201024769 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種電源供應裝置，特別關於一種應用 於測試設備中之以電子式開關切換的電源供應裝置。 【先前技術】 電子產品在半成品階段或成品階段皆須要經過測 試，確認功能正常後，才能夠送往下一個製程或出貨。而 要確認產品功能是否正常，通常必須由測試設備提供一個 • 電源使電子產品作動後，才能進行檢測。 ' 習知的測試設備中，在待測裝置與電源之間通常會使 用一機械式開關，以控制電源是否傳輸至待測裝置。所謂 的機械式開關是利用機械動作而作導通或截止的切換，例 如按鈕開關、指撥開關、無熔絲開關或磁簧開關等，皆是 靠機械式的動作而將電源導通或截止。 然而，在機械動作的過程中常會造成設備抖動，且在 Φ 導通的瞬間容易產生高壓脈衝。高壓脈衝相當於是瞬間提 供了一個比正常能量更大的能量至待測裝置，因此當此能 量大於待測裝置的負荷時，則容易損壞待測裝置。另外， 機械式開關通常必須藉由人力操作，因此將難以使得測試 的過程自動化以提升效率。 因此，如何提供一種能夠抑制測試設備中由機械式開 關所造成的高壓脈衝，且能夠使得測試過程自動化的電源 供應裝置，實屬當前重要課題之一。201024769 VI. Description of the Invention: [Technical Field] The present invention relates to a power supply device, and more particularly to a power supply device for electronic switch switching applied in a test device. [Prior Art] Electronic products must be tested in the semi-finished or finished product stage to confirm that they are functioning properly before they can be sent to the next process or shipped. To confirm that the product is functioning properly, it is usually necessary to provide a power supply from the test equipment before the electronic product can be activated. In conventional test equipment, a mechanical switch is usually used between the device under test and the power supply to control whether the power is transmitted to the device under test. The so-called mechanical switch is a switch that is turned on or off by a mechanical action, such as a push button switch, a dip switch, a no-fuse switch, or a reed switch, etc., all of which are powered on or off by mechanical action. However, equipment shakes are often caused during mechanical motion, and high voltage pulses are easily generated at the moment of Φ conduction. The high voltage pulse is equivalent to instantaneously providing a larger energy than the normal energy to the device under test, so when the energy is greater than the load of the device under test, the device to be tested is easily damaged. In addition, mechanical switches typically have to be operated manually, so it will be difficult to automate the testing process to increase efficiency. Therefore, it is one of the current important topics to provide a power supply device capable of suppressing high voltage pulses caused by mechanical switches in a test device and capable of automating the test process.
201024769 【發明内容】 有鑑於上述課題，本發明之目的為提供一種能夠抑制 測試設射由機械式開關所造成的高親衝，且㈣㈣ 試過程自動化的電源供應裝置。 為達上述目的，本發明提供—種電源供應裝置適於配 置於-測試設備，且電源供應裝置包含—電子式切換單 元、-選擇訊號產生單元、—電源調整單元以及一整a 群元。電子式⑽單元接收—第—直流電源，並根^ 切換訊號而輸出該第—直流㈣。訊號產生單元輸出 :選擇訊$。電_整單元具有複數調整電路，並與選擇 訊號產生單元電性連接。電賴整單元依據選擇訊號由該 等周4*電路之其中之—輸出—調整訊號。整合穩壓單元分 別與電子式切換單元及電源調整單S電性連接，並分別依 據第-直流電源及調整訊號而輸出—第二直流電源。 “在本發明之一較佳實施例中’電子式切換單元包含一 電子式開關電路’其係藉由切換訊號而導通或截止。 承上所述，依據本發明之測試設備的電源供應裝置是 利用電子式開關單以抑制高壓突波的產生，以保護待測 裝，’且電子式切換單元是以電訊號控制’因此可使測試 過程自動化。另外’利用電源調整單it及整合穩壓單元能 夠使仔電源供應裝置輪出不同的直流電源，以供給不同的 待測裂置所需的電源’更能夠增加電源供應裝置的應用範 201024769 【實施方式】 以下將參照相關圖式’說明依本發明較佳實施例之一 種測§式设備的電源供應裝置’其中相同的元件將以相同的 參照符號加以說明。 凊參照圖1所示’本發明較佳實施例之電源供應裝置 1係配置於一測試設備。其中，測試設備係可為電源供應 器或電子計鼻機的測試設備’於此並不加以限定。 電源供應裝置1包含一電子式切換單元11、一選擇訊 號產生單元12、一電源調整單元13以及一整合穩壓單元 14。在本實施例中，電源供應裝置丨係為一直流電源供應 裝置。 電子式切換單元11接收一第一直流電源DC1並依據 一切換訊號而輸出第一直流電源DC1。在本實施例中，切 換讯唬係用以控制第一直流電源DC1是否能夠經由電子 式切換單元11而輸出。 選擇訊號產生單元12係輸出一選擇訊號SsL，其中選 擇訊號SSL係可為㈣訊號或數位城。本實施例令，選 擇訊號SSL.X數位訊縣例說明，其係可由複數個位元 (bit)所組成之一組訊號。 電源調整單元13係與選擇訊號產生單元12電性連 接’並具有複數調整電路13卜電源調整單元13係依據選 擇訊號sSL而由該等調整電路131之其中之一輸 敕 訊1 "5虎 S ac[j。 整合穩壓單元14分職電子式切換單元11及電源調 201024769 整單元13電性連接。整合穩壓單元14分別依據第一直流 電源D C1及調整訊號s a d」而輸出一第二直流電源D c 2。 请參照圖2,以進一步說明本發明較佳實施例之電源 供應裝置1。如圖2所示，電子式切換單元u具有一輸入 遽波電路ill、一電子式開關電路112、一輸出濾波電路 113、一控制觸發電路114以及一驅動電路115。 輸入濾波電路111係接收第一直流電源DC1，並在經 鲁過滤波後輸出第-直流電源DC卜在本實施例中，輸入遽 波電路111係用以濾除第一直流電源〇(：1的電磁干擾或漣 波干擾。 電子式開關電路112係與輸入濾波電路lu電性連 接’亚依據切換訊號Ssw而輸出第一直流電源Dci。其中， 利用電子式開關電路112取代習知技術中的機械式開關， 將可避免機械式開關導通時的接觸抖動，且可避免導通瞬 間所產生的高壓脈衝。 _ 輸出舰電路113係與電子朗關電路112電性連 接’並在經過遽波後輸出第一直流電源DC1。在本實施例 中’輸出遽波電路113與輪入遽波電路U1之功能相似， 係用以使第-直流電源DC1的波形更加穩定。 ㈣觸發電路m係依據一電源控制訊號“而輸出 -觸發訊號sTRI。在本實施例中，電源控制訊號Spw係由 一電源開_導通或鼓所控制，藉由控_發電路114 可避免電源開關所產生的抖動而影響電子式開關電路⑴ 所輸出的波形。 201024769 驅動電路115係分別與控制觸發電路114及電子式開 關電路112電性連接，並依據觸發訊號STRI而輸出切換訊 號Ssw。在本實施例中 '驅動電路115係將觸發訊號Stri 放大，以產生足以驅動電子式開關電路112的功率及電 壓，而使得電子式開關電路112得以較佳地導通或戴止。 選擇訊號產生單元12包含一譯碼電路121。譯碼電路 121係將一輸入碼（例如BCD碼）解譯而輸出選擇訊號 SSL。在本實施例中，由譯碼電路121解譯後所得的訊號亦 可再經由一放大電路將訊號放大後再輸出選擇訊號SSL。 換言之，譯碼電路121係可直接電性連接該等調整電路 131，亦可經由放大電路再電性連接該等調整電路131，於 此並不加以限制。 另外，選擇訊號產生單元12亦可如圖3所示，係包 含相互電性連接之一譯碼電路121a以及一反相驅動電路 122。其中，譯碼電路121a係輸出一反相選擇訊號SSLR， 而反相驅動電路122係依據反相選擇訊號SSLR而輸出選擇 訊號SSL。 請繼續參照圖2所示，整合穩壓單元14包含相互電 性連接之一訊號整合電路141以及一穩壓濾波電路142。 其中，訊號整合電路141分別與電子式切換單元11及電 源調整單元13電性連接，並依據第一直流電源DC1及調 整訊號Sadj而輸出第二直流電源DC2。穩壓濾波電路142 係接收第二直流電源DC2，並在濾波後輸出穩定的第二直 流電源DC2。SUMMARY OF THE INVENTION In view of the above problems, an object of the present invention is to provide a power supply device capable of suppressing high-injection caused by a mechanical switch and automatically automating (4) (4) test processes. To achieve the above object, the present invention provides a power supply device suitable for being equipped with a test device, and the power supply device includes an electronic switching unit, a selection signal generating unit, a power adjustment unit, and an entire a group. The electronic (10) unit receives the first-to-DC power supply, and outputs the first-DC (four) by switching the signal. Signal generation unit output: Select message $. The electric_entire unit has a complex adjustment circuit and is electrically connected to the selection signal generating unit. The power-on unit adjusts the signal according to the selection signal from the four-circuit of the four weeks. The integrated voltage regulator unit is electrically connected to the electronic switching unit and the power supply adjustment single S, and is respectively output according to the first DC power supply and the adjustment signal—the second DC power supply. "In a preferred embodiment of the invention, the 'electronic switching unit includes an electronic switching circuit' that is turned "on" or "off" by switching signals. As described above, the power supply device of the test apparatus according to the present invention is Use electronic switch to suppress the generation of high voltage surge to protect the device to be tested, 'and the electronic switching unit is controlled by electrical signal' so that the test process can be automated. In addition, 'power adjustment single and integrated voltage regulator unit It is possible to enable the power supply device to rotate different DC power sources to supply different power supplies required for the test to be tested. The application of the power supply device can be increased. 201024769 [Embodiment] The following description will be made with reference to the related drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A power supply device for a device of the present invention will be described with the same reference numerals. The power supply device 1 of the preferred embodiment of the present invention is configured as shown in FIG. In a test device, wherein the test device can be a test device for a power supply or an electronic meter nose machine The power supply device 1 includes an electronic switching unit 11, a selection signal generating unit 12, a power adjusting unit 13, and an integrated voltage stabilizing unit 14. In the embodiment, the power supply unit is a DC power supply unit. The electronic switching unit 11 receives a first DC power source DC1 and outputs a first DC power source DC1 according to a switching signal. In this embodiment, the switching signal is used to control whether the first DC power source DC1 can pass through the electronic device. The selection signal generating unit 12 outputs a selection signal SsL, wherein the selection signal SSL can be a (four) signal or a digital city. In this embodiment, the selection signal SSL.X digital information is described in the example of the county. A plurality of bits may be formed by a plurality of bits. The power adjustment unit 13 is electrically connected to the selection signal generating unit 12 and has a complex adjustment circuit 13. The power adjustment unit 13 is configured according to the selection signal sSL. One of the adjustment circuits 131 is transmitted to the communication 1 "5 Tiger S ac[j. Integrated voltage regulator unit 14 division electronic switching unit 11 and power supply adjustment 201024769 whole unit 13 Connection. Regulation unit 14 are integrated according to the first direct current power source and the adjustment signal D C1 s a d "to output a second DC power supply D c 2. Please refer to Fig. 2 to further illustrate the power supply device 1 of the preferred embodiment of the present invention. As shown in FIG. 2, the electronic switching unit u has an input chopper circuit ill, an electronic switch circuit 112, an output filter circuit 113, a control flip-flop circuit 114, and a drive circuit 115. The input filter circuit 111 receives the first DC power source DC1 and outputs the first DC power source DC after the Lu filter wave. In the embodiment, the input chopper circuit 111 is configured to filter the first DC power source 〇 ( The electromagnetic switching circuit 112 is electrically connected to the input filter circuit 'the sub-switching signal Ssw to output the first DC power source Dci. The electronic switch circuit 112 is used instead of the conventional one. The mechanical switch in the technology can avoid the contact jitter when the mechanical switch is turned on, and can avoid the high voltage pulse generated by the turn-on instant. _ The output ship circuit 113 is electrically connected to the electronic circuit 112 and is passing through After the wave, the first DC power source DC1 is output. In the present embodiment, the function of the output chopper circuit 113 is similar to that of the wheel chopper circuit U1, which is used to make the waveform of the first DC power source DC1 more stable. (4) Trigger circuit m The output-trigger signal sTRI is based on a power control signal. In this embodiment, the power control signal Spw is controlled by a power-on or a drum, and the power-on circuit 114 can prevent the power from being turned on. The generated jitter affects the waveform output by the electronic switch circuit (1). The drive circuit 115 is electrically connected to the control trigger circuit 114 and the electronic switch circuit 112, respectively, and outputs the switching signal Ssw according to the trigger signal STRI. In the embodiment, the driving circuit 115 amplifies the trigger signal Stri to generate power and voltage sufficient to drive the electronic switching circuit 112, so that the electronic switching circuit 112 is preferably turned on or off. The selection signal generating unit 12 includes A decoding circuit 121. The decoding circuit 121 interprets an input code (for example, a BCD code) to output a selection signal SSL. In this embodiment, the signal obtained by the decoding circuit 121 can be further transmitted through a signal. The amplifying circuit amplifies the signal and then outputs the selection signal SSL. In other words, the decoding circuit 121 can be directly electrically connected to the adjusting circuit 131, and can be electrically connected to the adjusting circuit 131 via the amplifying circuit. In addition, the selection signal generating unit 12 may also include a decoding circuit 121a and an inversion which are electrically connected to each other as shown in FIG. The driving circuit 122. The decoding circuit 121a outputs an inverted selection signal SSLR, and the inverting driving circuit 122 outputs the selection signal SSL according to the inverted selection signal SSLR. Please continue to refer to FIG. The signal integration circuit 141 includes a signal integration circuit 141 and a voltage regulation filter circuit 142. The signal integration circuit 141 is electrically connected to the electronic switching unit 11 and the power adjustment unit 13 respectively, and is based on the first DC power source DC1. And adjusting the signal Sadj and outputting the second DC power source DC2. The voltage stabilization filter circuit 142 receives the second DC power source DC2 and outputs a stable second DC power source DC2 after filtering.
I 8 201024769 以下請再參照圖4所示，以實例說明本發明較佳實施 例之測试5又備的電源供應裝置1的等效電路架構圖。 如圖4所示，輸入濾波電路m、輪出濾波電路113 以及穩壓濾波電路142分別係由電容器所組成；電子式開 關電路112係由電晶體所組成，在此，電晶體係可為 或BJT等元件；控制觸發電路114主要係由控制搭配 周邊電路來產生觸發訊號sTRI;驅動電路115主要係由驅 φ動1C及電晶體所組成；譯碼電路121或121a主要係由編/ 解碼器搭配周邊電路所組成；反相驅動電路122主要係由 反相器（反相緩衝器）與放大器所組成；各調整電路 係包含相互電性連接之一切換元件及一可變電阻器，其中 切換7L件係依據選擇訊號Ssl以導通或截止，而可變電阻 器係依據其阻值的不同而輸出調整訊號％;以及訊號整 合電路141主要亦是由冗搭配周邊電路而組成。 綜上所述，依據本發明之測試設備的電源供應裝置是 ♦利用電子式切換單元以抑制高壓脈波的產生，以保護待測 裝置，且電子式開關單元是以電訊號控制，因此可使測試 過程自動化，且可避免傳統機械式開關所造成的抖動。另 外，利用電源調整單元及整合穩壓單元能夠使得電源供應 裝置輸出不同的直流電源，以供給不同的待測裝置所需的 電源，更能夠增加電源供應裝置的應用範圍。 以上所述僅為舉例性，而非為限制性者。任何未脫離 本發明之精神與範嘴，而對其進行之等效修改或變更，均 應包含於後附之申請專利範圍中。 二 201024769 【圖式簡單說明】 圖1為本發明較佳實施例之測試設備之電源供應袭 的方塊示意圖； 心 圖2為本發明較佳實施例之測試設備之電 的詳細方塊示意圖； ’、’、w 置 圖3為本發明較佳實施例之測試設備之 的另一詳細方塊示意圖；以及 ’、/、’、、、置I 8 201024769 Hereinafter, an equivalent circuit structure diagram of the power supply device 1 of the test 5 of the preferred embodiment of the present invention will be described by way of example with reference to FIG. As shown in FIG. 4, the input filter circuit m, the wheel-out filter circuit 113, and the voltage-stabilizing filter circuit 142 are respectively composed of capacitors; the electronic switch circuit 112 is composed of a transistor, where the electro-crystal system can be or The BJT and other components; the control trigger circuit 114 mainly generates the trigger signal sTRI by controlling the peripheral circuit; the driving circuit 115 is mainly composed of the driving 1C and the transistor; the decoding circuit 121 or 121a is mainly composed of the encoder/decoder. The inverting driving circuit 122 is mainly composed of an inverter (inverting buffer) and an amplifier; each adjusting circuit includes one switching element electrically connected to each other and a variable resistor, wherein switching The 7L device is turned on or off according to the selection signal Ssl, and the variable resistor outputs the adjustment signal % according to the difference of the resistance; and the signal integration circuit 141 is mainly composed of redundant peripheral circuits. In summary, the power supply device of the test device according to the present invention uses an electronic switching unit to suppress the generation of high-voltage pulse waves to protect the device to be tested, and the electronic switch unit is controlled by an electric signal, thereby enabling The test process is automated and avoids the jitter caused by traditional mechanical switches. In addition, the power supply adjusting unit and the integrated voltage stabilizing unit can enable the power supply device to output different DC power sources to supply different power sources for the device to be tested, and can further increase the application range of the power supply device. The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations of the present invention are intended to be included in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing the power supply of a test device according to a preferred embodiment of the present invention; FIG. 2 is a detailed block diagram of the power of a test device according to a preferred embodiment of the present invention; ', w FIG. 3 is another detailed block diagram of the test apparatus of the preferred embodiment of the present invention; and ', /, ', ,, and
圖4為本發明較佳實施例，試設傷 的等效電路架構圖。 電源供應襞置 【主要元件符號說明】 1 電源供應裝置 111 輸入濾波電路 113 輸出濾波電路 115 驅動電路 121 、 121a 譯碼電路 13 電源調整單元 14 整合穩麼單元 142 穩壓濾波電路 DC2 第二直流電源 Sadj 調整訊號 Spw 電源控制訊號 SsLR 反相選擇訊號 11 電子式切換單元 112 電子式開關電路 114 控制觸發電路 12 選擇訊號產生單元 122 反相驅動電路 131 調整電路 141 訊號整合電路 DC1 第一直流電源 Ssl 選擇訊號 Ssw 切換訊號 ^TRi 觸發訊號4 is a diagram showing an equivalent circuit structure of a test set in accordance with a preferred embodiment of the present invention. Power supply device [Main component symbol description] 1 Power supply device 111 Input filter circuit 113 Output filter circuit 115 Drive circuit 121, 121a Decoding circuit 13 Power supply adjustment unit 14 Integrated stability unit 142 Voltage stabilization filter circuit DC2 Second DC power supply Sadj adjustment signal Spw power control signal SsLR inversion selection signal 11 electronic switching unit 112 electronic switch circuit 114 control trigger circuit 12 selection signal generation unit 122 inversion drive circuit 131 adjustment circuit 141 signal integration circuit DC1 first DC power supply Ssl Select signal Ssw to switch signal ^TRi trigger signal