記憶體37。且該轉接卡3上更包含一晶片 電力供應單元35連接於該第二供電路輕3j0上以擷取該第 二電力輸出至該介面控制晶片32。該訊號路徑311將數位 訊號傳送給該介面控制晶片32後，該介面控制晶片32可 轉換為該硬碟4所能支援的資料格式。該訊號輸入端31與 該訊號輸出端34可被設計為相異介面；當然，該訊號輸 入端31與該訊號輸出端34亦可被設計為相同介面。而該 轉接卡3的訊號輸入端31可為市面上普遍使用的usb介面 連接器’由於USB介面本身具有供應低壓電力的接腳，透 過上述的技術可應用該低壓電力驅動該介面控制晶片3 2 099135870 表單編號A0101 第8頁/共18頁 0992062694-0 201218194 [0012] 透過前述的第二供電路徑310、第三供電路徑312，該訊 號輸入端31的介面規格具有低壓電力接腳時，即可取用 所導接的低壓電力作為驅動轉接板3的低功率電力。藉此 該轉接板3即可省略佔用空間與成本較高的電力轉換電路 。達到減少電路體積以及成本的有益效果。雖然本發明 以較佳實施例揭露如上，然其並非用以限定本發明，任 何熟習此技藝者，在不脫離本發明之精神和範圍内，而 所作之些許更動與潤飾，皆應涵蓋於本發明中，因此本 發明之保護範圍當視後附之申請專利範圍所界定者為準 〇 。 [0013] 綜上所述，本發明較習知之創作增進上述功效，應已充 分符合新穎性及進步性之法定創新專利要件，爰依法提 出申請，懇請貴局核准本件發明專利申請案，以勵創作 ，至感德便。 【圖式簡單說明】 [0014] 圖1為習知技術的連接關係示意圖。 〇 [0015] 圖2為習知轉接卡的電路方塊圖。 [0016] 圖3為本案的連接關係示意圖。 [0017] 圖4為本案轉接卡的電路方塊圖。 【主要元件符號說明】 [0018] 1..... •電源線 [0019] 10 · · · · .·電源 [0020] 11 .... ••電力連接器 099135870 表單編號A0101 第9頁/共18頁 0992062694-0 201218194 [0021] [0022] [0023] [0024] [0025] [0026] [0027] [0028] [0029] [0030] [0031] [0032] [0033] [0034] [0035] [0036] [0037] [0038] [0039] 2 ......傳輸纜線 20 ......訊號來源 21 ......訊號連接器 3 ......轉接板 30 ......電力輸入端 300 ......第一供電路徑 31 ......訊號輸入端 310 ......第二供電路徑 311 ......訊號路徑 312 ......第三供電路徑 32 ......介面控制晶片 320 ......訊號輸出路徑 33 ......電力輸出端 34 ......訊號輸出端 35 ......晶片電力供應單元 36 ......時序產生器 37 .......决閃記憶體 4......硬碟 40......電力接收端 099135870 表單編號A0101 第10頁/共18頁 0992062694-0 201218194 [0040] 41 ———— ••訊號接收端 [0041] 6..... •电源線 [0042] 60 · · · · ••電力來源 [0043] 61 ———— ••電力連接器 [0044] 7..... •傳輸纜線 [0045] 70 .... ..訊號來源 [0046] 71 · · · · ••訊號連接器 Ο [0047] 8..... .轉接卡 [0048] 80 .... ••電力輸入端 [0049] 81 . · ·. ••訊號輸入端 [0050] 810 · · · · ••訊號路徑 [0051] 811 · · · · .·觸發訊號路徑 [0052] Ο 82 .... ••介面控制晶片 [0053] 83 .. ••電力轉換器 [0054] 84 ·. ••電力輸出端 [0055] 85 .... • · a孔號輸出知 [0056] 86 · · · ••日日片電力供應早元 [0057] 87 · · · · ••時序產生器 [0058] 88 · · · · ••快閃記憶體 099135870 表單編號Α0101 第11頁/共18頁 0992062694-0 201218194 [0059] 9 ..._ The rapid development of information technology has caused many changes in the corresponding needs of computer hardware devices. For example, hard disk drives and optical disk drives in early computers were installed with electric age machines (4). However, due to the market demand for future development, there is a so-called removable portable device, the basic concept of which uses a frame to provide space for positioning electronic devices (such as hard disks), and has electricity Teng electrical connection interface. Such structures are, for example, the Republic of China Patent Bulletin No. 193440 "New Structure of Removable Hard Disk Rack" and the Republic of China Patent Notice No. 251710 "Removable Hard Disk Conversion Rack", Republic of China Patent Notice No. 264165" "Rack of removable storage system", etc. _]Because of these well-known portable 4 hard disk improvements, the products on the market have already supported hot-swappable and sophisticated interfaces (such as UBS, IEEE 1394, eSATA), and with these pass-through interfaces Increasing the transmission rate makes portable devices a popular information product. The current product structure is as described in the Republic of China Patent Publication No. 549525, "hard disk fixing structure of a hard disk external box", which discloses that a hard disk external box includes a front cover, a case and a back cover, the case The utility model has a space for accommodating a riser card and a hard disk, wherein the riser card has a connection interface to the outside and a socket slot electrically connected to the hard disk. The foregoing structure is a typical external hard disk. 099135870 Form No. A0101 Page 3 of 18 0992062694-0 201218194 [0004] [0005] In order to support (4) plug-and-play function, the riser card provides handshaking and interface conversion between hardware. Features. Therefore, the riser card is necessary, and the control chip on the riser card also needs to be powered to perform its function, so to drive the portable device to operate at least - low voltage power (usually ... DC power) is required to start the Riser card. However, since the performance and high-revolutionary devices must have sufficient electric power to drive the low-voltage power supplied by Lin itself (some high-speed transmission interfaces or even no power supply) is not enough to drive portable devices, nowadays Most portable devices require two power cables in addition to one transmission cable. The above case is not a specific structure, and the circuit architecture is shown in Figure 1 and Figure 2. An external hard disk is taken as an example. The switch card 8 has a power input terminal 80 and a signal wheel input terminal 81. The power cable 6 has a power connector 61 electrically connected to the power input terminal 80. The power cable 6 is connected at the other end to the power source 60 to turn on 12v power to the riser card 8... The transmission line 7 has a signal connector 71 electrically connected to the signal input terminal 81, and the transmission cable 7 The other end is connected to a signal source to input the signal to the riser card 8. The riser card 8 further has a power output 84 and a signal output 85 that transmits 12V power to the power output 84. The power output terminal 84 and the signal output terminal 85 are electrically connected to a power receiving end 90 and a signal receiving end 91 of a hard disk 9 respectively, and transmit signals and power to the hard disk 9. The adapter card 8 includes an interface control chip 82 and a power converter 83. The signal input terminal 81 is electrically connected to the interface control chip 82. The USB interface is taken as an example, and the signal input terminal 81 extends. A signal path 81〇 and a trigger signal path 81丨 are connected to 099135870. Form number A0101 Page 4/18 pages 0992062694-0 201218194 Ο [0006] °Hai " face control chip 82, at the signal input terminal 8 through the transmission When the cable 7 is electrically connected to the source 70, the "face control wafer 82 is triggered through the signal path 8 to cause the interface control chip 82 to learn that the signal source 7 is connected to the riser card 8. It is important to note that although the USB interface itself has a power pin that can supply 5V of power, the interface control chip 82 does not use the power provided by the USB interface. The interface control chip 82 still needs to be biased to power up. Thus, the power absorber 83 draws 12V power from the power input terminal 8 and the power output terminal 84 and converts it into ... power output. The 5V power outputted by the power converter 93 can be used not only as the bias power for starting the interface control chip 82, but also to the power output terminal 84_ and supply the hard disk 9 for operation. Continuation of the disclosure of FIG. FIG. 2 is a block diagram of a circuit structure of the card 8 in a more detailed manner. The adapter card 8 further includes a timing generating capture and (four) memory 88 electrically connected to the interface control chip 82, and the timing generator 87, the memory 88 and the interface control chip. The operation between 82 is a well-known technique in the technical field, and therefore will not be described again. The power converter 83 draws 12V power from the power wheel, the brother 8〇 and the power output terminal 84, and converts to form 5V power, and is modulated by the wafer power supply unit 86 or the electric power. The interface controls the bias power of the wafer 82. [0007] Due to the above-mentioned prior art, the power supplied by the USB interface is not utilized well, so that the adapter board 8 needs to be provided with the power converter 83 and the wafer power supply unit 86, occupying a large amount of the surface of the adapter board 8. Space and cost make it difficult for manufacturers to reduce size. SUMMARY OF THE INVENTION 099135870 Form No. A0101 Page 5 of 18 0992062694-0 201218194 [0008] In the conventional hard-outer box, the adapter board as the connection interface needs to have its own power converter to maintain the adapter board. Operation. It occupies a limited space on the surface of the adapter board and costs a lot of circuit. Therefore, the purpose of the present invention is to provide an improved power supply circuit for an external box, the adapter board in the external box has an improved power guiding path, so that the adapter board can take low-voltage power in the transmission interface, thereby reducing power The conversion circuit takes up space in the interposer board and costs. [0009] The present invention is a power supply circuit for a hard external connection box, wherein a riser card in an external box has a signal output end electrically connected to an external device, and a power output end, and the riser card further has a A power input terminal, a signal input terminal, and an interface control chip. The power input end is electrically connected to the power output end via a first power supply path to supply a first power, and the signal input end transmits a signal to the interface control chip via a signal path and via a second power supply path. A second power supply is provided to drive the interface control chip, and a third power supply path is electrically connected to the second power supply path and the power output end to conduct the second power to the power output end. [0010] Through the foregoing second power supply path and the third power supply path, when the interface specification of the signal input end has a low voltage power pin, the guided low voltage power can be used as the low power power for driving the adapter board. Thereby, the adapter board can omit a power conversion circuit that occupies space and costs. [Embodiment] [0011] The present invention is a power supply circuit for a hard external connection box, and the technical content of the present invention will be described below with reference to the drawings. Referring to FIG. 3, the present invention discloses an electric power and signal connection structure in an external box, wherein the external box is used for accommodating a portable 099135870 form number A0101 page 6 / 18 page 0992062694-0 201218194 device, due to the external connection The specific structural features of the cartridge are not the focus of this case and are therefore not shown in the drawings. The adapter box 3 is provided with a riser card 3 having a signal output end 34 and a power output end 33 electrically connected to an external device. The external device can be a hard disk or a CD player, or a portable device that is currently available on the market. In the present embodiment, the external device has a hard disk 4 as an implementation. The hard disk 4 has a power receiving end 40 and a signal receiving end 41, and the external box has a space for accommodating the hard disk 4' and electrically connecting the power receiving end 4 〇 to the power output end 33, The signal receiving end 41 can also be plugged and connected to the signal output terminal 44. The riser card 3 further has a power input end 30 and a signal input end 31. A power source: the line 1 has a power connector 咬 and the power input end 3 咬 and electrically connected, the power line 1 The other end is connected to a power source 10, which can be a power adapter or a power supply. A transmission cable 2 has a signal driver 21 that is coupled to the signal input terminal 31 and electrically connected. The other end of the transmission cable 2 is electrically connected to a signal source 20, and the signal source 20 can be a table. A computer or notebook computer is a device supported by the external device, such as a portable information processing system (such as a personal digital assistant, PDA). The first power supply path 300 is electrically connected to the power input end 30 and the power output end 33. The power input end 3 receives a first power from the power line and transmits the first power. The path 3〇〇 is connected to the power output terminal 33. The adapter card 3 is further provided with an interface control chip 32. The adapter card 3 is provided with a second power supply path 31 0 and a signal path 3丨1 electrically connected to the interface control chip 32. The signal connector 21, The signal input terminal 31 is designed to include an interface specification of a low voltage power input (such as a USB interface), and the digital signal obtained by the signal input terminal 31 and the second power of a low voltage are respectively 099135870. Form number A0101 Page 7 / Total 18 pages 0992062694-0 201218194 The digital signal is routed through the signal path 311 and the second power supply path 31, and the digital signal is transmitted from the S-way 311 to the interface control chip 32. It can be known from the basic knowledge of the integrated circuit that the interface control chip 32 needs to be driven by a bias voltage, and the second power supply path 31 is connected to the low voltage second power from the signal input terminal 31. The interface controls the wafer 32 to drive its operation. After the interface control chip 32 is activated, the digital signal transmitted from the signal path 3^ can be processed and sent to the signal output terminal 34 through a signal output path 32. Moreover, a third power supply path 312 is electrically connected to the second power supply path 310 and the power output end 33, and the third power supply path 312 is connected to the second power to the power output end 33, so that the power output end 33 can be The first power and the second power are output to the hard disk 4 to drive the hard disk 4 to operate. Please refer to FIG. 4 again: FIG. 4 discloses a circuit structure of the adapter card 3, wherein the riser card 3 further includes a timing generator 36 electrically connected to the interface control chip 32 and a The flash memory 37 of the interface control wafer 32 is electrically connected. The adapter card 3 further includes a chip power supply unit 35 connected to the second supply circuit light 3j0 for extracting the second power output to the interface control chip 32. After the signal path 311 transmits the digital signal to the interface control chip 32, the interface control chip 32 can be converted into a data format supported by the hard disk 4. The signal input terminal 31 and the signal output terminal 34 can be designed as different interfaces; of course, the signal input terminal 31 and the signal output terminal 34 can also be designed as the same interface. The signal input terminal 31 of the riser card 3 can be a usb interface connector commonly used in the market. Since the USB interface itself has a pin for supplying low voltage power, the low voltage power can be used to drive the interface control chip 3 through the above technology. 2 099135870 Form No. A0101 Page 8 of 18 0992062694-0 201218194 [0012] Through the foregoing second power supply path 310 and the third power supply path 312, when the interface specification of the signal input terminal 31 has a low voltage power pin, The guided low voltage power can be used as the low power power for driving the interposer 3. Thereby, the adapter board 3 can omit the power conversion circuit which takes up space and costs. Achieve the benefits of reduced circuit size and cost. While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the invention, and it is intended that those skilled in the In the invention, therefore, the scope of the invention is defined by the scope of the appended claims. [0013] In summary, the present invention enhances the above-mentioned effects by the conventional creation, and should fully comply with the novelty and progressive statutory innovation patent requirements, and submit an application according to law, and invites your office to approve the invention patent application. Creation, to the sense of virtue. BRIEF DESCRIPTION OF THE DRAWINGS [0014] FIG. 1 is a schematic diagram of a connection relationship of a prior art. [0015] FIG. 2 is a circuit block diagram of a conventional riser card. [0016] FIG. 3 is a schematic diagram of the connection relationship of the present case. [0017] FIG. 4 is a circuit block diagram of the riser card of the present invention. [Description of main component symbols] [0018] 1..... • Power cord [0019] 10 · · · · Power supply [0020] 11 .... • Power connector 099135870 Form No. A0101 Page 9 / [0023] [0023] [0023] [0034] [0034] [0034] [0034] [0034] [0036] [0039] 2 ... transmission cable 20 ... signal source 21 ... signal connector 3 ... Adapter plate 30 ... power input terminal 300 ... first power supply path 31 ... signal input terminal 310 ... second power supply path 311 .... .. signal path 312 ... third power supply path 32 ... interface control chip 320 ... signal output path 33 ... power output terminal 34 .... .. signal output terminal 35 ... wafer power supply unit 36 ... timing generator 37 .... flash memory 4 ... hard disk 40.. ....Power receiving end 099135870 Form No. A0101 Page 10/18 pages 0992062694-0 201218194 [0040] 41 ———— ••Signal receiving end [0041] 6..... •Power cord [0042] 60 · · · · • Power source [ 0043] 61 ———— •• Power Connector [0044] 7..... • Transmission Cable [0045] 70 .... .. Signal Source [0046] 71 · · · · • Signal Connector Ο [0047] 8..... .Adapter Card [0048] 80 .... • Power Input [0049] 81 . · · • • Signal Input [0050] 810 · · · · •• Signal path [0051] 811 · · · · ·· Trigger signal path [0052] Ο 82 .... ••Interface control chip [0053] 83 .. ••Power converter [0054] 84 ·. ••Power output End [0055] 85 .... • · a hole number output know [0056] 86 · · · •• 日 日片电供早元 [0057] 87 · · · · • • Timing generator [0058] 88 · · · · •• Flash Memory 099135870 Form NumberΑ0101 Page 11/18 Page 0992062694-0 201218194 [0059] 9 ...
[0060] 90 ·.[0060] 90 ·.
[0061] 91 .. • ••硬碟 • · · ·電力接收端 ....訊號接收端 099135870 表單編號A0101 第12頁/共18頁 0992062694-0[0061] 91 .. • •• Hard disk • · · · Power receiving end .... Signal receiving end 099135870 Form No. A0101 Page 12 of 18 0992062694-0