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Project No.:68.200.10.019.01 Model No.: JV-KTC7000BAJiangsu TUV Product Service Ltd., Shenzhen BranchProject No.:68.200.10.019.01 Model No.: JV-KTC7000BAJiangsu TUV Product Service Ltd., Shenzhen BranchProject No.:68.200.10.019.01 Model No.: JV-KTC7000BAJiangsu TUV Product Service Ltd., Shenzhen BranchTested by :_____________________, checked by : _____________________Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Input test and measurement of other electrical parametersStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause: 5.1 Sample No.: Rated voltage and frequency: Input: output:Load[ √ ] Max. normal load[ ] pink noise signal (1KHz sine wave) input, adjust volume to 1/8 max. non-clipped output power. [ ] Adjust to display max. color, brightness, contrastness.Remark:Input current measurement (0.9, 1.0, 1.1 times of rated input voltage)[ ] AV mode, TV mode and standby mode need considered.[ ] measured consumption (power /input current) not exceed the marked value by more than 10%Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Heating testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause:7 ............... Sample No.: ................. Operation mode / Test conditions: [ √ ] Max. normal load in TV mode[ ] pink noise signal (1KHz sine wave) input, adjust volume to max. output power.[ ] Adjust to display max. color, brightness, contrastness[ ]USB loading________AInstallation: [ ] put in test box according to clause 4.1.4Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkRemarks / Result: Run for thermal equilibrium.( ) No hazard. ( ) Duration: (__________ )Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Heating testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause:7 ............... Sample No.: ................. Operation mode / Test conditions: [ √ ] Max. normal load in TV mode[ ] pink noise signal (1KHz sine wave) input, adjust volume to max. non-clipped output power.[ ] Adjust to display max. color, brightness, contrastness.[ ]USB loading________AInstallation: [ ] put in test box according to clause 4.1.4Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkRemarks / Result: Run for thermal equilibrium.( ) No hazard. ( ) Duration: (__________ )Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: abnormal testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause:11 ............ Sample No.: Operation mode / Test conditions: Transformer output overloadInstallation: [ ] put in test box according to clause 4.1.4*Note: For windings temperatures measured with thermocouple method add 10 K !Remarks / Result:______________________________________________________________________ ( ) run for thermal equilibrium, no damaged, no hazard( ) component ____________ damaged after short/open circuit/after ____ minutes( ) others ______________________________________Duration: __________Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: abnormal testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause:11 ............ Sample No.: Operation mode / Test conditions: USB overloading others same as normalInstallation: [ ] put in test box according to clause 4.1.4*Note: For windings temperatures measured with thermocouple method add 10 K !Remarks / Result:______________________________________________________________________ ( ) run for thermal equilibrium, no damaged, no hazard( ) component ____________ damaged after short/open circuit/after ____ minutes( ) others ______________________________________Duration: __________Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: abnormal testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause:11 ............ Sample No.: Operation mode / Test conditions: Left speaker short circuit[ ] pink noise signal (1KHz sine wave) input, adjust volume to 1/8 max. non-clipped output power Installation: [ ] put in test box according to clause 4.1.4*Note: For windings temperatures measured with thermocouple method add 10 K !Remarks / Result:______________________________________________________________________ ( ) run for thermal equilibrium, no damaged, no hazard( ) component ____________ damaged after short/open circuit/after ____ minutes( ) others ______________________________________Duration: __________Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: abnormal testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause:11 ............ Sample No.: Operation mode / Test conditions: Vent blockedInstallation: [ ] put in test box according to clause 4.1.4*Note: For windings temperatures measured with thermocouple method add 10 K !Remarks / Result:______________________________________________________________________ ( ) run for thermal equilibrium, no damaged, no hazard( ) component ____________ damaged after short/open circuit/after ____ minutes( ) others ______________________________________Duration: __________Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkCOMPONENT FAULT SIMULATION:Standard: EN60065/A11:2008, IEC60065/A1:2005, Clause:11 ............ Sample No.: Input: ____230______V, ____50____HzOperation mode / Test conditions:[ √ ] Max. normal load[ ] pink noise signal (1KHz sine wave) input, adjust volume to 1/8 max. non-clipped output power. [ ] Adjust to display max. color, brightness, contrastness.Installation: [ ] put in test box according to clause 4.1.4Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkRemarks/Result: ___________________________________________________________________Project No.:68.200.10.019.01 Model No.: JV-KTC7000BA Test by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065ID-Number: ELS_SHZ_FT_02.04EPhone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Leakage current test / Dielectric strength testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause 10,2 Sample No.: Humidity treatmentRelative humidity: 93 %RH Temperature : _40_ C Duration : 120___ h Leakage current testStandard:EN60065/A11:2008, IEC60065/A1:2005, Clause: 9.1.1 Sample No.: Input: _____253_____V, _50_______Hz; Operation mode / Test conditions: [ ] Max. normal load[ ] pink noise signal (1KHz sine wave) input, adjust volume to 1/8 max. non-clipped output power.Dielectric strength testStandard:EN60065/A11:2008, IEC60065/A1:2005, Clause: 10.3 Sample No.: .................Performed after: (1) Reaching steady state, normal operation Cut-off current: 10.0 mA* measured value : a.c. ; peakI = U 2 / 500Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065ID-Number: ELS_SHZ_FT_02.04EPhone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Surge test / Insulation resistance testStandard:EN60065/A11:2008, IEC60065/A1:2005, Clause: ...10,3 Sample No.: .................Insulation resistance testPerformed after: Humidity treatmentTest voltage: 500V d.c.Surge testStandard: EN60065/A11:2008, IEC60065/A1:2005, Clause: 10,1 Sample No.:IR measurement after 50 times surge test :Test voltage: 500V d.c.Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkProject No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkProject No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkProject No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkProject No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkProject No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Torque TestStandard: EN60065/A11:2008, IEC60065/A1:2005 Clause: ...............17.1 Sample No.: ................................[ ] The non-captive screw, 10 times their nominal diameter ( ____x 10= _______ mm)couldn’t reduce clearance and creepage.Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Working voltageStandard: EN60065/A11:2008, IEC60065/A1:2005 Clause: 13 Sample No.: ................. Input: _____240_____V, _50_______HzOutput: Maximum loading conditionRemark/Result: __________________________________________________________________Project No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065 ID-Number: ELS_SHZ_FT_02.04E Phone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkData sheet: Clearances, creepages and distances through insulationStandard: EN60065/A11:2008, IEC60065/A1:2005 Clause: .............13 Sample No.: .................(*) BI: basic insulation; SI: supplementary insulation; DI: double insulation; RI: reinforced insulation; DP: different polarityProject No.:68.200.10.019.01 Model No.: JV-KTC7000BATest by :_____________________, Date :_________________________Title: Test Summary for IEC/EN60065ID-Number: ELS_SHZ_FT_02.04EPhone: +86 755 88286998 Jiangsu TUV Product Service Ltd., Shenzhen Branch6th Floor, H Hall, Century CraftworkStandard: EN60065/A11:2008, IEC60065/A1:2005 Clause: 13 Model No.:Sample No.:(Clause: ) Sample No.: Date of test:Winding : ___ (Pri / Sec ) Winding : ___ (Pri / Sec ) Winding : ___ (Pri / Sec ) Winding : ___ (Pri / Sec ) Winding : ___ (Pri / Sec ) Winding : ___ (Pri / Sec )。
Wired expandersAt a glance...EXP-W10•Ten wired zones with 4 outputsEXP-PSU-SM• Ten wired zones with 4 outputs • 1 amp power supply• Capacity for a single 7Ah battery •Contained in a small metal housingEXP-PSU-MM• Ten wired zones with 4 outputs • 2 amp power supply• Capacity for a single 17Ah battery •Contained in a medium metal housingEXP-PSU-LM• Ten wired zones with 4 outputs • 3 amp power supply• Capacity for two 17Ah batteries •Contained in a large metal housingProviding installation flexibility, with ten zones and 4 outputs on board, the expanders give a choice of zone wiring options. These include FSL with various resistor values and 2 wire or 4 wire CC for takeover of legacy systems.A host of installer friendly options are designed to save time on installation and service visits. These include:•Decimal expansion system for more zones per expander. This also makes zone identification easier•Semi-Automatic addressing makes addressing much simpler. No address duplication or lost address links•Device locator to find any expander on the site by simply activating the buzzer inside the expander then walk the site listening for the buzzerA range of wired expanders designed and approved to be used as part of a security grade 2 or 3 system. Bus connected intelligent expanders are intended for use on all i-on control panels.Eaton is a registered trademark of Eaton Corporation.All other trademarks are property of their respective owners.Scantronic product data sheetProduct specificationCompare product compatibility with our easy to read chart: /security-works-withEatonElectrical SectorEMEA Route de la Longeraie 7 1110 Morges, Switzerland Eaton Electrical Products Ltd Security House,Vantage Point Business Village, Mitcheldean, Gloucestershire GL17 0SXTel: +44 (0)1594 545 400Email:***********************Web: 260 m m320 m m239 m m427 m m 160 mm。
一概述1. SD总线模式下CLK:时钟信号CMD:双向命令和响应信号DAT0-3:双向数据信号VDD,VSS:电源和地信号SD模式下允许有一个主机, 多个从机(即多个卡), 主机可以给从机分别地址. 主机发命令有些命令是发送给指定的从机,有些命令可以以广播形式发送.SD模式下可以选择总线宽度, 即选用几根DAT信号线, 可以在主机初始化后设置.2. SD总线协议SD模式下的命令和数据流都有一个开始位和结束位.>命令: 是在CMD上传输的用于启动一个操作的比特流. 由主机发往从机, 可以是点对点也可以是广播的.>响应: 是在CMD上传输的用于之前命令回答的比特流. 由从机发往主机.>数据: 是在DAT上传输的比特流, 双向传输.无响应模式 无数据模式多块读操作模式多块写操作模式命令格式响应格式数据格式SD卡上电后会自动初始化,通过给卡发送CMD0也可以复位卡.二.SD卡命令描述.1.广播命令:给所有卡都发送, 某些命令需要响应.2.点对点命令给指定地址的卡发送, 需要响应.SD卡系统有两种工作模式:1.卡识别模式.主机上电复位后即处于此模式,它会在总线上等待卡. 卡复位后也处于此模式, 直到SEND_RCA(CMD3)命令到来.2.数据传输模式.卡收到SEND_RCA(CMD3)命令后即进入此模式. 主机识别到卡后也进入此模式.卡状态和工作模式对照表1.卡识别模式.此模式下主机复位总线所有的卡, 验证工作电压, 询问卡的地址. 这个模式下所有数据的传输都是只通过CMD线来完成.1)卡的复位.当卡上电或收到GO_IDLE_STATE (CMD0)命令后, 卡即进入Idle State状态. 此时卡将其RCA设为0, 相关寄存器设为传输稳定的最优模式.2)工作电压验证每个卡的最高和最低工作电压存储在OCR. 只有当电压比配时, CID和CSD的数据才能正常传输给主机.SD_SEND_OP_COND (ACMD41)命令用来判断卡的工作电压是否符合, 如果不符合的话, 卡应该放弃总线操作, 进入Inactive State状态. 在发送SD_SEND_OP_COND (ACMD41)命令前记得要首先发送APP_CMD (CMD55).卡的状态变换图.ACMD41命令响应中的BUSY位也用于卡表示其还没准备好, 主机此时应重发ACMD41命令,直到卡准备好.主机在这个阶段的ACMD41中不允许改变工作电压, 如果确实想改变的话, 应该先发送CMD0, 然后再发送改变后的ACMD41.GO_INACTIVE_STATE (CMD15)命令用于使指定地址的卡进入Inactive State模式.3)卡识别过程.ALL_SEND_CID (CMD2)命令用于获取卡的CID信息, 如果卡处于Ready State, 它就会在CMD线上传送它的CID信息, 然后进入Identification State模式. 紧接着发送CMD3 (SEND_RELATIVE_ADDR)命令, 用于设置卡新的地址. 卡收到新的地址后进入Stand-by State 模式.2.数据传输模式.数据传输模式下卡的状态转变图进入数据传输模式后, 主机先不停的发送SEND_CSD (CMD9)命令获取卡的CSD信息. SET_DSR (CMD4)用于设置卡的DSR寄存器, 包括数据总线宽度, 总线上卡的数目, 总线频率, 当设置成功后, 卡的工作频率也随之改变. 此步操作是可选的.CMD7命令用于使指定地址的卡进入传输模式, 任何指定时刻只能有一个卡处于传输模式.传输模式下所有的数据传输都是点对点的, 并且所有有地址的命令都需要有响应..所有读命令都可以由CMD12命令停止,之后卡进入Transfer State. 读命令包括单块读(CMD17), 多块读(CMD18), 发送写保护(CMD30), 发送scr(ACMD51)和读模式一般命令(CMD56)..所有写命令都可以由CMD12命令停止. 写命令包括单块读(CMD24), 多块读(CMD25), 写CID(CMD26), 写CSD(CMD27),锁和解锁命令(CMD42)和写模式一般命令(CMD56)..当写命令传输完成后, 卡进入Programming State(传输成功)或Transfer State(传输失败).如果一个卡写操作被停止,但其前面数据的CRC和块长度正确, 数据还是会被写入..卡要提供写缓冲, 如果写缓冲已满并且卡处于Programming State, DAT0保持低BUSY. .写CID,CSD, 写保护, 擦除命令没有缓冲, 当这些命令没完时, 不应发送其他的数据传输命令..参数设置命令在卡被编程时是不允许发送的, 这些命令包括设置块长度(CMD16), 擦除块起始(CMD32)和擦除块结束(CMD33)..当卡正编程时读命令是禁止的..用CMD7使另一个卡进入Transfer State不会终止当前卡的编程和擦除, 当前卡会进入Disconnect State并且释放DAT线.. Disconnect State模式的卡可通过CMD7重新被选中,此时卡进入Programming State 并且使能busy信号.. CMD0或CMD15会终止卡的编程操作, 造成数据混乱, 此操作应禁止.1)总线宽度选择命令ACMD6命令用于选择总线宽度, 此命令只有在Transfer State有效. 应在CMD7命令后使用.2)块读命令块是数据传输的最小单位, 在CSD (READ_BL_LEN)中定义, SD卡为固定的512B.每个块传输的后面都跟着一个CRC校验. CMD17(READ_SINGLE_BLOCK)用于传输单个块,传输完之后,卡进入Transfer State. CMD18 (READ_MULTIPLE_BLOCK)用于多个块的传输,直到收到一个CMD12命令.3)块写命令与块读命令类似, 每个块传输的后面都跟着一个CRC校验.卡写数据时会进行CRC校验.多块写比重复的单块写更能提高效率.如果CSD中的WRITE_BLK_MISALIGN没设置, 并且发送的数据不是块对齐的, 卡会设置状态寄存器中的ADDRESS_ERROR位,并且进入Receive-data-State状态等待停止命令.此时写操作也会停止, 并且卡会设置其的WP_VIOLATION位.如果写缓冲满的话, 卡会停止接受WRITE_BLOCK命令. 此时主机应发送SEND_STATUS (CMD13)命令, 卡返回数据的READY_FOR_DATA位标志卡是否准备好接受新的数据.在多块写操作中通过事先发送ACMD23命令可提高写速度. ACMD23用于定义接下来要写数据的块的数目. 每次多块写操作后, 这个值又被设为默认的1.ACMD22会使卡返回写成功的块数目.4)擦除命令擦除命令的顺序是: ERASE_WR_BLK_START(CMD32),ERASE_WR_BLK_END(CMD33)and ERASE (CMD38).如果(CMD38或(CMD32, 33)接收到出错信息, 卡会设置状态寄存器中的ERASE_SEQ_ERROR 位并且重新等待新的命令时序.如果接收到时序错误命令, 卡会设置其ERASE_RESET位并且重新等待新的命令时序.5)写保护管理三种机制:-.写保护物理开关-.卡内部写保护通过设置CSD中的WP_GRP_ENABLE位和WP_GRP_SIZE位, SET_WRITE_PROT和CLR_WRITE_PROT命令用来设置和清除保护机制.-. 密码保护.三. 时钟控制如果主机要发送1K的数据, 但是主机缓冲区只有512B, 那么主机可以在发送完前512B 后, 可以先停止时钟, 然后把后512B填充入缓冲区, 再启动时钟, 这样卡并不会检测要两次发送之间的间隔, 认为其是一次完整的数据发送过程.四 CRC校验1.CRC7CRC7用于所有的命令, 除R3以外的响应, 以及CID和CSD寄存器.2.CRC16CRC16用于数据块的校验五. 错误类型.1. CRC错误和命令非法错误命令的CRC校验出错, 卡设置其状态寄存器的COM_CRC_ERROR位.非法命令错误, 卡设置其状态寄存器的ILLEGAL_COMMAND位.非法命令包括:不支持的命令,未定义的命令以及当前状态不支持的命令.2. 读,写和擦除超时.卡应该在指定的时间内完成一个命令或返回移动的错误信息. 如果在指定的超时时间内主机收不到响应, 应认为卡停止工作, 应重新复位卡.六 命令1. 命令类型:- bc不需要响应的广播命令.- bcr需要响应的广播命令. 每个卡都会独立的接收命令和发送响应.- ac点对点命令, DAT线上没数据- adtc点对点命令, DAT线上有数据所有命令均遵守上图中的格式, 总共48位. 首先是1个起始位0, 接着是1个方向位(主机发送位1), 6个命令位( 0-63 ), 32位参数(有些命令需要), CRC7位校验, 1个停止位.2.卡命令根据不同的类型分成了不同的Class, 见下表,其中Class0,2,4,5,8是每个卡都必须支持的命令, 不同的卡所支持的命令保存在CSD中.3.命令详细描述 1)基本命令Class02)读命令Class23)写命令Class43)擦除命令Class54)应用特定命令Class8下表中的所有命令使用前都应先跟一个APP_CMD(CMD55)命令七. 卡状态转换表八. 应答.所有的应答都是通过CMD发送,不同的应答长度可能不同.总共有四种类型的应答.1. R1: 长度位48位.注意每个块传输完成后有一个BUSY位.2.R1b:与R1类似, 只是将BUSY位加入响应中.3.R2(CID CSD寄存器) : 长度为136位, CID为CMD2和CMD10的应答, CSD为CMD9的应答.4.R3(OCR寄存器):长度位48位. 作为ACMD41的应答.5.R6(RCA地址应答):长度为48位九. 卡的状态SD卡支持两种状态:-卡状态:与MMC卡兼容.-SD卡状态:扩充到了512位.1.卡状态:R1应答包含一个32位的卡状态.见下表.其中Type中的含义为:E:错误位. S:状态位. R:根据命令在响应中设置.X:根据在命令执行期间设置, 必须再次读此位才能获得命令执行后的情况.Clear Condition:A: 与卡的当前状态有关B: 总是与命令有关,无效的命令会清除此位.C: 通过读此位来清除下表指明了哪些命令可能使哪些位产生变化2.SD卡状态:这些位通过DAT线传输, 并伴有CRC16校验. 其是作为ACMD13的应答.十. 卡存储器形式.-块:块是基本读写命令的单位,它可以是固定的或可变的. 关于块的大小以及其是否可变性存储在CSD中.-扇区:扇区是擦除命令的单位, 它是固定的值,保存在CSD中.十一. 时序图时序图中字母含义:1.命令和应答1)卡识别和卡工作电压确认模式:CMD2,ACMD412)地址分配模式:CMD33)数据传输模式:4)命令结束->下一个命令:5)两个命令直接1)单块读:CMD172)多块读:读过程时序.停止命令时序 3.数据写1)单块写:注意Busy信号.2)多块写:多块写命令时序停止命令时序卡主动停止时的时序十二.寄存器.SD卡有六个寄存器OCR, CID, CSD, RCA, DSR and SCR. 其中前四个保存卡的特定信息, 后两个用来对卡进行配置.1.OCR寄存器:保存有卡支持的工作电压, 支持的话相应的位置1,否则为0.2.CID:保存有卡的身份信息.3.CSD保存有如何访问卡的信息.TAAC定义了数据访问的异步时间部分. NSAC为数据访问最坏需要的异步时间.TRAN_SPEED定义了单条DAT线上的最快速度:CCC:SD卡支持的命令集READ_BL_LEN:最大读块长度. WRITE_BL_LEN等于READ_BL_LENDSR_IMP: DSR寄存器是否允许配置, 1为允许,0为不允许.FILE_FORMAT: SD卡上的文件格式.4.RCA保存有卡的地址信息.5.DSR用于配置卡, 默认值为0x4046.SCR寄存器也保存有卡的特定信息.SD_BUS_WIDTHS指明卡支持的传输类型.第二部分 S3C2410 SD卡控制器一 SDI操作1.CPU寄存器设置过程.1)正确设置SDICON寄存器.2)正确设置SDIPRE寄存器.3)等待74个时钟信号初始卡.2.CMD命令发送过程.1)向SDICARG寄存器中写入发送的参数.2)确定命令类型并且通过设置SDICCON[8]来启动命令.3)确定命令是否发送完成. 没应答的话看SDICSTA[11], 有应答的话看SDICSTA[9].4)清除SDICSTA中的相应位.3.数据传输过程.1)向SDITIMER中写入超时值.2)向SDIBSIZE中写入块大小的值.3)设置块模式,总线宽度等, 通过SDIDCON启动传输.4)通过SDIFSTA检查TxFIFO是否可用, 再通过SDIDAT写入发送数据.5)通过SDIFSTA检查RxFIFO是否可用, 再通过SDIDAT读入接收数据.6)通过检查SDIDSTA[4]确定传输过程已完成.7)清除SDIDSTA中的相应位.4. SDIO有两种工作模式,中断和读等待模式.二. SDI寄存器.1.SDICON:SDI控制寄存器字节序类型:Type A: D[7:0] D[15:8] D[23:16] D[31:24]Type B: D[31:24] D[23:16] D[15:8] D[7:0]2.SDIPRE:波特率预分频寄存器.4. SDICCON:SDI命令控制寄存器.5. SDICSTA:SDI命令状态寄存器.6.SDIRSP0-SDIRSP3:命令响应寄存器8. SDIBSIZE:SDI块大小寄存器.9. SDIDCON:SDI数据控制寄存器10. SDIDCNT:SDI数据维持寄存器.12. SDIFSTA:SDI FIFO状态寄存器13. SDIDAT:SDI数据寄存器。
8.1 8.0 7.02012-07-172012-07-172004-10-11SStSStMSTSStSBaWürth Elektronik eiSos GmbH & Co. KGEMC & Inductive SolutionsMax-Eyth-Str. 174638 WaldenburgGermanyTel. +49 (0) 79 42 945 - 0A Dimensions: [mm]F Typical Impedance Characteristics:H1: Classification Reflow Profile for SMT components:H2: Classification Reflow ProfilesProfile FeaturePreheat- Temperature Min (T smin ) - Temperature Max (T smax ) - Time (t s ) from (T smin to T smax )Ramp-up rate (T L to T P )Liquidous temperature (T L )Time (t L ) maintained above T L Peak package body temperature (T p )Time within 5°C of actual peak temperature (t p )Ramp-down rate (T P to T L )Time 25°C to peak temperature Pb-Free Assembly 150°C 200°C60-180 seconds 3°C/ second max.217°C60-150 seconds See Table H320-30 seconds 6°C/ second max.8 minutes max.refer to IPC/JEDEC J-STD-020DH3: Package Classification Reflow TemperaturePB-Free Assembly PB-Free Assembly PB-Free Assembly Package Thickness< 1.6 mm 1.6 - 2.5 mm ≥ 2.5 mmVolume mm³<350260°C 260°C 250°CVolume mm³350 - 2000260°C 250°C 245°CVolume mm³>2000260°C 245°C 245°Crefer to IPC/JEDEC J-STD-020DH Soldering Specifications:I Cautions and Warnings:The following conditions apply to all goods within the product series of WE-SL2of Würth Elektronik eiSos GmbH & Co. KG:General:All recommendations according to the general technical specifications of the data sheet have to be complied with.The disposal and operation of the product within ambient conditions which probably alloy or harm the wire isolation has to be avoided.If the product is potted in customer applications, the potting material might shrink during and after hardening. Accordingly to this the product is exposed to the pressure of the potting material with the effect that the core, wire and termination is possibly damaged by this pressure and so the electrical as well as the mechanical characteristics are endanger to be affected. After the potting material is cured, the core, wire and termination of the product have to be checked if any reduced electrical or mechanical functions or destructions have occurred.The responsibility for the applicability of customer specific products and use in a particular customer design is always within the authority of the customer. All technical specifications for standard products do also apply for customer specific products.Cleaning solvents which are used to clean the application might damage or change the characteristics of the component.Direct mechanical impact to the product shall be prevented as the ferrite material of the core could flake or in the worst case it could break. Product specific:Follow all instructions mentioned in the datasheet, especially:•The soldering profile has to be complied with according to the technical reflow soldering specification, otherwise no warranty will be su-stained.•All products are supposed to be used before the end of the period of 12 months based on the transfer of title, if not a 100% solderability can´t be warranted.•Violation of the technical product specifications such as exceeding the nominal rated current will result in the loss of warranty.1. General Customer ResponsibilitySome goods within the product range of Würth Elektronik eiSos GmbH & Co. KG contain statements regarding general suitability for certain application areas. These statements about suitability are based on our knowledge and experience of typical requirements concerning the are-as, serve as general guidance and cannot be estimated as binding statements about the suitability for a customer application. The responsibi-lity for the applicability and use in a particular customer design is always solely within the authority of the customer. Due to this fact it is up to the customer to evaluate, where appropriate to investigate and decide whether the device with the specific product characteristics described in the product specification is valid and suitable for the respective customer application or not.2. Customer Responsibility related to Specific, in particular Safety-Relevant ApplicationsIt has to be clearly pointed out that the possibility of a malfunction of electronic components or failure before the end of the usual lifetime can-not be completely eliminated in the current state of the art, even if the products are operated within the range of the specifications.In certain customer applications requiring a very high level of safety and especially in customer applications in which the malfunction or failure of an electronic component could endanger human life or health it must be ensured by most advanced technological aid of suitable design of the customer application that no injury or damage is caused to third parties in the event of malfunction or failure of an electronic component.3. Best Care and AttentionAny product-specific notes, warnings and cautions must be strictly observed.4. Customer Support for Product SpecificationsSome products within the product range may contain substances which are subject to restrictions in certain jurisdictions in order to serve spe-cific technical requirements. Necessary information is available on request. In this case the field sales engineer or the internal sales person in charge should be contacted who will be happy to support in this matter.5. Product R&DDue to constant product improvement product specifications may change from time to time. As a standard reporting procedure of the Product Change Notification (PCN) according to the JEDEC-Standard inform about minor and major changes. In case of further queries regarding the PCN, the field sales engineer or the internal sales person in charge should be contacted. The basic responsibility of the customer as per Secti-on 1 and 2 remains unaffected.6. Product Life CycleDue to technical progress and economical evaluation we also reserve the right to discontinue production and delivery of products. As a stan-dard reporting procedure of the Product Termination Notification (PTN) according to the JEDEC-Standard we will inform at an early stage about inevitable product discontinuance. According to this we cannot guarantee that all products within our product range will always be available. Therefore it needs to be verified with the field sales engineer or the internal sales person in charge about the current product availability ex-pectancy before or when the product for application design-in disposal is considered.The approach named above does not apply in the case of individual agreements deviating from the foregoing for customer-specific products.7. Property RightsAll the rights for contractual products produced by Würth Elektronik eiSos GmbH & Co. KG on the basis of ideas, development contracts as well as models or templates that are subject to copyright, patent or commercial protection supplied to the customer will remain with Würth Elektronik eiSos GmbH & Co. KG.8. General Terms and ConditionsUnless otherwise agreed in individual contracts, all orders are subject to the current version of the “General Terms and Conditions of Würth Elektronik eiSos Group”, last version available at .J Important Notes:The following conditions apply to all goods within the product range of Würth Elektronik eiSos GmbH & Co. KG:分销商库存信息: WURTH-ELECTRONICS 744226S。
Cj Junction Capacitance结电容ηV Rectification Efficiency整流效率If DC Forward Current正向直流电流I(AV)Average Forward Rectified Current正向平均整流电流ID Stand-off Reverse Leakage Current关态反向漏电流IFSM Peak Forward Surge Current正向浪涌峰植电流ITSM Non Repetitive Surge Peak on-state Current不重复浪涌峰值开态电流IDM Maximum Reverse Leakage最大反向漏电流IFRM Repetitive Peak Forward Current正向重复峰值电流IH Holding Current维持电流IO Mean Forward Current正向平均电流IR Reverse Leakage Current反向漏电流Irr Reverse Recovery Current反向恢复电流IPPM Maximum peak lmpulse Current最大脉冲峰值电流IRM Maximum peak Reverse Current最大峰值反向电流IRM(REC)Maximum peak Reverse recovery Current最大峰值反向恢复电流IRSM Maximum Non-repetitive recovery Peak Current最大峰值反向恢复电流IT On-state Test Current导通测试电流I2t Rating for fusing正向浪涌电流的平方对电流浪涌持续时间的积分值PM(AV)Maximum Steady State Power Dissipation最大稳态功耗PPM Peak Pulse Power Dissipation峰值脉冲功耗Ptot Total Power Dissipation总功耗Qrr Recovered Charge恢复电荷ROJA Thermal Resistance (Junction to Ambient)热阻（结到环境）ROJC Thermal Resistance（Junction to Case ）热阻（结到管壳）ROJL Thermal Resistance（Junction to Lead ）热阻（结到引线）TA Ambient Temperature环境温度TC Case Temperature管壳温度td Time Duration持续时间tf Fall Time下降时间Tj Junction Temperature结温TL Lead Temperature引线温度tfr Forward Recovery Time正向恢复时间tr Rise Time上升时间trr Reverse Recovery Time反向恢复时间TSTG Storage Temperature存储温度VBO Breakover Voltage转折电压V（BR）Reverse Breakdown Voltage反向击穿电压VF Instantaneous Forward Voltage正向瞬态电压VFR Forward Recovery Voltage正向恢复电压VDC,VR DC Reverse Voltage反向直流电流VRM Maximum Reverse Paek Reverse Voltage最大重复峰值反向电压VRMS RMS Input Voltage均方根输入电压VRRM Peak Repetitive Reverse Voltage反向重复峰值电压VWM Working Peak Reverse Voltage反向工作峰值电压VC Clamping Voltage箝位电压VWM Working Stand-off Voltage关态工作电压VZ Zener Voltage齐纳电压ZZ Dynamia Zener Impedance动态齐纳阻抗αVF Temperature coefficient of forward voltage正向压降的温度系数。
T E R M I N A L B O A R D S &S T R I P S142Tel (718)956-8900•Fax (718)956-9040(800)221-5510•kec@31-0720th Road –Astoria,NY 11105-2017RoHS COMPLIANT ~ISO 9001CERTIFIED®QUICK-FIT TERMINAL STRIPSA.375[9.5].187[4.8]L .500[12.7].128[3.3] DIA .(2)PLS.062 [1.57]BACKING INSULATOR .031(.79)FIBERA NO.TERM.BACKING STRIPL MTG.EACH CAT.CAT.LENGTHCENTERS SIDENO.NO.1.500(38.1) 1.125(28.6)2411644012.250(57.2) 1.875(47.6)4411744023.000(76.2) 2.625(66.7)6411844033.750(95.3) 3.375(85.7)8411944044.500(114.3) 4.125(104.8)1041204405MATERIAL:Fiberglass -NEMA GRADE GPO-3.A glass polyester rated for continuous operation at 300°F (155°C).062(1.57)Backing Strips:.031(.79)fibre with mounting holes drilled only Terminals:BrassCAT.NO.1257.032(.81)Bright Brass Other platings available on special orderNO.OF L A TERMS CAT.NO.CAT.NO.CAT.NO.CAT.NO.1.125(28.6).750(19.1)1603-1609-1604-1607-11.500(38.1) 1.125(28.6)2603-2609-2604-2607-21.875(47.6) 1.500(38.1)3603-3609-3604-3607-32.250(57.2) 1.875(47.6)4603-4609-4604-4607-42.625(66.7) 2.250(57.2)5603-5609-5604-5607-53.000(76.2) 2.625(66.7)6603-6609-6604-6607-63.375(85.7) 3.000(76.2)7603-7609-7604-7607-73.750(95.3) 3.375(85.7)8603-8609-8604-8607-84.125(104.8) 3.750(95.3)9603-9609-9604-9607-94.500(114.3)4.125(104.8)10603-10609-10604-10607-10NO.OF MATERIAL MATERIAL TERMS PBEGEE W S L EACH SIDE CAT.NO.CAT.NO.2.625(66.7)515101153015.250(133.4)121510215302.500[12.7]Single Row 7.875(200.0)19151031530310.500(266.7)26151041530413.125(333.4)3315105153052.625(66.7)515106153065.250(133.4)1215107153071.188(30.2).750(19.1)7.875(200.0)19151081530810.50(266.7)26151091530913.125(333.4)3315110153102.625(66.7)515111153115.250(133.4)1215112153121.500(38.1)1.000(25.4)7.875(200.0)19151131531310.500(266.7)26151141531413.125(333.4)3315115153152.625(66.7)515116153165.250(133.4)1215117153172.000(50.8)1.500(38.1)7.875(200.0)19151181531810.500(266.7)26151191531913.125(333.4)3315120153202.625(66.7)515121153215.250(133.4)1215122153222.500(63.5)2.000(50.8)7.875(200.0)19151231532310.500(266.7)26151241532413.125(333.4)3315125153252.625(66.7)515126153265.250(133.4)1215127153273.000(76.2)2.500(63.5)7.875(200.0)19151281532810.500(266.7)26151291532913.125(333.4)331513015330BOARDS ON THIS PAGE ARE NOT SCOREDReady-Made Terminal Boards:Low cost,meets commercial and military specifications.Produced in large quantities,making it possible to eliminate tooling and setup charges usually applied to non-standard boards.Terminals are staked in all holes except end mounting holes.Hole thru 1503W S.375[9.5].187[4.8].093 [2.36].120[3.1]DIA.WLA.375[9.5].187[4.8]L .500[12.7].120[3.1]DIA .(2)PLS.093[2.36]Hole thru1503150915451507MATERIAL:Choice of either PBE or GEE.PBE:Paper base electrical,MIL-1-24768/20,Type XP natural,Temp.250°F (121°C)max.GEE:Glass epoxy,MIL-I-24768/27,Type G-10,Temp.300ºF (155°C)max.Terminals:Brass,ASTM-B16.Tin Plate,MIL-T-10727.Other plating can be furnished .MATERIAL:PBEPBE:Paper base electrical,FED.LP-513,Type XP natural,Temp.250°F (121°C)max.Terminals:Brass,ASTM-B16.Tin Plate,MIL-T-10727.Other plating can be furnished .MODIFICATIONSBoards can be modified with other materials or terminals of your choice.Marking can also be added.Quotations upon request..250(6.4)TABS分销商库存信息:KEYSTONE-ELECTRONICS405640574058 40594060603-1 609-1604-1607-1 603-2609-2607-2 603-3607-3604-2 609-3603-4609-4 607-415101603-5 609-5604-3609-6 603-615301607-5 609-7603-7607-6 604-4609-8603-8 609-9603-9607-8 609-10604-5603-10 607-91510615102 15111604-6607-10 607-71511615121 153021********* 604-715126604-8 1531615103604-9 1532115326604-10 153031********* 151041511715122 153071********* 153121531715105 153221532715108 153051511315118 151231512815308 153181531315109 151141511915323 153091512415328 151291********* 153141512015319 151251513015324 153291********* 153201532515330。
