173D156X9035Y中文资料

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XYZprinting da Vinci Color 3D Printer 使用者手册说明书

XYZprinting 3D Printer使用者手册CN产品安全使用 2产品说明 3开箱与安装 5触控屏幕选单、功能与讯息 7功能操作与说明 8打印 19支持信息 20本说明书主要是让用户了解并正确使用 da Vinci Color 3D 打印机（以下简称 Color ），在说明书中可获得有关 Color 的操作需知、应用技巧及维护信息。

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170M1560D,170M1562D,170M1563D,170M1565D,170M1566D,170M1564D,170M1569D, 规格书,Datasheet 资料

Standards/Approvals:CE, designed and tested to IEC 60269: part4. UL recognised (Survival Only), CSADescription:Square body DIN 43620 blade style, dualindication High Speed fusesPackaging:Size 000 are packed in 10’sSize 00 are packed in 6’sTechnical Data:Rated Voltage:690 VacAmps:10A to 315ARated Breaking Capacity: 200kA RMS SymRoHS Compliant: YesCatalogue Symbol:170M1558D to 170M1572DClass of Operation:gR (10 to 63A), aR (80 to 315A)Dimensional Data:DIN 000 Type T1mm = 0.0394” / 1” = 25.4mm DIN 00 Type T1mm = 0.0394” / 1” = 25.4mmCatalogue Numbers:Standard Approvals:CE, IEC 60269: part 4, UL recognised (Survival Only), CSATechnical Data:10, 16, 20, 25, 25, 32, 40, 50, 63, 80, 100, 125, 160, 200, 250, 315* Amps*315A is only available in size DIN00The rated current of this fuse range has been given with copper conductors that have a high current density of 1.3A/mm 2(IEC 60269-4). For conductor cross section according to IEC 60269-1, the fuses with a rated current higher than 125A must be derated. Please contact Cooper Bussmann for application assistance.Total Clearing I 2TThe total clearing I 2t at rated voltage and at power factor of 15% are given in the electrical characteristics. For other voltages, the clearing I 2t is found by multiplying by correction factor, K, given as a function of applied working voltage Eg (rms)Power LossesWatts loss at rated current is given in the electrical characteristics. The curve allows the calculation of the power losses at load currents lower than the rated current. The correction factor, Kp, is given as a function of the RMS load current, lb, in % of the ratedcurrent.This curve gives the peak arc voltage, UL,which may appear accross the fuse during its operation as a function of the applied working voltage, Egrection factor, K, given as afunction of applied working voltage Eg (rms)at a power factor of 15%Time Current CurvesPeak Let-Through。

XR17D158IV中文资料

xr XR17D158UNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART NOVEMBER 2004REV. 1.2.1GENERAL DESCRIPTIONThe XR17D1581 (D158) is an octal PCI Bus Universal Asynchronous Receiver and Transmitter (UART) with support for PCI Bus universal VIO buffers in the same package and pin-out as the XR17C158, XR17C154 and XR17D154. The device is designed to meet the 32-bit PCI Bus and high bandwidth requirement in communication systems. A global interrupt source register provides a complete interrupt status indication for all 8 channels to speed up interrupt parsing. Each UART has its own 16C550 compatible set of configuration registers, transmit and receive FIFOs of 64 bytes, fully programmable transmit and receive FIFO level trigger levels, transmit and receive FIFO level counters, automatic RTS/CTS or DTR/DSR hardware flow control with programmable hysteresis levels, automatic software (Xon/Xoff) flow control, IrDA (Infrared Data Association) encoder/decoder, 8 multi-purpose inputs/outputs and a 16-bit general purpose timer/ counter.N OTE: 1 Covered by U.S. Patents #5,649,122 and #5,949,787 APPLICATIONS•Universal Form Factor PCI Bus Add-in Card •Remote Access Servers•Network Management•Factory Automation and Process Control•Point-of-Sale Systems•Multi-port RS-232/RS-422/RS-485 Cards FEATURES•High Performance Octal PCI UART•Universal PCI Bus Buffers - Auto-sense 3.3V or 5V Operation•32-bit PCI Bus 2.3 Target Signalling Compliance •A Global Interrupt Source Register for all 8 UARTs •Data Transfer in Byte, Word and Double-word •Data Read/Write Burst Operation•Each UART is independently controlled with:■16C550 Compatible 5G Register Set■64-byte Transmit and Receive FIFOs■Transmit and Receive FIFO Level Counters■Programmable TX and RX FIFO Trigger Level■Automatic RTS/CTS or DTR/DSR Flow Control■Automatic Xon/Xoff Software Flow Control■RS485 HDX Control Output with Selectable Turn-around Delay■Infrared (IrDA 1.0) Data Encoder/Decoder■Programmable Data Rate with Prescaler■Up to 6.25 Mbps Serial Data Rate•Eight Multi-Purpose Inputs/outputs•A General Purpose 16-bit Timer/counter•Sleep Mode with Automatic Wake-up •EEPROM Interface for PCI Configuration•Same Package and Pin-out as the XR17C158, XR17C154 and XR17D154F IGURE 1. B LOCK D IAGRAMExar Corporation 48720 Kato Road, Fremont CA, 94538 • (510) 668-7000 • FAX (510) 668-7017 • XR17D158xrUNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART REV. 1.2.12F IGURE 2. P IN O UT OF THE D EVICEORDERING INFORMATIONP ART N UMBER P ACKAGE O PERATING T EMPERATURE R ANGED EVICE S TATUSXR17D158CV 144-Lead TQFP 0°C to +70°C Active XR17D158IV144-Lead TQFP-40°C to +85°CActivexrXR17D158REV. 1.2.1UNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART3PIN DESCRIPTIONSN AMEP IN #T YPED ESCRIPTIONPCI LOCAL BUS INTERFACERST#134IPCI bus reset input (active low). It resets the PCI local bus configurationspace registers, device configuration registers and UART channel registers to the default condition.CLK 135I PCI bus clock input of up to 33.34MHz.AD31-AD25,AD24,AD23-AD16, AD15-AD8, AD7-AD0138-144,1,6-13,26-33,37-44IOAddress data lines [31:0] (bidirectional).FRAME#15I Bus transaction cycle frame (active low). It indicates the beginning and dura-tion of an access.C/BE0#-C/BE3#36,25,14,2IBus Command/Byte Enable [3:0] (active low). This line is multiplexed for bus Command during the address phase and Byte Enables during the data phase.IRDY#16IInitiator Ready (active low). During a write, it indicates that valid data ispresent on data bus. During a read, it indicates the master is ready to accept data.TRDY#17O Target Ready (active low).STOP#21O Target request to stop current transaction (active low). IDSEL 3I Initialization device select (active high). DEVSEL#18O Device select to the XR17D158 (active low).INTA#133OD Device interrupt from XR17D158 (open drain, active low).PAR 24IO Parity is even across AD[31:0] and C/BE[3:0]# (bidirectional, active high). PERR#22O Data Parity error indicator, except for Special Cycle transactions (active low). Optional in bus target application.SERR#23ODSystem error indicator, Address parity or Data parity during Special Cycle transactions (open drain, active low). Optional in bus target application.MODEM OR SERIAL I/O INTERFACETX0125O UART channel 0 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX0132IUART channel 0 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].RTS0#127O UART channel 0 Request to Send or general purpose output (active low).CTS0#131I UART channel 0 Clear to Send or general purpose input (active low).DTR0#126O UART channel 0 Data Terminal Ready or general purpose output (active low).DSR0#130I UART channel 0 Data Set Ready or general purpose input (active low).CD0#129IUART channel 0 Carrier Detect or general purpose input (active low).XR17D158xrUNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UARTREV. 1.2.14RI0#128I UART channel 0 Ring Indicator or general purpose input (active low).TX1117O UART channel 1 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX1124IUART channel 1 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].RTS1#119O UART channel 1 Request to Send or general purpose output (active low).CTS1#123I UART channel 1 Clear to Send or general purpose input (active low).DTR1#118O UART channel 1 Data Terminal Ready or general purpose output (active low).DSR1#122I UART channel 1 Data Set Ready or general purpose input (active low).CD1#121I UART channel 1 Carrier Detect or general purpose input (active low).RI1#120I UART channel 1 Ring Indicator or general purpose input (active low).TX2106O UART channel 2 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX299IUART channel 2 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].RTS2#104O UART channel 2 Request to Send or general purpose output (active low).CTS2#100I UART channel 2 Clear to Send or general purpose input (active low).DTR2#105O UART channel 2 Data Terminal Ready or general purpose output (active low).DSR2#101I UART channel 2 Data Set Ready or general purpose input (active low).CD2#102I UART channel 2 Carrier Detect or general purpose input (active low).RI2#103I UART channel 2 Ring Indicator or general purpose input (active low).TX398O UART channel 3 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX391IUART channel 3 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].RTS3#96O UART channel 3 Request to Send or general purpose output (active low).CTS3#92I UART channel 3 Clear to Send or general purpose input (active low).d.DTR3#97O UART channel 3 Data Terminal Ready or general purpose output (active low).DSR3#93I UART channel 3 Data Set Ready or general purpose input (active low).CD3#94I UART channel 3 Carrier Detect or general purpose input (active low).RI3#95I UART channel 3 Ring Indicator or general purpose input (active low).TX488O UART channel 4 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX481IUART channel 4 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].PIN DESCRIPTIONSN AME P IN#T YPE D ESCRIPTIONxrXR17D158REV. 1.2.1UNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART5RTS4#86O UART channel 4 Request to Send or general purpose output (active low).CTS4#82I UART channel 4 Clear to Send or general purpose input (active low).DTR4#87O UART channel 4 Data Terminal Ready or general purpose output (active low).DSR4#83I UART channel 4 Data Set Ready or general purpose input (active low).CD4#84I UART channel 4 Carrier Detect or general purpose input (active low).RI4#85I UART channel 4 Ring Indicator or general purpose input (active low).TX580O UART channel 5 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX571IUART channel 5 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].RTS5#78O UART channel 5 Request to Send or general purpose output (active low).CTS5#72I UART channel 5 Clear to Send or general purpose input (active low).DTR5#79O UART channel 5 Data Terminal Ready or general purpose output (active low).DSR5#75I UART channel 5 Data Set Ready or general purpose input (active low).CD5#76I UART channel 5 Carrier Detect or general purpose input (active low).RI5#77I UART channel 5 Ring Indicator or general purpose input (active low).TX662O UART channel 6 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX655IUART channel 6 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].RTS6#60O UART channel 6 Request to Send or general purpose output (active low).CTS6#56I UART channel 6 Clear to Send or general purpose input (active low).DTR6#61O UART channel 6 Data Terminal Ready or general purpose output (active low).DSR6#57I UART channel 6 Data Set Ready or general purpose input (active low).CD6#58I UART channel 6 Carrier Detect or general purpose input (active low).RI6#59I UART channel 6 Ring Indicator or general purpose input (active low).TX754O UART channel 7 Transmit Data or infrared transmit data. Normal TXD output idles HIGH while infrared TXD output idles LOW.RX747IUART channel 7 Receive Data or infrared receive data. Normal RXD input idles HIGH. The infrared pulses typically idle LOW but can be inverted inter-nally prior the decoder by FCTR[4].RTS7#52O UART channel 7 Request to Send or general purpose output (active low).CTS7#48I UART channel 7 Clear to Send or general purpose input (active low).DTR7#53O UART channel 7 Data Terminal Ready or general purpose output (active low).DSR7#49IUART channel 7 Data Set Ready or general purpose input (active low).PIN DESCRIPTIONSN AME P IN#T YPE D ESCRIPTIONXR17D158xrUNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UARTREV. 1.2.16CD7#50I UART channel 7 Carrier Detect or general purpose input (active low).RI7#51IUART channel 7 Ring Indicator or general purpose input (active low).ANCILLARY SIGNALSMPIO0108I/O Multi-purpose input/output 0. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT MPIO1107I/O Multi-purpose input/output 1. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT.MPIO274I/O Multi-purpose input/output 2. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT.MPIO373I/O Multi-purpose input/output 3. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT.MPIO468I/O Multi-purpose input/output 4. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT.MPIO567I/O Multi-purpose input/output 5. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT.MPIO666I/O Multi-purpose input/output 6. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT.MPIO765I/O Multi-purpose input/output 7. The function of this pin is defined thru the Con-figuration Register MPIOSEL, MPIOLVL, MPIOINV, MPIO3T and MPIOINT.EECK116OSerial clock to EEPROM. An internal clock of CLK divide by 256 is used for reading the vendor and sub-vendor ID during power up or reset. However, it can be manually clocked thru the Configuration Register REGB.EECS 115OChip select to a EEPROM device like 93C46. It is manually selectable thru the Configuration Register REGB. Requires a pull-up 4.7K ohm resistor for external sensing of EEPROM during power up. See DAN112 for further details.EEDI 114O Write data to EEPROM device. It is manually accessible thru the Configura-tion Register REGB.EEDO 113I Read data from EEPROM device. It is manually accessible thru the Configu-ration Register REGB.XTAL1110I Crystal or external clock input.XTAL2109O Crystal or buffered clock output. TMRCK 69I 16-bit timer/counter external clock input.ENIR70IInfrared mode enable (active high). This pin is sampled during power up, fol-lowing a hardware reset (RST#) or soft-reset (register RESET). It can be used to start up all 8 UARTs in the infrared mode. The sampled logic state is transferred to MCR bit-6 in the UART.TEST#111IFactory Test. Connect to VCC for normal operation.VCC64, 90,112Power supply for the UART core logic - 5V ONLY . This power supply deter-mines the VOH level of the non-PCI bus interface outputs. See Table 1 for valid combinations of VCC and VIO that can be used for the XR17D158.PIN DESCRIPTIONSN AME P IN #T YPE D ESCRIPTIONxrXR17D158REV. 1.2.1UNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART7N OTE : Pin type: I=Input, O=Output, IO= Input/output, OD=Output Open Drain.VIO4, 19, 34, 45,137PCI Bus I/O Power supply - 3.3V or 5V, detected by the auto-sense circuitry of the XR17D158. This power supply determines the VOH level of the PCI bus interface outputs.(PCI 2.3 signalling compliant at both 3.3V and 5V operation, suitable for uni-versal form factor add-in card application)GND5,20,35,46,63,89,136Power supply common, ground.PIN DESCRIPTIONSN AME P IN#T YPED ESCRIPTIONXR17D158xrUNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UARTREV. 1.2.18FUNCTIONAL DESCRIPTIONThe XR17D158 (D158) integrates the functions of 8 enhanced 16550 UARTs with the PCI Local Bus interface and a non-volatile memory interface for PCI bus’s plug-and-play auto-configuration, a 16-bit timer/counter, 8 multi-purpose inputs/outputs, and an on-chip oscillator. The PCI local bus is a synchronous timing bus where all bus transactions are associated to the bus clock of up to 33MHz. The D158 supports 32-bit wide read and write data transfer operations including data burst mode through the PCI Local Bus interface. Read and write data operations may be in byte, word or double-word (DWORD) format. A single 32-bit interrupt status register provides interrupts status for all 8 UARTs, timer/counter, multipurpose inputs/outputs, and a special sleep wake up indicator. There are three sets of register in the device. First, the PCI local bus configuration registers for PCI auto configuration. A set of device configuration registers for overall control, 32-bit wide transmit and receive data transfer, and monitoring of the 8 UART channels. Lastly, each UART channel has its own 16550 UART compatible configuration register set for individual channel control, status, and byte wide data transfer.Each UART has 64-byte FIFOs, automatic RTS/CTS or DTR/DSR hardware flow control with hysteresis control, automatic Xon/Xoff and special character software flow control, programmable transmit and receive FIFO trigger level, FIFO level counters, infrared encoder and decoder (IrDA ver. 1.0), programmable baud rate generator with a prescaler of 1X or 4X, and data rate up to 6.25 Mbps at 8X sampling clock.The XR17D158 is available in a thin 144-pin TQFP (20x20x1.4mm) package in commercial and industrial temperature ranges.PCI L OCAL B US I NTERFACEThis is the host interface and it meets the PCI Local Bus Specification revision 2.3. The PCI local bus operations are synchronous meaning each transaction is associated to the bus clock. The XR17D158 can operate with the bus clock of up to a 33.34MHz. Data transfers operation can be formatted in 8-bit, 16-bit, 24-bit or 32-bit wide. With 32-bit data operations, it pushes the data transfer rate on the bus up to 132 MByte/sec. This increases the overall system’s communication performance up to 16 times better than the 8-bit ISA bus. See PCI local bus specification revision 2.3 for bus operation details.PCI L OCAL B US C ONFIGURATION S PACE R EGISTERSA set of PCI local bus configuration space register is provided. These registers provide the PCI local bus operating system with the card’s vendor ID, device ID, sub-vendor ID, product model number, and resources and capabilities. The PCI local bus operating system collects this data from all the cards on the bus during the auto configuration phase that follows immediately after a power up or system reset/reboot. After it has sorted out all devices on the bus, it defines and download the operating conditions to the cards. One of the definitions is the base address loaded into the Base Address Register (BAR) where the card will be operating in the PCI local bus memory space.EEPROM I NTERFACEAn external 93C46 EEPROM is only used to store the vendor’s ID and model number, and the sub-vendor’s ID and product model number. This information is only used with the plug-and-play auto configuration of the PCI local bus. These data provide automatic hardware installation onto the PCI bus. The EEPROM interface consists of 4 signals, EEDI, EEDO, EECS, and EECK. The EEPROM is not needed when auto configuration is not required in the application. However, If your design requires non-volatile memory for other purpose. It is possible to store and retrieve data on the EEPROM through a special PCI device configuration register. See application note DAN112 for its programming details.xr XR17D158 REV. 1.2.1UNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART 1.0APPLICATION EXAMPLESThe XR17D158 is designed to operate with VCC (voltage to the UART Core Logic) at 5V only, irrespective of whether the PCI bus is at 3.3V or 5V. Table 1 below shows the valid combinations of VCC and the PCI Bus Voltage, VIO that can be used for the device..T ABLE 1: V ALID C OMBINATIONS OF VCC AND VIO S UPPLY V OLTAGESVCC VIO5.0V 5.0V Valid5.0V 3.3V Valid3.3V 5.0V Invalid3.3V 3.3V InvalidA typical application for a universal add-in card (VCC must be 5V) is shown in Figure 3. In an embedded system, the designer must still choose 5V power supply for the VCC regardless of VIO (3.3 or 5V). In Figure 4, examples 1 and 2 show valid applications of the XR17D158 in an embedded system.F IGURE 3. T YPICAL A PPLICATION FOR A U NIVERSAL A DD-IN C ARD9XR17D158xrUNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART REV. 1.2.110F IGURE 4. T YPICAL A PPLICATIONS IN AN E MBEDDED S YSTEM2.0XR17D158 REGISTERSThe XR17D158 UART has three different sets of registers as shown in Figure 5. The PCI local bus configuration space registers are for plug-and-play auto-configuration when connecting the device to a the PCI bus. This auto-configuration feature makes installation very easy into a PCI system and it is part of the PCI local bus specification. The second register set is the device configuration registers that are accessible directly from the PCI bus for programming general operating conditions of the device and monitoring the status of various functions. These registers are mapped into 4K of the PCI bus memory address space. These functions include all 8 channel UART’s interrupt control and status, 16-bit general purpose timer control and status, multipurpose inputs/outputs control and status, sleep mode, soft-reset, and device identification and revision. And lastly, each UART channel has its own set of internal UART configuration registers for its own operation control and status reporting. All 8 sets of channel registers are embedded inside the device configuration registers space, which provides faster access. The following paragraphs describe all 3 sets of registers in detail.F IGURE 5. T HE XR17D158 R EGISTER S ETS2.1PCI LOCAL BUS CONFIGURATION SPACE REGISTERSThe PCI local bus configuration space registers are responsible for setting up the device’s operating environment in the PCI local bus. The pre-defined operating parameters of the device is read by the PCI bus plug-and-play auto-configuration manager in the operating system. After the PCI bus has collected all data from every device/card on the bus, it defines and downloads the memory mapping information to each device/ card about their individual operation memory address location and conditions. The operating memory mapped address location is downloaded into the Base Address Register (BAR) register, 0x10. The plug-and-play auto configuration feature is only available when an external 93C46 EEPROM is used. The EEPROM contains the device vendor and sub-vendor data required by the auto-configuration setup.UNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART REV. 1.2.1 T ABLE 2: PCI L OCAL B US C ONFIGURATION S PACE R EGISTERSA DDRESSB ITS T YPE D ESCRIPTION R ESET V ALUE(HEX)0x0031:16RWR1Device ID (Exar device ID number)0x0158 15:0RWR1Vendor ID (Exar) specified by PCISIG0x13A80x04313029:28RWCRWCROParity error detected. Cleared by writing a logic 1.System error detected. Cleared by writing a logic 1.Unused000027R-Reset Target Abort. Set whenever D158 terminates with a target abort. 026:25RO DEVSEL# timing. 0024RO Unemployments bus master error reporting bit023RO Fast back to back transactions are supported122:16RO Reserved Status bits000 000015:9,7,5,4,3,2RO Command bits (reserved)0x00008RWR SERR# driver enable. Logic 1=enable driver and 0=disabledriver0 6RWR Parity error enable. Logic 1=respond to parity error and 0=ignore01RWR Command controls a device’s response to mem space accesses:0=disable mem space accesses, 1=enable mem space accesses0RO Device’s response to I/O space accesses is disabled.(0 = disable I/O space accesses)0x0831:8RO Class Code (Simple 550 Communication Controller). 0x070002 7:0RO Revision ID (Exar device revision number) Current Rev. value 0x0C31:24RO BIST (Built-in Self Test)0x00 23:16RO Header Type (a single function device with one BAR) 0x0015:8RO Unimplemented Latency Timer (needed only for bus master)0x007:0RO Unimplemented Cache Line Size 0x000x1031:12RWR Memory Base Address Register (BAR)0x00 11:0RO Claims a 4K address space for the memory mapped UARTs0x0000x1431:0RO Unimplemented Base Address Register (returns zeros)0x000000000x18h31:0RO Unimplemented Base Address Register (returns zeros)0x000000000x1C31:0RO Unimplemented Base Address Register (returns zeros)0x000000000x2031:0RO Unimplemented Base Address Register (returns zeros)0x000000000x2431:0RO Unimplemented Base Address Register (returns zeros)0x000000000x2831:0RO Reserved 0x00000000N OTE : RWR 1=Read/Write from external EEPROM. RWR=Read/Write from AD[31:0]. RO= Read Only. RWC=Read/Write-Clear.2.2Device Configuration Register SetThe device configuration registers and a special way to access each of the UART’s transmit and receive data FIFOs are accessible directly from the PCI data bus. This provides easy programming of general operating parameters to the D158 UART and for monitoring the status of various functions. The registers occupy 4K of PCI bus memory address space. These addresses are offset onto the basic memory address, a value loaded into the Memory Base Address Register (BAR) in the PCI local bus configuration register set. These registers control or report on all 8 channel UARTs functions that include interrupt control and status, 16-bit general purpose timer control and status, multipurpose inputs/outputs control and status, sleep mode control, soft-reset control, and device identification and revision, and others.The registers set is mapped into 8 address blocks where each UART channel occupies 512 bytes memory space for its own 16550 compatible configuration registers. The device configuration and control registers are embedded inside the UART channel zero’s address space between 0x0080 to 0x0093. All these registers can be accessed in 8, 16, 24 or 32 bit width depending on the starting address given by the host at beginning of the bus cycle. Transmit and receive data may be loaded or unloaded in 8, 16, 24 or 32 bit format to the register’s address. Every time a read or write operation is made to the transmit or receive register, its FIFO data pointer is automatically bumped to the next sequential data location either in byte, word or dword. One special case applies to the receive data unloading when reading the receive data together with its LSR register content. The host must read them in 16 or 32 bits format in order to maintain integrity of the data byte with its associated error flags.0x2C31:16RWR 1Subsystem ID (write from external EEPROM by customer)0x000015:0RWR 1Subsystem Vendor ID (write from external EEPROM by cus-tomer)0x00000x3031:0RO Expansion ROM Base Address (Unimplemented)0x000000000x3431:0RO Reserved (returns zeros)0x000000000x3831:0RO Reserved (returns zeros)0x000000000x3C31:24RO Unimplemented MAXLAT 0x0023:16RO Unimplemented MINGNT 0x0015:8RO Interrupt Pin, use INTA#. 0x017:0RWRInterrupt Line.0xXXT ABLE 2: PCI L OCAL B US C ONFIGURATION S PACE R EGISTERSA DDRESSB ITS T YPE D ESCRIPTIONR ESET V ALUE(HEX )UNIVERSAL (3.3V AND 5V) PCI BUS OCTAL UART REV. 1.2.1T ABLE 3: XR17D158 D EVICE C ONFIGURATION R EGISTERSO FFSET A DDRESS M EMORY S PACE R EAD/W RITE D ATA W IDTH C OMMENT0x000 - 0x00F UART channel 0 Regs (Table 12 & Table 13)8/16/24/32First 8 regs are 16550 compatible0x010 - 0x07F Reserved0x080 - 0x093DEVICE CONFIG.(Table 4)8/16/24/32REGISTERS0x094 - 0x0FF Reserved0x100 - 0x13F UART 0 – Read FIFO Read-Only8/16/24/3264 bytes of RX FIFO data0x100 - 0x13F UART 0 – Write FIFO Write-Only8/16/24/3264 bytes of TX FIFO data0x140 - 0x17F ReservedRead-Only16/3264 bytes of RX FIFO data + LSR0x180 - 0x1FF UART 0 – Read FIFOwith errors0x200 - 0x20F UART channel 1 Regs (Table 12 & Table 13)8/16//24/32First 8 regs are 16550 compatible0x210 - 0x2FF Reserved0x300 - 0x33F UART 1 – Read FIFO Read-Only8/16/24/3264 bytes of RX FIFO data0x300 - 0x33F UART 1 – Write FIFO Write-Only8/16/24/3264 bytes of TX FIFO data0x340 - 0x37F Reserved0x380 - 0x3FF UART 1 – Read FIFORead-Only16/3264 bytes of RX FIFO data + LSR with errors0x400 - 0x40F UART channel 2 Regs (Table 12 & Table 13)8/16/24/32First 8 regs are 16550 compatible0x410 - 0x4FF Reserved0x500 - 0x53F UART 2 – Read FIFO Read-Only8/16/24/3264 bytes of RX FIFO data0x500 - 0x53F UART 2 – Write FIFO Write-Only8/16/24/3264 bytes of TX FIFO data0x540 - 0x57F ReservedRead-Only16/3264 bytes of RX FIFO data + LSR0x580 - 0x5FF UART 2 – Read FIFOwith errors0x600 - 0x60F UART channel 3 Regs (Table 12 & Table 13)8/16/24/32First 8 regs are 16550 compatible0x610 - 0x6FF Reserved0x700 - 0x73F UART 3 – Read FIFO Read-Only8/16/24/3264 bytes of RX FIFO data0x700 - 0x73F UART 3 – Write FIFO Write-Only8/16/24/3264 bytes of TX FIFO data0x740 - 0x77F ReservedRead-Only16/3264 bytes of RX FIFO data + LSR0x780 - 0x7FF UART 3 – Read FIFOwith errors。

PG156资料

PG150 THRU PG1510GLASS PASSIVA TED JUNCTION PLASTIC RECTIFIER VOLTAGE - 50 to 1000 Volts CURRENT - 1.5 AmperesFEATURESl Plastic package has Underwriters LaboratoryF lammability Classification 94V-O utilizing Flame Retardant Epoxy Molding Compound l 1.5 ampere operation at T A =55¢J with no thermal runaway l Exceeds environmental standards of MIL-S-19500/228l Glass passivated junction MECHANICAL DA TACase: Molded plastic , DO-15Terminals: Axial leads, solderable per MIL-STD-202, Method 208Polarity: Color band denotes cathode Mounting Position: AnyWeight: 0.015 ounce, 0.4 gramMAXIMUM RA TINGS AND ELECTRICAL CHARACTERISTICSRatings at 25¢J ambient temperature unless otherwise specified.Single phase, half wave, 60 Hz, resistive or inductive load.For capacitive load, derate current by 20%.PG150PG151PG152PG154PG156PG158PG1510UNITSMaximum Recurrent Peak Reverse Voltage 501002004006008001000V Maximum RMS Voltage3570140280420560700V Maximum DC Blocking Voltage501002004006008001000V Maximum Average Forward Rectified Current .375"(9.5mm) Lead Length at T A =55¢J1.5APeak Forward Surge Current 8.3ms single half sine-wave superimposed on rated load (JEDEC method)50A Maximum Forward Voltage at 1.5A 1.1V Maximum Reverse Current T a =25¢J at Rated DC Blocking Voltage T a =100¢J 5.050£g A £g A Typical Junction capacitance (Note 1)25P F Typical Thermal Resistance (Note 2) R £K JA 45.0¢J /W Operating and Storage Temperature Range T A-55 TO +150¢JNOTES:1. Measured at 1 MHz and applied reverse voltage of 4.0 VDC.2. Thermal Resistance from Junction to Ambient and from junction to lead at 0.375"(9.5mm) lead length P.C.B mounted.DO-15RATING AND CHARACTERISTIC CURVES PG150 THRU PG1510NUMBER OF CYCLES AT 60HzFig. 1-TYPICAL FORWARD CHARACTERISTICS Fig. 2-PEAK FORWARD SURGE CURRENTAMBIENT TEMPERATURE, ¢JREVERSE VOLTAGE, VOLTSFig. 3-FORWARD CURRENT DERATING CURVE Fig. 4-TYPICAL JUNCTION CAPACITANCE。

万能遥控器代码一览表

万能遥控器代码一览表国内电视:?长虹000. 008. 009. 091. 092. 093. 010. 011. 014. 016 .026. 028. 033. 051. 160. 161. 180 .181. 185 .186 .191. 192 .210. 211. 212. 229. 230 .231 .232?康佳? 011 .017 .029 .032 .034.054 .067 .069 .071 .075 .076 .077 .078 .079 .080 .081 107 113 ? 117. 173 .174. 175. 176. 189. 201. 202. 203. 217 .218. 220. 226 .?创维011. .070. 017 .072. 073. 074. 079. .107. 108 .109 162 ?163 .164 .165 .166 .167. 168. 169. 177. . 235. 246?熊猫001. 011. 016. 021. 022. 023 .024 .025. 026. 028 .033 .040 .043. 053. . 057. 058 ? 051. 061. . 079. 089. 091 .124 .125 .. 238. 239 . 243. 244 245 247.248 .249 .250. 251?TCL .068. 071 .073. 082 . .085. 110 .111 .170 .171. . 179 . .. 200 .233?海尔103 .112 .118 .119. 150. 151 .152 .153 .154 .155 .156. 182. 183. 184. 193. 194 .213 .228 ? ?海信000. 006 .007. 008. 010 .014 .015. 025. 045. 046 .103. 105.107 .115 .116 .128.138 . .151 .152 .153 .154 .155 .156 .182 .183 .184 .193 .194 .213 .228 ?金星007. 008. 011 .013. 024. 025. 032. 033 .039 .051 .065 .071 .073.079 .091 .097 .138?福日007 .011 .015 .. 028. 033. 034. 040. 043. 053. 056. 060 .061 .065 .079?安华ANHUA ? 017. 001. 032. 047?百花BAIHUA 016. 025 .033 .053. 056. 079?百合花BAIHEHUA ? 023. 024. 040. 043?百乐BAILE 016. 025. 012 .019. 026. . 029 .030. 031. 042?宝声BAOSHENG 011. 025. 016?北京008 .. 019 .016. 023. 024. 025. 027 . .030. 031.033 .044 .043 .050 .053 .056 .026 . .039. . 021. 122 .126 ?宝花石BaoHuaShi ? 079?彩虹CAIHONG ? 011. 025. 016?彩星CAIXING 023. 024. 040 .043?长城? 011 .016 .017. 023 .024 .. 040 .043 .053. 056 .001 .012. 029 .027 . .? 031 .042. 079?海虹HAIHONG ? 016 .025 .026 .027. 028 .029 .030 ?海乐HAILE ? 032. 047?海燕HAIYAN 011. 023. 024 .033. 040. .056. 079?环宇HUANY . 023. 024. 033 .040. 043. 053. 056 .009. 057. 058 ?虹美HONGMEI ? 003. 011. 016 .018 .023. 024. 025 .033 .040. 043. 056. .058. 079?红岩HONGYAN ? . 053. 056. 079?菊花JUHUA ? ?金海JINHAI ?金凤JINFENG ?金塔JINTA ? ?金鹊JINQUE ? ?金雀JINQUE ? ?嘉华JIAHUA ? ?昆仑KUNLUN ? ?凯歌KAIGE ? ?康力KANGLI ? ?康虹KANGHONG ? 康立KANGLI ? ?康艺KANGYI ? ?孔雀KONGQUE ?快乐KUAILE ? ?乐华ROWA ? ?龙江LONGJIANG ? 利华LIHUA ? ? 011? 牡丹MUDAN ? ? ?美乐MEILE ? ? ?梦寐MENGMEI ? ?南声NANSHENG ? ? 青岛QINGDAO ? ?如意RUYI ? ? ?神彩SHENCAI ? ?山茶SHANGCAI ? ? 上海SHANGHAI ? ? 韶峰SHAOFENG ? ? 沈阳SHENGYAN ? ? 塞格SAIGE ? ? ?松柏SONGBA ? ?三元SANYUAN ? ?三键SANJIAN ? ?泰山TAISHAN ? ?天鹅TIANE ? ? ?通广TONGGUANG ? 威牌WEIPAI ? ?翔宇XIANGYU ?西湖XIHU ? ?厦华XIAHUA ? ?雪莲XUELIAN ?星海XINGHAI ? ? ? 襄阳XIANGYANG ? ? 幸福XINGFU ? ? ? ? 新日松? ? ? ? XINRISONG?莺歌? ? ?YINGGE?宇航? ? ? ? YUHANG?永固? ? ? ? YONGGU?永宝? ? ? ? YONGBAO?珠海? ? ? ? ZHUHAI?赣新? ? ? ? GANXIN?华发HUAFA ?华强HUAQIANG 9? 杂牌机? ? ? ? ZAPAIJI?飞跃? ? ? ? ? FEIYUE?飞浪? FEILANG?南宝? NANBAO?飞燕? FEIYAN?新思达123? XINSIDA?彩凌102? CAILING?高路华? CONROWA?豁达特技? HUODATEJI?奥林匹亚? AOLINPIKE?成都? CHENGDU?长风? CHANGFENG?长飞? CHANGFEI?长海? CHANGHAI?春兰142? CHUNLAN?春风?CHUNFENG?春笋?CHUNSUN?东宝?TOBO?东大.?DONGDA?东海.?DONGHAI?飞鹿?FEILU?黄河?HUANGHE?黄海美?HUANGHAIMEI?黄山?HUANGSHAN?黄龙?HUANGLONG?华日?HUARI????DS6315三合一万能型电视遥控器代码表(续一) ? ? 国外电视:?索尼SONY ? 041 ?松下（乐声）PANASONIC（NAYIONAL）??夏普SHARP?三菱MITSUBISHI.?东芝TOSHIBA?NEC?三星SAMSUNG?胜利JVC004?三洋SANYO?高土达GOLDSTAR?飞利浦PHILIPS?爱华AIWA?JVC089?日电NEC?大宇DAYU?LG?WARUMAIA?狮龙SHERWOOD?雅佳AKAI?皇冠?IMPERIAL-COWN?富土通FUJITSU048?富丽FULI047?尼康NIKON?优拉纳斯YONLANASI?奥林普AOLINGPU104?佳丽彩JIALICAI?VCD部分：?奇声QiSheng , 300?影之宝YingZhiBao , 301?索尼SONY, VCP-K10, 302?东大DONGDA, 303?杂牌机ZAPAIJI, 304?奇声QiSheng, 305?杂牌机ZAPAIJI,306?新科Shinco, RC-006 , 307?奇声QiSheng,IRC3020A, 308?万利达MALATA, VCP-N28P, 309?步步高BBK ,RCU-H, 310?万利达MALATA, VCP-N28F, 311?新科Shinco, RC-12G, 312?索尼SONY, RMT-M40A, 313?索尼SONY, RMT-D109E, 314?杂牌机ZAPAIJI, 315?杂牌机ZAPAIJI,ANB-999, 316?杂牌机ZAPAIJI,317?杂牌机ZAPAIJI ,VCD-A300,318?杂牌机ZAPAIJI,319?RMS,VD-30A ,320?奇声QiSheng,IRC-3000, 320?杂牌机ZAPAIJI,321?杂牌机ZAPAIJI, 多用2220-001, 322?亿通YITONG, Rm2004,323?DONGAN, 324?奇声QiSheng,IRC-3028,325?新科Shinco,RC-002 RC-12S,326?新科Shinco ,RC-16H RC-012 RC-260,327? 长虹CHANGHONG，VK1A，328?长虹CHANGHONG，329?步步高BBK，DF058(A)，330?杂牌机ZAPAIJI，A9815，331?健伍JIANGWU，RC-P0501，332?安侨ANQIAO，RC-375DV，333?帝禾DIWA，334?日立HITACHI，SV-RMW1，335?金格JINGE，336?杂牌机ZAPAIJI，337?厦新AMOI，RC-010 RC-010G，338?飞利浦PHILIPS，339?厦新AMOI，RC-012，340?杂牌机ZAPAIJI，DVD，341?长虹CHANGHONG ，VR4A，342?爱多IDALL ，IV-730BK，343?乐华ROWA，IV-830BK，343?步步高BBK，AB007K，344?厦新AMOI，RC-003，345?步步高BBK，AB007K ，346?新科Shinco，RC-08C，347?爱多IDALL ，IV-820BK，348?松下PANASONIC，RAK-SL429WH，349?万利达MALATA，UCP-N28K，350?松下PANASONIC，RAK-SL208WH RAK-SLA04SH，351? 万利达MALATA，VCP-N30B，352?松下PANASONIC，RAK-LX140WH，353?万利达MALATA，VCP-N28 VCP- N30，354?厦新AMOI，355?杂牌机ZAPAIJI，036?飞利浦PHILIPS，357?爱多IDALL，IV-3DBK，358?东芝TOSHIBA，359?爱华AIWA，360?先科XIANKE，361?先科XIANKE，362?万利达MALATA，VCP-N28B，363?兆维ZHAOWEI，364?长虹CHANGHONG，364?杂牌机ZAPAIJI，365?蚬华XIANHUA，VP-101D，366?马士兰MaShiLan，RC500LV，367?东芝TOSHIBA，VC-659 ，368?爱多IDALL，RM-1，369?东芝TOSHIBA，SE-R0037，370?爱华AIWA，RC-8AT05，371?先锋XIANFENG，CU-CLD151 CU-CLD145，372?爱多IDALL，IV-620 ，373?东芝TOSHIBA，RM-L8，374?JVC，RM-RMV5U，375?天龙TIANLONG，RC-543，376?东鹏DONGPENG，CVD-970，377?夏普SHARP，MV-K7000，378?彩尼CAINI，VCD，379?VICTOM，RM-SVD701，380?杂牌机ZAPAIJI，381?PHISONEET，382?JVC，XL-M705，383?RMS，384?爱多IDALL ，308 320 330 350 385?先锋XIANFENG，CU-DV003，386?步步高BBK，AB903K，387?金正NINTAUS，GVD-8801 N350D N350，388?杂牌机ZAPAIJI，389?金正NINTAUS，VCD-J301、J303、J306、J308 390 F100、?步步高BBK AB-001A AB-007B 391?新科Shinco，RC-007 RC-12E RC-12F RC-005RC-12B VCD-719 ，392? 爱多IDALL，IV-361BK 360BK，393?索尼SONY，394?厦新AMOI，RC-001，395?健伍JIANGWU，RC-L0200 RC-L0300，396?三星SAMSUNG，397?金正NINTAUS ，VCD-J7001H VCD-6803H，398?金正NINTAUS，PDVD-N768 DVD-N700 DVD-N701 DVDN926F，399? ?DS6315三合一万能型电视遥控器代码表(续三) ?? DVD部分：?新科Shinco ? ?先科XIANKE ? ?步步高BBK ? ? ?万视达Malata ? ?金正NINTAUS ? ?厦新AMOI ? ? 107 114 189 190?清华同方TSINGHUA TONGFANG ? ?德赛DEISAI ? ?奇声QiSheng ? ?TCL ? ? ? ? ? ? ?创维SKYWORTH-RGB ?帝禾Dlwa ，433?飞乐FEIYUE ，? ?科泰KETAI ，434?松鼎SongDing ，431?爱浪AILANG，435. 439? 华宝HUABAO ，437?熊猫PANDA ，415? TOSHIBA ，418?索尼SONY ，456?三水SHANSHUI，420? SINGER ，425?大宇DAYU，426?主人ZHUREN ，427?巨大JIUDA，436?LG，441?松下Panasonic ，442?三星SAMSUNG ，443? 先峰XIANFENG,，444? JVC，445守一颗心,别像守一只猫。

4816P-1-103DLF中文资料

Typical Part Marking
PART NUMBER
RESISTANCE CODE
16P-1 -330
YYWW
CIRCUIT DATE CODE
PIN ONE INDICATOR
MANUFACTURER'S TRADEMARK
Recommended Land Pattern
1.27 TYP. (.050)
Resistor Power Temp. Derating Curve
.225 .200 .175 .150 .125 .100 .075 .050 .025
0
25
70
125
AMBIENT TEMPERATURE (¡C)
11.18 ± .12 (.440 ± .005)
1.27 ± .076 (.050 ± .003*)
TYP.
.13 + .12/ - .00
(.005 + .005/ - .000)
2.03 ± .12 (.080 ± .005)
R = .008" TYP.
.305 + .000/ - .101 (.012 + .000/ - .004)
How To Order
48 16 P - 1 - 103 __ __
Model (48 = SOM Pkg)
Number of Pins
Electrical Configuration • 1 or 4 = Isolated* • 2 = Bussed* • 3 = Dual Terminator*
LF = Tin-plated (lead free) • ONLY electrical configuration T03:

3dd15d参数

3dd15d参数3dd15d参数是指3D打印机设备的一个参数，涉及到该设备的输出质量、制造速度、打印材料等多个方面。

下面详细介绍该参数的含义及其在3D打印中的意义。

一、3dd15d参数的含义1.分辨率：分辨率是指设备在打印时能够实现的最小层厚度，也是打印时的最小线宽。

分辨率越高，打印的精度越高，但也会影响到打印速度。

2.建造速度：建造速度是指3D打印机在工作时每小时能够制造的部件数量。

建造速度高意味着生产效率高，但也可能会影响到零件性能和质量。

3.打印精度：打印精度是指3D打印机在打印时能够实现的准确性。

这个值越小，打印的精度越高，但也会影响到打印速度和生产效率。

4.打印材料：打印材料是指3D打印机可以使用的原材料类型和其性质。

不同材料的选择会影响到打印成品的强度、耐用性和其他属性。

5.打印尺寸：打印尺寸是指3D打印机能够打印的最大部件尺寸。

这个值越大，可以打印的零件类型和大小就越多。

6.耗时：耗时是指制造一个3D打印产品所需的时间。

耗时越长，制造成本就越高。

二、3dd15d参数在3D打印中的意义在3D打印机生产中，3dd15d参数是非常重要的。

通过调整不同的参数值，可以达到不同的生产效果。

例如在需要生产高精度部件时，需要将打印分辨率调得更高；在需要大型物件时，则需要调整打印尺寸参数来适应。

不同的打印材料可以用于生产不同的产品。

ABS材料可以生产出高强度、韧性极好的部件，而PLA材料通常用于生产建筑、家居及电子设备等产品的外壳和框架。

3dd15d参数的合理调配可以帮助到制造商在实际应用中达到最佳的打印效果。

制造商需要根据产品需求精心调整打印参数，以达到最优的效果。

不同的3dd15d参数调配也会影响到3D打印机的生产速度和成本。

生产过程中时间和成本的控制对于企业的生产成本和效率非常关键，因此需要在制造商必要的参数调整下取得平衡。

在生产高质量的产品时，需要将分辨率调节得很高，这会降低打印速度，并提高材料消耗量。

15P-SAN中文资料

Type A
2.0 (.079) 0.9(.035) 0.9(.035)
Type B
1.8 (.071)
Model No. SAN-002T-0.8A SAN-002T-0.8K
Type
A B
Applicable wire mm2
0.05 to 0.22
AWG #
30 to 24
Insulation O.D.mm(in.)
8 to 15 circuits: 0.85 ±0.05 (.033±.002)dia.
284
6.0(.236) 9.2(.362)
1
3.25(.128)
13
14
15
6 7 8 9 10 11 12 13 14 15
Material
Nylon 66, UL94V-0, yellow
<For reference> As the color identification, the following alphabet shall be put in the underlined part. For availability, delivery and minimum order quantity, contact JST. ex. 2P-SAN-o(blank)…yellow K…black W…white R…red
Specifications –––––––––––––––––––
• Current rating: 2A AC, DC (AWG#24) • Voltage rating: 250V AC, DC • Temperature range: -25˚C to +85˚C (including temperature rise in applying electrical current) • Insulation resistance: 1,000M Ω min. • Withstanding voltage: 800V AC/minute • Applicable wire: AWG #30 to #24 • Applicable PC board thickness: Type A contact: 1.2(.047") 1.6(.063") Type B contact: 1.6(.063") * Refer to "General Instruction and Notice when using Terminals and Connectors" at the end of this catalog. * Contact JST for details.

奥图码型号主要参数表

【3D眼镜】黑色￥1200【3D眼镜】白色￥1000【3D RF眼镜】黑色￥2000【品牌】奥图码（OPTOMA)【品牌】奥图码【品牌】奥图码【型号】ZD201【型号】 K510U【型号】 3D-RF【类型】主动快门式【类型】主动快门式【类型】射频3D模式(基于蓝牙技术）【同步模式】DLP-LINK 3D【同步模式】DLP-LINK 3D【频段】50-240 Hz【特点】可更换纽扣锂电池设计【特点】USB口接口充电,人体工学设计【特点】USB口接口充电，适用距离长自动关机设计节省电池寿命轻巧，时尚，不夹后脑勺，耳挂可收起3D同步信号无方向性，3D人物更立体【3D蓝光DVD播放机】 1980【电动壁挂玻纤灰幕】 4999-8999【蓝光DVD播放机】￥1450【品牌】先锋【品牌】德米乐斯 (源自英国)【品牌】先锋【型号】BDP-430【型号】ELE-HA-H100GFR【型号】BDP-4100-K/G【视频】FULLHD3D视频播放148.5MHz/2【规格】80-150” 16：9 玻纤灰幕【视频格式】 MP4【重量】2.5Kg【画面尺寸】2213*1245mm（100”）【重量】2050g【特点】HDMI 1.4a,USB 2.0【特点】航空接头，水平移动机构【特点】内置蓝光光驱支持同轴，光纤，5.1音频输出10米12V同步连接线，无线遥控USB接口，网络接口，HDMI接口【广角定焦镜头】￥13000【工程镜头】￥30000【望远镜头】￥15000【品牌】奥图码【品牌】奥图码【品牌】奥图码【适用型号】EX785/IS806/HD86/EW775【适用型号】 EH7500【适用型号】EX785/IS806/HD86/EW775【变焦倍数】定焦【变焦倍数】最大1.9倍【变焦倍数】 1.5倍【F值】2.5【F值】最小2.0【F值】2.5【投影比】0.81：1【特点】标准，短焦，中短焦，中长焦【投影比】2.03~3.05:1【特点】镜头视角大，视野宽阔长焦距镜头等5种镜头【特点】长投影距离，投小画面【全高清HDMI线】￥1000/1200【交互式电子白板】￥14800【交互式电子白板】￥16800【品牌】奥图码【品牌】巨龙【品牌】巨龙【规格】1.3b/1.4 a【感应方式】红外 CCD感应【感应方式】无线电磁感应【长度】 10米【规格尺寸】81” （4：3）【规格尺寸】 85” （4：3）【线径】24AWG【型号】JL-6000A【型号】JL-9000B(85)【特点】FULL HD,FULL HD3D信号无错传输，即插即用【特点】触控次数不受限可手写无延时【特点】由白板等组成交互式演示系统。

3d位差组合对应直选号

3d位差组合对应直选号我现在把每个位差组合对应的直选列出。

希望有朋友说说有更好的方法来寻找组合而吃票子哟。

我把位差分成百位的0.1.2路列出。

百十0路组合；000组合；000.111.222.333.444.555.666.777.888.999.011组合；001.110.112.221.223.332.334.443.445.554.665.667.776.778.8 87.889.998.022组合‘002.113.220.224.331.335.442.446.553.557.664.668.775.779.8 86.997.033组合；003.114.225.330.441.447.552.558.663.669.774.885.996.044组合；004.115.226.337.448.559.662.773.884.995.055组合；005.116.227.338.449.550.661.772.883.994.066组合；006.117.228.339.660.771.882.993.077组合；007.118.229.770.881.992.088组合；008.119.880.991.099组合；009.990.369组合；.39.960.66358组合；.38.149.850.961.347组合；037.148.259.740.851.962.336组合；.36.147.258.369.630.741.852.963.325组合；035.146.257.368.479.520.631.742.853.964.314组合；.034.145.256.367.410.478.521.589.632.743.854.965. 303组合；033.144.255.366.477.588.699.300.411.522.633.744.855.966. 312组合；.32.143.254.301.365.412.476.523.587.634.698.745.856.9 67.321组合；.31.142.253.302.364.413.475.524.586.635.697.746.857.9 68.330组合；030.141.252.303.363.414.474.525.585.636.696.747.858.969. 341组合；140.251.304.362.415.473.526.584.637.695.748.859.352组合；250.305.3610416.472.527.583.638.694.749.363组合；306.360.417.471.528.582.639.693374组合；307.418.470.529.581.692.385组合；308.419.580.691.639组合；069.930.628组合；068.179.820.931.617组合；067.178.289.710.821.932.606组合；066.177.288.399.600.711.822.933. 615组合；065.176.287.398.601.712.823.934. 624组合；064.175.286.397.602.713.824.935. 633组合；063.174.285.396.603.714.825.936. 642组合；062.173.284.395.604.715.826.937. 651组合；061.172.283.394.605.716.827.938. 660组合；030.171.282.393.606.717.828.939. 671组合；170.281.392.607.718.829.682组合；280.391.608.719.693组合；390.609909组合；099.900918组合；098.901.927组合；097.902936组合；096.903945组合；095.904.954组合；094.905963组合；093.906.972组合；092.907990组合；090.909.189组合；019.980.178组合；018.129.870.981.167组合；017.128.239.760.871.982.156组合；016.127.238.349.650.761.872.983.145组合；015.126.237.348.459.540.651.762.873.984.134组合；014.125.236.347.430.458.541.569.652.763.874.985.123组合；013.124.235.320.346.431.457.542.568.653.679.764.875.986. 112组合；012.123.234.345.456.567.678.789.210.321.432.543.654.765.8 76.987.101组合；011.100.122.211.233.322.344.433.455.554.566.655.677.766.7 88.877.899.998.110组合；010.101.121.212.232.323.343.434.454.545.565.656.676.767.7 87.878.898.989121组合；102.120.213.231.324.342.435.453.546.564.657.675.768.786.879.897.132组合；103.214.230.325.341.436.452.547.563.658.674.769.785.896. 143组合；104.215.326.340.451.437.548.562.659.673.784.895.154组合；105.216.327.438.450.549.561.672.783.894.165组合；106.217.328.439.560.671.782.893.176组合；；107.218.329.670.781.892.187组合；108.219.780.891.198组合；109.890.459组合；049.950.448组合；048.159.840.951.437组合；047.158.269.730.841.952.426组合；046.157.268.379.620.731.842.953.415组合；045.156.267.378.489.510.621.732.843.954.404组合；044.155.266.377.488.599.511.622.733.844.955. 413组合；043.154.265.376.401.487.512.598.623.734.845.956.422组合；042.153.264.375.402.486.513.597.624.735.846.957.431组合；041.152.263.374.403.485.514.596.625.736.847.958.440组合；040.151.262.373.484.595.404.515.626.3、737.848.959.451组合；150.261.372.405.483.516.594.627.738.849. 462组合；260.371.406.482.517.593.628.739.473组合；370.407.481.518.592.629.484组合；408.480.519.591.495组合；409.590.729组合；079.920.718组合；078.189.810.921.707组合；077.188.299.700.811.922.716组合；076.187.298.701.812.923.725组合；075.186.297.702.813.924.734组合；074.185.296.703.814.925.743组合；073.184.295.704.815.926.752组合；072.183.294.705.816.927.761组合；071.182.293.706.817.928.770组合；070.181.292.707.818.929.781组合；180.291.708.819.792组合；290.709.297组合；209.790.286组合；208.319.680.791.275组合；207.318.429.570.681.792.264组合；206.317.428.460.539.571.682.793.253组合；205.316.350.427.461.538.572.649.683.794.242组合；204.240.315.351.426.462.537.573.648.684.759.795.231组合；130.203.241.314.352.425.463.536.574.647.685.758.796.869. 220组合；020.131.202.242.313.353.424.464.535.575.646.686.757.797.8 68.979.211组合；021.132.201.243.312.354.423.465.534.576.645.687.756.798.8 67.978.202组合；022.133.200.244.311.355.422.466.533.577.644.688.755.799.8 66.977.213组合；023.134.245.310.356.421.467.532.578.643.689.754.865.976. 224组合；024.135.246.357.420.468.531.579.642.753.864.975.235组合；025.136.247.358.469.530.641.752.863.974.246组合；026.137.248.359.640.751.862.973.257组合；027.138.249.750.861.972.279组合；029.970.594组合；490.509.583组合；380.491.508.619.572组合；270.381.492.507.618.729.561组合；160.271.382.493.506.617.728.839.550组合；050.161.272.383.494.505.616.727.838.949. 541组合；051.162.273.384.495.504.615.726.837.948. 532组合；052.163.274.385.496.503.614.725.836.947. 523组合；053.164.275.386.497.502.613.724.835.946. 514组合；054.165.276.387.498.501.612.723.834.945. 505组合；055.166.277.388.499.500.611.722.833.944. 516组合；056.167.278.389.610.721.832.943.527组合；057.168.279.720.831.942.538组合；058.169.830.941.549组合；059.940.891组合；190.809.880组合；080191.808.919.871组合；081.192.807.918.862组合；082.193.806.917.853组合；083.194.805.916.844组合；084.195.804.915.826组合；086.197.802.913. 817组合；087.198.801.912. 808组合；088.199.800.911. 819组合；089.910.。

3d、排列3和值跨度速查表9.17

3D、排列3和值跨度速查表文案编辑词条B 添加义项?文案，原指放书的桌子，后来指在桌子上写字的人。

现在指的是公司或企业中从事文字工作的职位，就是以文字来表现已经制定的创意策略。

文案它不同于设计师用画面或其他手段的表现手法，它是一个与广告创意先后相继的表现的过程、发展的过程、深化的过程，多存在于广告公司，企业宣传，新闻策划等。

基本信息中文名称文案外文名称Copy目录1发展历程2主要工作3分类构成4基本要求5工作范围6文案写法7实际应用折叠编辑本段发展历程汉字"文案"(wén àn)是指古代官衙中掌管档案、负责起草文书的幕友,亦指官署中的公文、书信等;在现代，文案的称呼主要用在商业领域，其意义与中国古代所说的文案是有区别的。

在中国古代，文案亦作" 文按"。

公文案卷。

《北堂书钞》卷六八引《汉杂事》:"先是公府掾多不视事，但以文案为务。

"《晋书·桓温传》:"机务不可停废，常行文按宜为限日。

" 唐戴叔伦《答崔载华》诗:"文案日成堆，愁眉拽不开。

"《资治通鉴·晋孝武帝太元十四年》:"诸曹皆得良吏以掌文按。

"《花月痕》第五一回:" 荷生觉得自己是替他掌文案。

"旧时衙门里草拟文牍、掌管档案的幕僚，其地位比一般属吏高。

《老残游记》第四回:"像你老这样抚台央出文案老爷来请进去谈谈，这面子有多大!"夏衍《秋瑾传》序幕:"将这阮财富带回衙门去，要文案给他补一份状子。

"文案音译文案拼音:wén àn现代文案的概念:文案来源于广告行业，是"广告文案"的简称，由copy writer翻译而来。

多指以语辞进行广告信息内容表现的形式，有广义和狭义之分，广义的广告文案包括标题、正文、口号的撰写和对广告形象的选择搭配;狭义的广告文案包括标题、正文、口号的撰写。

171367-5资料

171367-5 Product DetailsHome | Customer Support | Suppliers | Site Map | Privacy Policy | Browser Support© 2008 Tyco Electronics Corporation All Rights Reserved Searc hProducts Documentation Resources My Account Customer SupportHome > Products > By Type > > 5 amps < 10 amps Circuit Max. > Product Feature Selector > Product Details171367-5Active MIC (Multiple Interlock Connectors)Not reviewed for RoHS ComplianceProduct Highlights:l Headerl Receptacle (Cap)l With Mounting Earsl Brass Contact Materiall Pre-Tin Contact Mating Area PlatingView all Features | Find SimilarProductsCheck Pricing &AvailabilitySearch for ToolingProduct FeatureSelectorContact Us AboutThis ProductQuick LinksDocumentation & Additional InformationProduct Drawings:l21P HORIZONTAL TYPE CAP HOUSING MULTI-INTERLOCKCONN...(TIF, Japanese)Catalog Pages/Data Sheets:l None AvailableProduct Specifications:l Multi-Interlock Mark II Connector for Wire to Board ...(PDF,English)l Multi-Interlock Mark II Connector for Printed Circui...(TIF,Japanese)Application Specifications:l None AvailableInstruction Sheets:l None AvailableCAD Files:l None AvailableList all Documents Additional Information:l Product Line InformationRelated Products:l ToolingProduct Features (Please use the Product Drawing for all design activity)Product Type Features:l Product Type = Headerl Gender = Receptacle (Cap)l Mounting Ears = Withl Number of Positions = 21l Sealed = Nol PCB Mount Angle = Right Anglel Product Series = Series I, Series IIl Color = BlueBody Related Features:l Cover = WithoutContact Related Features:l Contact Material = Brassl Contact Mating Area Plating = Pre-Tin Housing Related Features:l Housing Material = NylonIndustry Standards:l RoHS/ELV Compliance = Not reviewed forELV/RoHS compliancel Lead Free Solder Processes = Not reviewed forlead free solder processConditions for Usage:l Terminate To = Printed Circuit BoardOther:l Brand = AMPProvide Website Feedback | Contact Customer Support。

3D排三和值号码速查表

排列三和值号码分布表和值0直选1注：000合并为组选共1注：000 和值1直选3注：001 100 010 合并为组选共1注：001和值2直选6注：002 011 020 101 110 200 合并为组选共2注：002 011 和值3直选10注：003 012 021 030 102 111 120 201 210 300 合并为组选共3注：003 012 111和值4直选15注004 013 022 031 040 103 112 121 130 202 211 220 301 310 400合并为组选共4注：004 013 022 112 和值5直选21注005 014 023 032 041 050 104 113 122 131 140 203 212 221 230 302 311 320 401 410 500合并为组选共5注：005 014 023 113 122和值6直选28注006 015 024 033 042 051 060 105 114 123132 141 150 204 213 222 231 240 303 312321 330 402 411 420 501 510 600合并为组选共7注：006 015 024 033 114 123 222 和值7直选36注007 016 025 034 043 052 061 070 106 115124 133 142 151 160 205 214 223 232 241250 304 313 322 331 340 403 412 421 430502 511 520 601 610 700合并为组选共8注：007 016 025 034 115 124 133 223和值8直选45注008 017 026 035 044 053 062 071 080 107116 125 134 143 152 161 170 206 215 224233 242 251 260 305 314 323 332 341 350404 413 422 431 440 503 512 521 530 602611 620 701 710 800合并为组选共10注：008 017 026 035 044 116 125 134 224 233 和值9直选55注009 018 027 036 045 054 063 072 081 090108 117 126 135 144 153 162 171 180 207216 225 234 243 252 261 270 306 315 324333 342 351 360 405 414 423 432 441 450504 513 522 531 540 603 612 621 630 702711 720 801 810 900合并为组选共12注：009 018 027 036 045 117 126 135 144 225 234 333和值10直选63注019 028 037 046 055 064 073 082 091 109 118 127 136 145 154 163 172 181 190 208 217 226 235 244 253 262 271 280 307 316 325 334 343 352 361 370 406 415 424 433 442 451 460 505 514 523 532 541 550 604 和值11直选69注029 038 047 056 065 074 083 092 119 128 137 146 155 164 173 182 191 209 218 227 236 245 254 263 272 281 290 308 317 326 335 344 353 362 371 380 407 416 425 434 443 452 461 470 506 515 524 533 542 551613 622 631 640 703 712 721 730 802 811 820 901 910合并为组选共13注019 028 037 046 055 118 127 136 145 226 235 244 334 560 605 614 623 632 641 650 704 713 722 731 740 803 812 821 830 902 911 920合并为组选共14注029 038 047 056 119 128 137 146 155 227 236 245 335 344和值12直选73注039 048 057 066 075 084 093 129 138 147 156 165 174 183 192 219 228 237 246 255 264 273 282 291 309 318 327 336 345 354 363 372 381 390 408 417 426 435 444 453 462 471 480 507 516 525 534 543 552 561 570 606 615 624 633 642 651 660 705 714 723 732 741 750 804 813 822 831 840 903 912 921 930合并为组选共15注039 048 057 066 129 138 147 156 228 237 246 255 336 345 444 和值13直选75注049 058 067 076 085 094 139 148 157 166 175 184 193 229 238 247 256 265 274 283 292 319 328 337 346 355 364 373 382 391 409 418 427 436 445 454 463 472 481 490 508 517 526 535 544 553 562 571 580 607 616 625 634 643 652 661 670 706 715 724 733 742 751 760 805 814 823 832 841 850 904 913 922 931 940合并为组选共15注049 058 067 139 148 157 166 229 238 247 256 337 346 355 445和值14直选75注059 068 077 086 095 149 158 167 176 185 194 239 248 257 266 275 284 293 329 338 347 356 365 374 383 392 419 428 437 446 455 464 473 482 491 509 518 527 536 545 554 563 572 581 590 608 617 626 635 644 653 662 671 680 707 716 725 734 743 752 761 770 806 815 824 833 842 851 860 905 914 923 932 941 950合并为组选共15注059 068 077 149 158 167 239 248 257 266 338 347 356 446 455 和值15直选73注069 078 087 096 159 168 177 186 195 249 258 267 276 285 294 339 348 357 366 375 384 393 429 438 447 456 465 474 483 492 519 528 537 546 555 564 573 582 591 609 618 627 636 645 654 663 672 681 690 708 717 726 735 744 753 762 771 780 807 816 825 834 843 852 861 870 906 915 924 933 942 951 960合并为组选共15注069 078 159 168 177 249 258 267 339 348 357 366 447 456 555和值16直选69注079 088 097 169 178 187 196 259 268 277 286 295 349 358 367 376 385 394 439 448 457 466 475 484 493 529 538 547 556 565 574 583 592 619 628 637 646 655 664 673 和值17直选63注089 098 179 188 197 269 278 287 296 359 368 377 386 395 449 458 467 476 485 494 539 548 557 566 575 584 593 629 638 647 656 665 674 683 692 719 728 737 746 755682 691 709 718 727 736 745 754 763 772 781 790 808 817 826 835 844 853 862 871 880 907 916 925 934 943 952 961 970合并为组选共14注079 088 169 178 259 268 277 349 358 367 448 457 466 556 764 773 782 791 809 818 827 836 845 854 863 872 881 890 908 917 926 935 944 953 962 971 980合并为组选共13注089 179 188 269 278 359 368 377 449 458 467 557 566和值18直选55注099 189 198 279 288 297 369 378 387 396459 468 477 486 495 549 558 567 576 585594 639 648 657 666 675 684 693 729 738747 756 765 774 783 792 819 828 837 846855 864 873 882 891 909 918 927 936 945954 963 972 981 990合并为组选共12注099 189 279 288 369 378 459 468 477 558 567 666 和值19直选45注199 289 298 379 388 397 469 478 487 496 559 568 577 586 595 649 658 667 676 685 694 739 748 757 766 775 784 793 829 838 847 856 865 874 883 892 919 928 937 946 955 964 973 982 991合并为组选共10注：199 289 379 388 469 478 559 568 577 667和值20直选36注299 389 398 479 488 497 569 578 587 596659 668 677 686 695 749 758 767 776 785794 839 848 857 866 875 884 893 929 938947 956 965 974 983 992合并为组选共8注：299 389 479 488 569 578 668 677 和值21直选28注399 489 498 579 588 597 669 678 687 696759 768 777 786 795 849 858 867 876 885894 939 948 957 966 975 984 993合并为组选共7注：399 489 579 588 669 678 777和值22直选21注499 589 598 679 688 697 769 778 787 796 859 868 877 886 895 949 958 967 976 985 994合并为组选共5注：499 589 679 688 778 和值23直选15注599 689 698 779 788 797 869 878 887 896 959 968 977 986 995合并为组选共4注：599 689 779 788和值24直选10注：699 789 798 879 888 897 969 978 987 996 和值25直选6注：799 889 898 979 988 997 合并为组选共2注：799 889合并为组选共3注：699 789 888和值26直选3注：899 989 998 合并为组选共1注：899 和值27直选1注：999 合并为组选共1注。

机身号检索列表( 143P~151P )(1)

1
7957006
1
7957007
1
7957010
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7957019
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7957028
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B002294
1
B002295
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B002300
1
B002301
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B002302
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B002304
1
B002306
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B002307
1
B002308
(批报号关)名内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵内镜送水泵 OES维护保养装置高频电刀主机高频电刀主机高频电刀主机高频电刀主机图像处理器图像处理器图像处理器 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置 OES维护保养装置高频电刀主机高频电刀主机高频电刀主机高频电刀主机高频电刀主机高频电刀主机高频电刀主机高频电刀主机高频电刀主机
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CV-290
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CV-290
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CV-290
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CV-290
1
CV-290
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CV-290
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CV-290
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CV-290
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CV-290
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CV-290
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