TWM351409U

TWM351409U - Electric card, electric card writer/reader and electric card system

Info

Publication number: TWM351409U
Application number: TW97217690U
Authority: TW
Inventors: Chun-Chieh Chen; Kuang-Tung Wu
Original assignee: Asint Technology Corp
Priority date: 2008-10-03
Filing date: 2008-10-03
Publication date: 2009-02-21

Abstract

An electric card is provided. The electric card includes a first ISO7816 interface connector, a non-volatile memory device, a first switch, an ISO7816 controller and at least a predetermined controller. The ISO7816 controller uses ISO7816 transfer protocol and the predetermined controller uses the predetermined transfer protocol that is different from ISO7816 transfer protocol. The first switch optionally couples the first ISO7816 interface connector with the non-volatile memory device via the ISO7816 controller or couples the first ISO7816 interface connector with the non-volatile memory device via the predetermined controller.

Description

M3 51409 八、新型說明：【新型所屬之技術領域】本創作關於一種電子卡片、電子卡片讀寫裝置及電子卡片系統，尤其關於使用IS07816介面連接器的電子卡片、電子卡片讀寫裝置及電子卡片系統。【先前技術】第1圖為習知電子卡片系統的功能方塊圖。參見第1圖，電子卡片系統10包含一電子卡片20' —電子卡片讀寫裝置3〇及一主機4〇。電子卡片20包含一第一IS07816介面連接器（interface connect〇r) 21、一 IS07816控制器22及一非揮發性記憶體23。非揮發性記憶體23用以儲存一資料’而IS07816控制器22耗接於第一 iS07816介面連接器21及非揮發性記憶體23之間。電子卡片讀寫裝置3〇包含一第二IS〇7816介面連接1§31、一IS07816主機控制器32 (host controller)及一主機介面連接器（host interface connector) 33。IS〇7816主機控制器32柄接於第二肋7816介面連接器31及主機介面連接器33之間。於操作時，將主機介面連接器33耦接於例如為電腦的—主機4()，電子卡片2〇插入於電子卡片讀寫裝置30中’使得第_IS〇7816介面連接節及第二 IS07816介面連接器31互相連接’藉此使IS〇7816控制器繩夠透過 ISO雇域控㈣32而與主_進行溝通，並使主機佩夠利用 IS07816傳輸協定存取電子卡片2〇之非揮發性記憶體^。但依習知技術僅能適用於符合贈晴輸協定，電子卡㈣能被應用的範圍較窄。【新型内容】 6 M351409 本創作-實施例提供-種電子卡片包含一第一 IS〇7816介面連接器非揮發性記憶裝置一第—切換電路、—⑽816控制器以及至少-默控制器。1807816控制器使用IS〇襲傳輸協定。預定控制器賴相異於IS0遞傳輸協定的_預定傳輸龄务切換電路選擇性地使第-ISQ薦介面連接器透過⑽816控制器耗接於非揮發性記職置；或使第—肋7816介面連接器透過歡控制器搞接於非揮發性記憶裝置。依本創作之-實施例提供一種電子卡片讀寫裝置包含 IS078I6介面連接器、一主機介面連接器、—第二切換電路、一卿16主機控制器以及至少―預定主機控㈣。細816主機控制器使用IS07·傳輸協定。預定主機控制器使用相異於is〇薦傳輸協定的-預定傳輸協定。第二切換電路選擇性地使第二is〇薦介面連接器透過刪⑽主機控制器麵接於主機介面連接器；或使第二恥7816介面連接器透過預定主機控制_接於主機介面連接器。依本創作之-實施例提供一種電子卡片系統，包含一電子卡片及一電子卡片讀寫裝置。電子卡片包括：—第_ IS〇78i6介面連接器； -非揮發性記憶裝置；—第—切換電路；—is〇雇控制器，使用 iso遍傳輸龄；以及至少—預定控制器，細目異於麵叫專輸協定的_預定傳輸協㈣子卡㈣寫裝置，包含：―第二肋觀介面連接ϋ ’祕於第-咖16介科翻；—主機介面連接器；了第二切換電路；_ IS議6主機控制器，使用恥7816傳輸協定；以及至少-預定主機控制H ’使㈣定傳輸協定H切換電路及第二切換電路分別選擇性地使第_IS0寫介面連接器透過麵16 控制綠接於非揮發性記憶裳置且使第二⑽816介面連接器透過麵16主機控制器轉接於主機介面連接器；或使第—腦816介面 M351409 連接器透過就㈣驗接於轉發性纖裝置且使第二恥78 ^ 介面連接n透過預定主機控繼触於域介面連接器。依本創作之-實施例提供_種電子卡片包含：_第—恥蕭介面連接器、-非揮發性記«以及至少—預定控㈣。預定控制器使用相異於IS07816傳輸協定的—預定傳輸協定，且输於第一 IS07816介面連接器及該非揮發性記憶體之間。犯列权供一種電子卡片讀寫裝置包含—第二麵16介面連接器、—主機介面連接如及至少—預定主機控制 f。預定主機控制器制相異於肋7816傳輸協定的—預定傳輸協疋’且耗接於該第二ISQ7816介面連接||及該主機介面接器之間。依本創作之-實施例提供一種電子卡片系統包含一電子卡片以 ^電子卡片讀寫裝置。電子卡片包括：一第—咖料面連接揮發性記憶體，·以及至少_預定控制器，制相異於is麵專輸協㈣-預定傳輸協定⑽接於第—職16介面連接器及非 ^性^㈣。電子卡她含：—第：職Μ介面連 Γ =接於第―1咖6介面連接器；—主機介面連接器；以及至二^主機控繼，使_定傳輸财，且編^第二腦薦 ;丨面連接器及主機介面連接器之間。到進目的和優點可以從本創作所揭露的技術特徵中得 =懂H為讓摘作之上述和其他目的 '特徵和優點能更明文特舉貫施例並配合所附圖式，作詳細說明如下❶ 【實施方式】考圖树之_及其他技術⑽、特物效，在町配合參考圖式之貫施例的詳細說明中，將可、、主D a 兄w將T/月邊的呈現。以下實施例中所提 M351409 到的方向用語，例如：上、下、左、右、前或後等，僅是參考附加圖式的方向。因此，使用的方向用語是用來說明並非用來限制本創作。第2圖為本創作一實施例之電子卡片系統的功能方塊圖。參見第2 圖，電子卡片系統210包含一電子卡片220及一電子卡片讀寫裝置 230。於本實施例中可以更包含一主機24〇，但本創作一實施例不限定於此。電子卡片220包含：一第一iS07816介面連接器22卜一非揮發性記憶裝置223、一IS07816控制器222、至少一預定控制器224以及一第一切換電路225。IS07816控制器222符合IS07816傳輪協定的規定且使用IS07816傳輸協定進行資料的傳輸。預定控制器224使用相異於 IS07816傳輸協定的一預定傳輸協定。為方便說明於本實施例僅顯示一個預定控制器224 ,但並本創作一實施例並不限定預定控制器224 的個數。第一切換電路225耦接於非揮發性記憶裝置223與第一 IS07816介面連接器221之間’且選擇性地使第一is〇7816介面連接器 221透過IS07816控制器222麵接於非揮發性記憶裝置223 ;或使第一 IS07816介面連接器221透過預定控制器224耦接於非揮發性記憶裝置 223。較佳地，於本實施例中，非揮發性記憶裝置223可以包含一第一記憶體91及一第二記憶體92，此第一及二記憶體91及92皆為非揮發性記憶體。第一切換電路225耦接於第一IS07816介面連接器221， IS07816控制器222耦接於第一切換電路225及非揮發性記憶裝置223 的第一記憶體91之間，而預定控制器224耦接於第一切換電路225及非揮發性記憶裝置223的第二記憶體92之間。電子卡片讀寫裝置230包含：一第二IS07816介面連接器231、一主機介面連接器233、一第二切換電路235、一IS07816主機控制器232 以及至少一預定主機控制器234。IS07816主機控制器232符合 9 M3 51409 IS07816傳輸協定的規定且使用IS07816傳輸協定進行資料的傳輸。預定主機控制器234使用相異於IS07816傳輸協定的一預定傳輸協定。為方便說明於本實施例僅顯示一個預定主機控制器234，但並本創作一實施例並不限定預定主機控制器234的個數。第一切換電路235 耦接於第二IS07816介面連接器231與主機介面連接器233之間，且選擇性地使第二1呂07816介面連接器231透過IS07816主機控制器232耗接於主機介面連接器233 ;或使第二：^07816介面連接器231透過預定主機控制器234耦接於主機介面連接器233。應了解的是，此處電子卡片讀寫裝置係指至少能夠對電子卡片進行讀取或寫入操作的裝置。較佳地，於本實施例中，第二切換電路235耦接於第二IS〇7816 介面連接器231，IS07816主機控制器232耦接於第二切換電路235及主機介面連接器233之間，預定主機控制器234耦接於第二切換電路235 及主機介面連接器233之間。於操作電子卡片系統210時，係將電子卡片22〇插入於電子卡片讀寫裝置230中，使得第二IS07816介面連接器231耦接於第一IS〇78i6 介面連接器221。並使主機240耦接於電子卡片讀寫裝置23〇的主機介面連接器233。於本實施例中，預定控制器224及預定主機控制器係使用相同的預定傳輸協定’且此預定傳輸協定相異於IS07816傳輸協定。相異於習知技術，於本實施例之電子卡片系統21〇中，設有使用相異於IS07816傳輪協$之傳輸協定的預定控制器及224及預定主機控制器234 ;以及切換元件225及235。並且，使第一切換電路225及第切換電路235分別選擇性地使第一 IS07816介面連接器221透過 IS07816控制器222耦接於非揮發性記憶裝置223的第一記憶體91且使第二IS07816介面連接器23丨透過IS〇78丨6主機控制器232耦接於主機 10 M3 51409 介面連接器233;或使第一IS07816介面連接器221透過預定控制器224 耦接於非揮發性記憶裝置223的第二記憶體92且使第JUS07816介面連接器231透過預定主機控制器234耦接於主機介面連接器233，而能夠讓主機240使用相異於IS07816傳輪協定的傳輪協定存取電子卡片 220之非揮發性記憶裝置223 ;以及使用S07816傳輸協定存取電子卡片220之非揮發性記憶裝置223至少其一。因此，雖然電子卡片22〇的連接器為符合IS07816傳輸協定的連接器，但卻可以使用相異於 IS07816傳輸協定的傳輸協定以及使用IS07816傳輸協定讓電子卡片 220與主機240進行溝通’因而增加電子卡片220使用的方便性及其應用範圍。此外，預定傳輸協定於本創作一實施例不加以限定，其可以為一串列週邊介面傳輸協定（Serial Peripheral Interface, SPI )、一内部整合電路傳輸協定（Inter-IC Interface，I2C)、一通用序列匯流排傳輸協定（Universal Serial Bus，USB )、一串列高技術配置介面傳輸協定 (Serial Advanced Technology Attachment, SATA )、或其他現在已知或未來發展出的傳輸協定。第3A圖為與使用IS07816傳輸協定之控制器耦接的岱〇7816介面連接器其連接界面的配置示意圖。IS07816介面連接器係指符合 IS07816傳輸協定的連接器。參見第3A圖，IS07816介面連接器具有一連接界面Sa’此連接界面Sa係符合IS07816傳輸協定的規定，因此其具有8個連接點’分別為連接點ci至C8°IS07816控制器及主機控制器係符合IS07816傳輸協定的規定，因此亦具有8個接腳。依 IS07816傳輸協定，當IS07816介面連接器耦接IS07816控制器或 IS07816主機控制器時，IS07816控制器或IS07816主機控制器的下述 8個接腳分別與IS07816介面連接器的8個連接點耦接。詳言之各接腳 11 M351409 及各連接點的配置如下：連接點Cl耦接於接腳vcc ;連接點C2耦接於接腳RST ;連接點C3耦接於接腳CLK ;連接點C4耦接於接腳 (RFU);連接點C5耦接於接腳GND ;連接點C6耦接於接腳Vpp ;連接點C7輕接於接腳I/O ;連接點C8麵接於接腳(Rpu)。以下，以使用sn傳輸協定之控制器為例，說明本創作一實施例的實施方式。第3B圖為與使用SPI傳輸協定之控制器耦接的IS〇7816 介面連接器其連接界面的配置示意圖。參見第3b圖，is〇7816介面連接器具有一連接界面Sb，此連接界面Sb係符合iS07816傳輪協定的規疋，因此其具有8個連接點，分別為連接點(：：1至(：8。使用SI>I傳輸協定之控制器，例如預定控制器224及預定主機控制器234，則係符合SPI 傳輸協疋的規疋，故其亦具有8個接腳。本實施例中，當iS〇7816介面連接器耦接使用spi傳輸協定之控制器時，將使用SPI傳輪協定之控制器的下述8個接腳分別與is〇7816介面連接器的8個連接點耦接。詳言之各接腳及各連接點的配置如下：連接點C1耦接於接腳s〇 ;連接點 C2耦接於接腳CS ;連接點C3耦接於接腳VDD ;連接點C4耦接於接腳 HOLD# ;連接點C5耦接於接腳GND ;連接點(^耦接於接腳1^^# ;連接點C7柄接於接腳SK ;連接點C8耗接於接腳SI。控制器亦可以使用其他種傳輪協定，表二為IS〇7816、spi、USB、 I2C及SATA傳輸協定之控制器其各接腳的定義，表一為使用 IS07816、SPI、USB、I2C及SATA傳輸協定之控制器其各接腳耗接於 IS07816介面連接器之各連接點的配置方式。第3A_E圖為與使用 IS07816、SPI、USB、I2C及SATA傳輸協定之控制器搞接的IS〇7816 介面連接器其連接界面敝置示意圖。請參照表_、表二及第3α·ε 圖’於此領域具有通常知識者，即可得知將使用上述傳輸協定之控制器麵接於IS07816介面連接器的方式，因此省略其相關說明。 12 M3 51409M3 51409 VIII. New description: [New technical field] This creation is about an electronic card, electronic card reading and writing device and electronic card system, especially for electronic card, electronic card reading and writing device and electronic card using IS07816 interface connector. system. [Prior Art] Fig. 1 is a functional block diagram of a conventional electronic card system. Referring to Fig. 1, the electronic card system 10 includes an electronic card 20' - an electronic card reading and writing device 3A and a host computer 4. The electronic card 20 includes a first IS07816 interface connector 21, an IS07816 controller 22, and a non-volatile memory 23. The non-volatile memory 23 is used to store a data' and the IS07816 controller 22 is interposed between the first iS07816 interface connector 21 and the non-volatile memory 23. The electronic card reading and writing device 3 includes a second IS 7816 interface 1 § 31, an IS07816 host controller 32 and a host interface connector 33. The IS〇7816 host controller 32 is coupled between the second rib 7816 interface connector 31 and the host interface connector 33. In operation, the host interface connector 33 is coupled to a host 4 (for example, a computer), and the electronic card 2 is inserted into the electronic card reading and writing device 30 to make the _IS〇7816 interface connection section and the second IS07816 The interface connectors 31 are interconnected' to thereby enable the IS〇7816 controller to communicate with the master through the ISO employment domain (4) 32, and to enable the host to access the non-volatile memory of the electronic card using the IS07816 transport protocol. Body ^. However, according to the conventional technology, it can only be applied to meet the agreement of the free delivery, and the range of the electronic card (4) can be applied narrowly. [New Content] 6 M351409 The present invention provides an electronic card comprising a first IS〇7816 interface connector non-volatile memory device-first switching circuit, a (10)816 controller and at least a default controller. The 1807816 controller uses the IS attack transport protocol. The predetermined controller is configured to cause the first-ISQ recommendation interface connector to be used by the (10)816 controller to consume the non-volatile recording device; or to make the first rib 7816 The interface connector is connected to the non-volatile memory device through the controller. According to the present invention, an electronic card reading and writing device includes an IS078I6 interface connector, a host interface connector, a second switching circuit, a Qing 16 host controller, and at least a predetermined host controller (4). The fine 816 host controller uses the IS07·transport protocol. The predetermined host controller uses a predetermined transport protocol that is different from the is recommended transport protocol. The second switching circuit selectively connects the second recommended interface connector to the host interface connector through the deleted (10) host controller; or connects the second virtual 7816 interface connector through the predetermined host control_connected to the host interface connector . According to the present invention, an electronic card system comprising an electronic card and an electronic card reading and writing device is provided. Electronic cards include: - _ IS 〇 78i6 interface connector; - non-volatile memory device; - first - switching circuit; - is employed controller, using iso transmission age; and at least - predetermined controller, the details are different The _ scheduled transmission association (four) daughter card (four) writing device of the special transmission agreement, including: "the second rib interface interface ϋ 'secret in the first - coffee 16 interface; - host interface connector; the second switching circuit; _ IS 6 host controller, using the shame 7816 transmission protocol; and at least - predetermined host control H ' to make (four) fixed transmission protocol H switching circuit and second switching circuit selectively enable the _IS0 write interface connector through the surface 16 The control green is connected to the non-volatile memory and the second (10)816 interface connector is transferred to the host interface connector through the surface 16 host controller; or the first brain 816 interface M351409 connector is transmitted (4) to the forwarding property. The fiber device and the second shame 78^ interface connection n are passed through the predetermined host control to the domain interface connector. According to the present invention, an embodiment provides an electronic card comprising: a _th-shadow interface connector, a non-volatile note « and at least a predetermined control (four). The predetermined controller uses a predetermined transmission protocol different from the IS07816 transmission protocol and is input between the first IS07816 interface connector and the non-volatile memory. The stipulations for an electronic card reading and writing device include a second side 16 interface connector, a host interface connection, and at least a predetermined host control f. The predetermined host controller system is different from the predetermined transmission protocol of the rib 7816 transmission protocol and is consumed between the second ISQ7816 interface connection || and the host interface connector. According to the present invention, an electronic card system includes an electronic card to be used as an electronic card reading and writing device. The electronic card includes: a first-caffe surface connected with volatile memory, and at least _ predetermined controller, the system is different from the is-face special transmission association (four) - the scheduled transmission protocol (10) is connected to the first-level 16 interface connector and non- ^ Sex ^ (four). The electronic card contains: - the first: the interface of the job interface = connected to the first -1 coffee 6 interface connector; - the host interface connector; and to the second ^ host control, so that _ set transmission, and edit the second Brain recommendation; between the face connector and the host interface connector. The purpose and advantages of the present invention can be derived from the technical features disclosed in the present application. The understanding of the above-mentioned and other objects of the above-mentioned features and advantages can be more clearly illustrated and described in detail with reference to the drawings. As follows: [Embodiment] 考图树_ and other technologies (10), special effects, in the detailed description of the application of the reference pattern in the town, will be, the main D a brother w will be T / moon side Presented. Directional terms from M351409 mentioned in the following embodiments, such as up, down, left, right, front or back, etc., are only directions referring to the additional drawings. Therefore, the directional terminology used is used to illustrate that it is not intended to limit the creation. FIG. 2 is a functional block diagram of an electronic card system according to an embodiment of the present invention. Referring to FIG. 2, the electronic card system 210 includes an electronic card 220 and an electronic card reading and writing device 230. In the embodiment, a host 24〇 may be further included, but an embodiment of the present invention is not limited thereto. The electronic card 220 includes a first iS07816 interface connector 22, a non-volatile memory device 223, an IS07816 controller 222, at least one predetermined controller 224, and a first switching circuit 225. The IS07816 controller 222 complies with the provisions of the IS07816 transmission protocol and uses the IS07816 transmission protocol for data transmission. The predetermined controller 224 uses a predetermined transport protocol that is different from the IS07816 transport protocol. For convenience of explanation, only one predetermined controller 224 is shown in the present embodiment, but the present embodiment does not limit the number of predetermined controllers 224. The first switching circuit 225 is coupled between the non-volatile memory device 223 and the first IS07816 interface connector 221 and selectively connects the first is 7816 interface connector 221 to the non-volatile interface through the IS07816 controller 222. The memory device 223; or the first IS07816 interface connector 221 is coupled to the non-volatile memory device 223 via a predetermined controller 224. Preferably, in the present embodiment, the non-volatile memory device 223 can include a first memory 91 and a second memory 92. The first and second memories 91 and 92 are non-volatile memory. The first switching circuit 225 is coupled to the first IS07816 interface connector 221, and the IS07816 controller 222 is coupled between the first switching circuit 225 and the first memory 91 of the non-volatile memory device 223, and the predetermined controller 224 is coupled. Connected between the first switching circuit 225 and the second memory 92 of the non-volatile memory device 223. The electronic card reading and writing device 230 includes a second IS07816 interface connector 231, a host interface connector 233, a second switching circuit 235, an IS07816 host controller 232, and at least one predetermined host controller 234. The IS07816 host controller 232 complies with the provisions of the 9 M3 51409 IS07816 transport protocol and uses the IS07816 transport protocol for data transmission. The predetermined host controller 234 uses a predetermined transmission protocol that is different from the IS07816 transport protocol. For convenience of explanation, only one predetermined host controller 234 is shown in the present embodiment, but the embodiment does not limit the number of predetermined host controllers 234. The first switching circuit 235 is coupled between the second IS07816 interface connector 231 and the host interface connector 233, and selectively causes the second 1-078180 interface connector 231 to be connected to the host interface through the IS07816 host controller 232. Or the second: ^07816 interface connector 231 is coupled to the host interface connector 233 through the predetermined host controller 234. It should be understood that the electronic card reading and writing device herein refers to a device capable of at least reading or writing an electronic card. Preferably, in the embodiment, the second switching circuit 235 is coupled to the second IS〇7816 interface connector 231, and the IS07816 host controller 232 is coupled between the second switching circuit 235 and the host interface connector 233. The predetermined host controller 234 is coupled between the second switching circuit 235 and the host interface connector 233. When the electronic card system 210 is operated, the electronic card 22 is inserted into the electronic card reading and writing device 230, so that the second IS07816 interface connector 231 is coupled to the first IS〇78i6 interface connector 221. The host 240 is coupled to the host interface connector 233 of the electronic card reading and writing device 23A. In the present embodiment, the predetermined controller 224 and the predetermined host controller use the same predetermined transmission protocol ' and the predetermined transmission protocol is different from the IS07816 transmission protocol. Different from the prior art, in the electronic card system 21 of the embodiment, a predetermined controller and a predetermined host controller 234 using a transmission protocol different from the IS07816 transmission protocol are provided; and the switching element 225 is provided. And 235. The first switching circuit 225 and the switching circuit 235 are respectively configured to selectively couple the first IS07816 interface connector 221 to the first memory 91 of the non-volatile memory device 223 through the IS07816 controller 222 and enable the second IS07816. The interface connector 23 is coupled to the host 10 M3 51409 interface connector 233 through the IS〇78丨6 host controller 232; or the first IS07816 interface connector 221 is coupled to the non-volatile memory device 223 via the predetermined controller 224. The second memory 92 and the JUS07816 interface connector 231 are coupled to the host interface connector 233 through the predetermined host controller 234, so that the host 240 can access the electronic card using a transport protocol different from the IS07816 transport protocol. The non-volatile memory device 223 of 220; and the non-volatile memory device 223 for accessing the electronic card 220 using the S07816 transmission protocol are at least one of them. Therefore, although the connector of the electronic card 22 is a connector conforming to the IS07816 transmission protocol, the communication protocol different from the IS07816 transmission protocol can be used and the electronic card 220 can be communicated with the host 240 using the IS07816 transmission protocol. The convenience of use of the card 220 and its range of applications. In addition, the predetermined transmission protocol is not limited in an embodiment of the present invention, and may be a serial Peripheral Interface (SPI), an Inter-IC Interface (I2C), and a general purpose. A Serial Serial Bus (USB), a Serial Advanced Technology Attachment (SATA), or other transport protocol now known or developed in the future. Figure 3A is a schematic diagram showing the configuration of the connection interface of the 岱〇7816 interface connector coupled to the controller using the IS07816 transmission protocol. The IS07816 interface connector is a connector that conforms to the IS07816 transport protocol. Referring to Figure 3A, the IS07816 interface connector has a connection interface Sa'. This connection interface Sa conforms to the IS07816 transmission protocol, so it has 8 connection points 'connection point ci to C8°IS07816 controller and host controller system respectively. It complies with the provisions of the IS07816 transmission agreement and therefore has 8 pins. According to the IS07816 transmission protocol, when the IS07816 interface connector is coupled to the IS07816 controller or the IS07816 host controller, the following eight pins of the IS07816 controller or IS07816 host controller are respectively coupled to the eight connection points of the IS07816 interface connector. . In detail, the configuration of each pin 11 M351409 and each connection point is as follows: the connection point C1 is coupled to the pin vcc; the connection point C2 is coupled to the pin RST; the connection point C3 is coupled to the pin CLK; the connection point C4 is coupled Connected to the pin (RFU); the connection point C5 is coupled to the pin GND; the connection point C6 is coupled to the pin Vpp; the connection point C7 is connected to the pin I/O; the connection point C8 is connected to the pin (Rpu) ). Hereinafter, an embodiment of an embodiment of the present creation will be described by taking a controller using a sn transmission protocol as an example. Figure 3B is a schematic diagram showing the configuration of the connection interface of the IS〇7816 interface connector coupled to the controller using the SPI transmission protocol. Referring to Fig. 3b, the is〇7816 interface connector has a connection interface Sb which conforms to the rules of the iS07816 transmission protocol, so that it has 8 connection points, respectively: connection points (::1 to (:8) The controller that uses the SI>I transport protocol, such as the predetermined controller 224 and the predetermined host controller 234, is compliant with the SPI transport protocol, so it also has eight pins. In this embodiment, when iS When the 〇7816 interface connector is coupled to the controller using the spi transport protocol, the following eight pins of the controller using the SPI wheel protocol are respectively coupled to the eight connection points of the is 7816 interface connector. The connection of each pin and each connection point is as follows: the connection point C1 is coupled to the pin s〇; the connection point C2 is coupled to the pin CS; the connection point C3 is coupled to the pin VDD; the connection point C4 is coupled to the connection Pin HOLD#; connection point C5 is coupled to pin GND; connection point (^ is coupled to pin 1^^#; connection point C7 handle is connected to pin SK; connection point C8 is connected to pin SI. controller Other types of routing protocols can also be used. Table 2 shows the controllers of IS〇7816, spi, USB, I2C and SATA transmission protocols. Meaning, Table 1 is the configuration of the controllers using IS07816, SPI, USB, I2C and SATA transmission protocols. The pins of each controller are connected to the connection points of the IS07816 interface connector. Figure 3A_E shows the use of IS07816, SPI, USB. The interface of the IS〇7816 interface connector of the controller of I2C and SATA transmission protocol is connected. Please refer to Table _, Table 2 and 3α·ε diagram for the general knowledge in this field. It is known that the controller using the above transmission protocol is connected to the IS07816 interface connector, and therefore its description is omitted. 12 M3 51409

表一 IS07816 SPI I2C USB ~ ~~SATA~~ C1 VCC SO VCC VCC VCC C2 RST cs RST RST RST C3 CLK VDD CLK D+ ~ ---__ R+ C4 (RFU) HOLD# (RFU) (RFU) ^ ------—_ R- C5 GND GND GND GND ~ ^gnd~~ C6 Vpp WP# Vpp Vpp ==BVpp~ C7 I/O SK I/O D- ~ T+ C8 (RFU) SI (RFU) (RFU) ----- T- ISO-7816 描述Table 1 IS07816 SPI I2C USB ~ ~~SATA~~ C1 VCC SO VCC VCC VCC C2 RST cs RST RST RST C3 CLK VDD CLK D+ ~ ---__ R+ C4 (RFU) HOLD# (RFU) (RFU) ^ -- ----—_ R- C5 GND GND GND GND ~ ^gnd~~ C6 Vpp WP# Vpp Vpp ==BVpp~ C7 I/O SK I/O D- ~ T+ C8 (RFU) SI (RFU) (RFU )-- T- ISO-7816 Description

VCCVCC

RSTRST

CLK (RFU)CLK (RFU)

GNDGND

VppVpp

I/OI/O

通過電源接腳是提供卡片中各零件的操作電壓。通過重置接腳讀卡機可發出重置指訊號給智慧卡的控制ic 通過振盪訊號可將振盪訊號提供給控制器。此訊號線可控制操作速度並提供一個共同訊號給讀卡機與智慧卡。備用接地接腳提供共同接地訊號準位給讀卡機與智慧卡。燒錄電壓被用在非揮發記憶體生產程式化時。機與智慧权間-半雙讀訊頻道。 13 M351409The power pin is used to provide the operating voltage of each part in the card. The reset finger reader can issue a reset finger signal to the smart card control ic. The oscillation signal can be used to provide the oscillation signal to the controller. This signal line controls the operating speed and provides a common signal to the card reader and smart card. The alternate ground pin provides a common ground signal level to the card reader and smart card. The programming voltage is used when staging non-volatile memory production. Between the machine and the right to wisdom - half-reading channel. 13 M351409

(RFU) if用 1 ~~ 」 SPI 描述 s so 串列資料輸出。 s cs IC選擇腳。 _…' vcc 通過電源接腳是提供卡片中各零件的操作電壓。〜 (RFU) 備用 S GND 接地接腳提供制接地職準赌讀卡機與智慧卡。〜 (RFU) 備用 S CLK 通過振盛職可將缝域提供給控·。此滅線可控制操作速度並提供-個共同訊號給讀卡機與智慧卡。 SI 串列資料輸入。 ~(RFU) if 1 ~~ ” SPI describes s so serial data output. s cs IC selects the foot. _...' vcc provides the operating voltage for each part of the card through the power pin. ~ (RFU) Alternate S GND The grounding pin provides a grounded gambling card reader and smart card. ~ (RFU) Alternate S CLK can be supplied to the control via the Zhensheng. This line can control the operating speed and provide a common signal to the card reader and smart card. SI serial data input. ~

I2C ----- 描述 VCC 通過電源接腳是提供卡y巾各零件的操作雷厭。 — (RFU) 備用 CLK 通過振可將振魏號提供給控彻。此訊號線可控制操作速度並提供—個制減給讀卡_智慧卡。 (RFU) 備用 ~~~-^ — --------- ---^ 14 M351409I2C ----- Description VCC through the power pin is to provide the operation of the card y towel parts. — (RFU) Standby CLK provides the control to the control via the oscillator. This signal line controls the operating speed and provides a system for subtracting the card to the card. (RFU) Alternate ~~~-^ — --------- ---^ 14 M351409

USB 描述 VCC 通過電源接腳是提供卡片中各零件的操作電壓。 (RFU) 備用 D+ USB正極差動訊號 (RFU) 備用 GND 接地接腳提供共同接地訊號準位給讀卡機與智慧卡。 (RFU) 備用 D- USB負極差動訊號 (RFU) 備用 GND 接地接腳提供共同接地訊號準位給讀卡機與智慧卡。 (RFU) 備用 I/O 輸出入接腳提供讀卡機與智慧卡之間一半雙工通訊頻道。 (RFU) 備用 SATA 描述 VCC 通過電源接腳是提供卡片中各零件的操作電壓。 (RFU) 備用 R+ SATA正極差動接收訊號 15 M3 51409 R- SATA負極差動接收訊號 GND 接地接腳提供共同接地訊號準位給讀卡機與智慧卡。 (RFU) 備用 Τ+ SATA正極差動傳輸訊號 Τ- SATA負極差動傳輸訊號第4圖為本創作一實施例之電子卡片系統的功能方塊圖。參見第斗圖，電子卡片系統110包含一電子卡片120及一電子卡片讀寫裝置 130。於本實施例中更包含一主機14〇，但本創作一實施例不限定於此。電子卡片120包含：一第一IS07816介面連接器12卜一非揮發性記憶體123以及至少一預定控制器124。為方便說明於本實施例僅顯示個預疋控制器124，但並本創作一實施例並不限定預定控制器124 的個數，定控制器124使用相異於IS〇畐傳輸協定的一預定傳輸協定，且耗接於第—IS07816介面連接器121及非揮發性記憶體123之間。電子卡片讀寫裝置130包含：一第二IS07816介面連接器131、一主機介面連難133錢至少-縣主機控制|| i 34。為方便說明於本實施例僅齡-個駭线㈣ϋ134，但並本_ —實施例並不限定預定主機控制器134的個數。預定主機控制器134使用相異於 IS07816傳輸協定的一預定傳輸協定，且耦接於第二18〇7816介面連接器131及主機介面連接器133之間。於細作電子卡片糸統no時’係將電子卡片12〇插入於電子卡片讀寫裂置130中，使付苐一IS07816介面連接器131耗接於第一is〇7816、介面連接ϋ12卜並使线140減於奸卡㈣寫裝肋⑽主機介面連接器133。於本實施例+，預定控制器124及預定主機控制器134 16USB Description VCC provides the operating voltage for each part of the card through the power pin. (RFU) Standby D+ USB Positive Differential Signal (RFU) The alternate GND ground pin provides a common ground signal level to the reader and smart card. (RFU) Standby D- USB Negative Differential Signal (RFU) Alternate GND The ground pin provides a common ground signal level to the reader and smart card. (RFU) The alternate I/O output pin provides half of the duplex communication channel between the reader and the smart card. (RFU) Alternate SATA Description VCC provides the operating voltage for each part of the card through the power pin. (RFU) Standby R+ SATA Positive Differential Receive Signal 15 M3 51409 R- SATA Negative Differential Receive Signal GND The ground pin provides common ground signal level to the reader and smart card. (RFU) Standby Τ + SATA Positive Differential Transmission Signal Τ - SATA Negative Differential Transmission Signal Figure 4 is a functional block diagram of the electronic card system of one embodiment. Referring to the first drawing, the electronic card system 110 includes an electronic card 120 and an electronic card reading and writing device 130. In the embodiment, a host 14 is further included, but an embodiment of the present invention is not limited thereto. The electronic card 120 includes a first IS07816 interface connector 12, a non-volatile memory 123, and at least one predetermined controller 124. For convenience of description, only one pre-controller 124 is shown in the present embodiment, but the present embodiment does not limit the number of predetermined controllers 124, and the controller 124 uses a predetermined reservation different from the IS〇畐 transmission protocol. The transmission protocol is consumed between the first IS07816 interface connector 121 and the non-volatile memory 123. The electronic card reading and writing device 130 includes: a second IS07816 interface connector 131, a host interface connection difficulty 133 at least - county host control | | i 34. For convenience of description, only the squall line (four) ϋ 134 is used in the present embodiment, but the number of the predetermined host controller 134 is not limited to the embodiment. The predetermined host controller 134 uses a predetermined transmission protocol that is different from the IS07816 transmission protocol and is coupled between the second 18〇7816 interface connector 131 and the host interface connector 133. When the electronic card system is not used, the electronic card 12 is inserted into the electronic card reading and writing slit 130, so that the IS07816 interface connector 131 is consumed by the first is 7816, and the interface is connected to the The line 140 is reduced to the card (4) and the rib (10) host interface connector 133 is written. In the embodiment +, the predetermined controller 124 and the predetermined host controller 134 16

M351409 係使用相同的預定傳輸協定，且此預定傳輸協定相異於IS〇7816傳輸協定。相異於習知技術，於本實施例中，將使用相異於岱07816傳輸協疋之傳輪協定的預定控制器及124及預定主機控制器134，耦接於符合 IS07816傳輸協定的第一及二IS07816介面連接器121及131，而能夠讓主機140使用相異於IS07816傳輸協定的傳輸協定，存取電子卡片 120之非揮發性記憶體123。因此，雖然電子卡片12〇的連接器為符合 IS07816傳輪協定的連接器’但卻可以使用相異於IS〇7816傳輸協定的傳輸協定’使電子卡片120與主機140進行溝通，將一資料由主機14〇傳送至電子卡片120，或將一資料由電子卡片120傳送至主機14〇，能夠增加電子卡片120的應用範圍。預定傳輸協定於本創作一實施例不加以限定，其可以為一串列週邊介面傳輸協定（Serial Peripheral Interface, SPI)、一内部整合電路傳輸協定（Inter-IC Interface, I2C )、一通用序列匯流排傳輸協定 (Universal Serial Bus，USB )、一串列高技術配置介面傳輸協定（seriai Advanced Technology Attachment，SATA)、或其他現在已知或未來發展出的傳輸協定。於上述中，雖已針對本創作之實施例的電子卡片系統110及210，加以說明，但其非本創作所限定者，於一實施例中，電子卡片系統（未圖示）亦可以包含第2圖所示之電子卡片220以及第1圖所示習知之電子卡片讀寫裝置30及主機40。於本實施例中，電子卡片系統測得電子卡片讀寫裝置30僅能使用IS07816傳輸協定，而電子卡片220能夠使用 IS07816傳輸協定及預定傳輸協定時，要求第一切換電路225導通第一 IS07816介面連接器221與IS07816控制器222間的電路，使第一 IS07816介面連接器221能夠透過IS07816控制器222耦接於非揮發性 17 M3 51409 記憶裝置223。主機40則能夠使用IS07816傳輸協定對非揮發性記憶裝置223進行資料的存取。於另一實施例中，電子卡片系統（未圖示）亦可以包含第2圖所不之電子卡片220以及第4圖所示之電子卡片讀寫裝置13〇及主機 140。於本實施例中，電子卡片系統測得電子卡片讀寫裝置13〇僅能使用預定傳輸協定’而電子卡片22〇能夠使用IS〇7816傳輸協定及預定傳輸協定時，要求第一切換電路225導通第一18〇7816介面連接器22ι與預定控制H224間的電路，使第—IS〇雇介面連接幻題夠透過預定控制器224耦接於非揮發性記憶裝置223。主機4〇則能夠使用預定傳輸協定對非揮發性記憶裝置223進行資料的存取。雖然本創作較佳實施例揭露如上，然其並非用以限定本創作，任何熟習此技藝者，在不脫離本創作之精神和範圍内，當可作些許之更動與潤飾’因此本創作之保護範圍當視後附之申請專利範圍所界定者為準。另外，本創作的任一實施例或申請專利範圍不須達成本創作所揭露之全部目的或優點或特點。此外，摘要部分和標題僅是用來輔助專利文件搜尋之用，並非用來限制本創作之權利範圍。【圖式簡單說明】第1圖為習知電子卡片系統的功能方塊圖。第2圖為本創作—實施例之電子卡片系統的功能方塊圖。 —第3A-E圖為與使用IS07816、SI>I、USB、HC及SATA傳輪協疋之控制n耗接的IS078丨6介面連接器其連接界面的配置示意圖。第4圖為本創作—實施例之電子卡片純的功能方塊圖。【主要元件符號說明】 18 M351409 10電子卡片系統 110電子卡片系統 120電子卡片 121 IS07816介面連接器 123非揮發性記憶體 124預定控制器 130電子卡片讀寫裝置 131第一 IS07816介面連接5| 133主機介面連接器 134預定主機控制器 140主機 20電子卡片 21第一 IS07816介面連接器 210電子卡片系統 22 IS07816控制器 220電子卡片 221第一 IS07816介面連接器 222 IS07816 控制器 223非揮發性記憶裝置 224預定控制器 225第一切換電路 23 非揮發性記憶體 230電子卡片讀寫裝置 231弟一 IS07816介面連接器 232 IS07816主機控制器 233主機介面連接器 234預定主機控制器 235第二切換電路 240主機 30電子卡片讀寫裝置 31第二IS07816介面連接器 32 IS07816主機控制器 33 主機介面連接器 40 主機 91 第一記憶體 92 第二記憶體 19The M351409 uses the same predetermined transport protocol, and this predetermined transport protocol is different from the IS〇7816 transport protocol. Different from the prior art, in this embodiment, the predetermined controller and the predetermined host controller 134, which are different from the transmission protocol of the 岱07816 transmission protocol, are coupled to the first in accordance with the IS07816 transmission protocol. And the two IS07816 interface connectors 121 and 131 enable the host 140 to access the non-volatile memory 123 of the electronic card 120 using a transmission protocol different from the IS07816 transmission protocol. Therefore, although the connector of the electronic card 12〇 is a connector conforming to the IS07816 transmission protocol, the electronic card 120 can be communicated with the host 140 using a transmission protocol different from the IS〇7816 transmission protocol. The host 14 is transferred to the electronic card 120, or a material is transmitted from the electronic card 120 to the host 14, and the application range of the electronic card 120 can be increased. The predetermined transmission protocol is not limited in this embodiment, and may be a serial Peripheral Interface (SPI), an Inter-IC Interface (I2C), and a general sequence convergence. Universal Serial Bus (USB), a series of seriai Advanced Technology Attachment (SATA), or other transport protocols now known or developed in the future. In the above, although the electronic card systems 110 and 210 of the present embodiment have been described, they are not limited by the present invention. In an embodiment, the electronic card system (not shown) may also include The electronic card 220 shown in FIG. 2 and the conventional electronic card reading and writing device 30 and the main unit 40 shown in FIG. In this embodiment, the electronic card system detects that the electronic card reading and writing device 30 can only use the IS07816 transmission protocol, and when the electronic card 220 can use the IS07816 transmission protocol and the predetermined transmission protocol, the first switching circuit 225 is required to conduct the first IS07816 interface. The circuit between the connector 221 and the IS07816 controller 222 enables the first IS07816 interface connector 221 to be coupled to the non-volatile 17 M3 51409 memory device 223 via the IS07816 controller 222. The host 40 is capable of accessing data to the non-volatile memory device 223 using the IS07816 transport protocol. In another embodiment, the electronic card system (not shown) may also include the electronic card 220 of FIG. 2 and the electronic card reading and writing device 13 and the host 140 shown in FIG. In the present embodiment, the electronic card system determines that the electronic card reading and writing device 13 can only use the predetermined transmission protocol 'When the electronic card 22 can use the IS〇7816 transmission protocol and the predetermined transmission protocol, the first switching circuit 225 is required to be turned on. The circuit between the first 18〇7816 interface connector 22ι and the predetermined control H224 enables the first IS interface to connect to the non-volatile memory device 223 through the predetermined controller 224. The host computer 4 is capable of accessing data to the non-volatile memory device 223 using a predetermined transmission protocol. Although the preferred embodiment of the present invention is disclosed above, it is not intended to limit the present invention, and anyone skilled in the art can make some modifications and refinements without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached. In addition, any embodiment or application of the present invention is not required to achieve all of the objects or advantages or features disclosed herein. In addition, the abstract sections and headings are only used to assist in the search for patent documents and are not intended to limit the scope of this creation. [Simple Description of the Drawing] Fig. 1 is a functional block diagram of a conventional electronic card system. Figure 2 is a functional block diagram of an electronic card system of the present invention. - Figure 3A-E is a schematic diagram of the connection interface of the IS078丨6 interface connector with the control of the IS07816, SI>I, USB, HC, and SATA routing protocols. Figure 4 is a functional block diagram of the electronic card of the present invention. [Main component symbol description] 18 M351409 10 electronic card system 110 electronic card system 120 electronic card 121 IS07816 interface connector 123 non-volatile memory 124 predetermined controller 130 electronic card reading and writing device 131 first IS07816 interface connection 5 | 133 host Interface connector 134 predetermined host controller 140 host 20 electronic card 21 first IS07816 interface connector 210 electronic card system 22 IS07816 controller 220 electronic card 221 first IS07816 interface connector 222 IS07816 controller 223 non-volatile memory device 224 scheduled Controller 225 first switching circuit 23 non-volatile memory 230 electronic card reading and writing device 231 brother IS 10716 interface connector 232 IS07816 host controller 233 host interface connector 234 predetermined host controller 235 second switching circuit 240 host 30 electronic Card Read/Write Device 31 Second IS07816 Interface Connector 32 IS07816 Host Controller 33 Host Interface Connector 40 Host 91 First Memory 92 Second Memory 19

Claims

The first switching circuit selectively makes the first M351409. Patent application scope: 1. An electronic card comprising: a first IS07816 interface connector; a non-volatile memory device; a first switching circuit; - IS07816 controller, using the IS〇7816 transport protocol; and at least one predetermined controller, using a different transport protocol than the IS〇78丨6 transport protocol, ---------- 1 The device is connected to the non-volatile memory device through the IS07816 controller; or the first ISOH6 interface connector is connected to the non-volatile memory device through the predetermined controller. 2. If you apply for a patent scope! The electronic card of the item, wherein the first switching device is connected to the first-IS0 interface connector, and the IS〇78l6 controller is connected to the first knife-changing circuit and the non-volatile And the predetermined controller is connected between the first switching circuit and the non-volatile memory device. 3. According to the electronic seal of the patent application range w, the predetermined transmission protocol is included - the serial interface of the peripheral interface Age, internal integrated circuit miscellaneous agreement, a universal sequence random transfer protocol or - (4) high-tech configuration interface transfer protocol. ^Application of the electronic card described in the scope of the item, wherein the non-volatile record is lost to And the second memory is coupled to the predetermined controller. 5_ - an electronic card reading and writing device, comprising: - the first IS07816 interface connector; a host interface connector; 20 M3 51409 a second switch An IS07816 host controller using an IS〇7816 transport protocol; and at least one predetermined host controller using a predetermined transport protocol different from the IS〇7816 transport protocol, wherein the second switch The second IS〇7816 interface connector is coupled to the host interface connector through the IS07816 host controller, or the second IS07816 interface connector is coupled to the host interface through the predetermined host controller. The electronic card reading and writing device according to claim 5, wherein the second switching circuit is connected to the second 1807816 interface connector, and the IS〇7816 host controller is connected to the first Between the second circuit and the host interface connector, the predetermined host controller is coupled between the second switching circuit and the host interface connector. 7. The electronic card reading and writing according to claim 5 The device, wherein the predetermined transmission protocol comprises a -string edge interface routing protocol, a __internal integrated circuit transmission protocol, a -sequence_streaming protocol, or a serial interface configuration interface transmission protocol. 8. An electronic card system , including: an electronic card 'includes: - the -IS07816 interface connector; - non-volatile memory device; - the first - switching circuit; - IS recommended controller, using the leg recommended transmission protocol; and at least - a predetermined control protocol, a predetermined transmission protocol different from the tearing crane transmission protocol; and - an electronic card reading and writing device, comprising: - a second IS〇78i6 interface connector, secretive to the first -IS07816 interface connector; a host interface connector; a second switching circuit; - (10) 816 a host controller, using (10) 816 a transport protocol; and at least one predetermined host controller, using the predetermined transport protocol, wherein the first __ circuit is switched to the second branch The first 21 M351409 IS07816 interface connector is coupled to the non-volatile memory device through the IS〇7816 controller, and the second IS07816 interface connector is coupled to the host interface connector through the IS07816 host controller; Or the first IS〇7816 interface connector is coupled to the non-volatile memory device through the predetermined controller, and the second IS〇78丨6 interface connector is connected to the host interface through the predetermined host controller. Device. 9. The electronic card system of claim 8, further comprising a host coupled to the host interface connector, wherein the first switching circuit and the second switching circuit selectively cause the host to pass the predetermined And the predetermined host controller uses the predetermined transmission protocol to access the non-volatile memory device of the electronic card; or causes the host to use the (10)816 transmission protocol through the IS07816 controller and the IS〇 employer controller S, accessing the non-volatile memory device of the electronic card. 10. The electronic card system of claim 8, wherein the first switching circuit is in the first-ISO employment interface connector, the (10)816 controller is consuming the first switching circuit and the non-volatile memory Between the devices, the predetermined controller is lightly connected between the first switching circuit and the non-volatile memory device. The electronic card system of claim 8, wherein the second switching circuit is coupled to the second 1807816 interface connector, and the 816 host controller is connected to the second switching circuit and the host interface. The predetermined host controller is coupled between the second switching circuit and the host interface connector. 12. The electric town of claim 8, wherein the predetermined pass agreement comprises a -string_edge interface transfer protocol, an internal integrated circuit transfer protocol, a general-order serial transfer protocol, or a serial high Technical configuration interface transport protocol. 13. An electronic card comprising: a first IS07816 interface connector; a non-volatile memory; and 22 M351409 at least-predetermined (four) II, reduced to the ISQ7816 transmission age - predetermined transmission protocol, coupled to the An IS07816 interface connector and the non-volatile memory. The electronic card of claim 13, wherein the predetermined transmission protocol comprises a serial peripheral interface transmission protocol, an internal integrated circuit transmission protocol, a universal serial bus transmission protocol, or a series of high technologies. Configure the interface transport protocol. 15. An electronic card reading and writing device comprising: a second IS07816 interface connector; a host interface connector; and at least one predetermined host controller, using a predetermined transmission protocol different from the IS07816 transmission protocol, and coupled Between the second IS07816 interface connector and the host interface connector. The electronic card reading and writing device according to claim 15, wherein the predetermined routing agreement comprises a serial peripheral interface transmission protocol, an internal integrated circuit transmission protocol, a universal sequence bus transmission protocol or Tandem high-tech interface communication protocol. 17. An electronic card system comprising: an electronic card comprising: a first IS07816 interface connector; a non-volatile memory; and at least one predetermined controller using a predetermined transmission different from the rib 7816 transmission protocol The protocol 'is coupled between the first IS07816 interface connector and the non-volatile memory; and ~ an electronic card reading and writing device, comprising: - a trunnion interface connector, which is connected to the first -IS07816 interface a connector; a host interface to connect the stomach; and at least a predetermined host controller to use the predetermined transmission protocol and coupled between the second IS 7816 interface connector and the host interface connector. The electronic card system of claim 17, further comprising a host coupled to the host interface connector, and the host uses the predetermined transmission through the predetermined controller and the predetermined host controller Agreement to access the non-volatile memory of the electronic card. 19. The electronic card system of claim 17, wherein the predetermined transmission protocol comprises a serial peripheral interface transmission protocol, an internal integrated circuit transmission protocol, a universal serial bus transmission protocol, or a series of high technology Configure the interface transport protocol. twenty four