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FT2232H_10 参数 Datasheet PDF下载

FT2232H_10图片预览
型号: FT2232H_10
PDF下载: 下载PDF文件 查看货源
内容描述: 双高速USB TO多用途UART / FIFO IC [DUAL HIGH SPEED USB TO MULTIPURPOSE UART/FIFO IC]
分类和应用: 先进先出芯片
文件页数/大小: 63 页 / 1469 K
品牌: FTDI [ FUTURE TECHNOLOGY DEVICES INTERNATIONAL LTD. ]
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Document No.: FT_000061  
FT2232H DUAL HIGH SPEED USB TO MULTIPURPOSE UART/FIFO IC  
Datasheet Version 2.09  
Clearance No.: FTDI#77  
Figure 4.3 Dual RS485 Configuration............................................................................................. 23  
Figure 4.4 FT245 Synchronous FIFO Interface Signal Waveforms...................................................... 24  
Figure 4.5 FT245 asynchronous FIFO Interface READ Signal Waveforms............................................ 26  
Figure 4.6 FT245 asynchronous FIFO Interface WRITE Signal Waveforms .......................................... 26  
Figure 4.7 MPSSE Signal Waveforms............................................................................................. 28  
Figure 4.8 Adaptive Clocking Interconnect ..................................................................................... 29  
Figure 4.9: Adaptive Clocking waveform........................................................................................ 29  
Figure 4.10 MCU Host Bus Emulation Mode Signal Waveforms write cycle ....................................... 31  
Figure 4.11 MCU Host Bus Emulation Mode Signal Waveforms read cycle........................................ 32  
Figure 4.12 MCU Host Emulation Example using a CANBus Controller................................................ 33  
Figure 4.13 Fast Opto-Isolated Serial Interface Signal Waveforms .................................................... 34  
Figure 4.14 Fast Opto-Isolated Serial Interface Output Data ............................................................ 35  
Figure 4.15 Fast Opto-Isolated Serial Interface Input Data............................................................... 35  
Figure 4.16 Fast Opto-Isolated Serial Interface Example.................................................................. 36  
Figure 4.17 CPU-Style FIFO Interface Operation Signal Waveforms. .................................................. 37  
Figure 4.18 CPU-Style FIFO Interface Example ............................................................................... 38  
Figure 4.19 Synchronous Bit-Bang Mode Timing Interface Example................................................... 40  
Figure 4.20 Bit-bang Mode Dataflow Illustration Diagram................................................................. 40  
Figure 4.21 Dual LED UART Configuration...................................................................................... 41  
Figure 4.22 Single LED UART Configuration.................................................................................... 41  
Figure 4.23: Using SIWU#........................................................................................................... 42  
Figure 6.1 Bus Powered Configuration Example 1............................................................................ 48  
Figure 6.2 Bus Powered Configuration Example 2............................................................................ 49  
Figure 6.3 Self Powered Configuration Example 1 ........................................................................... 50  
Figure 6.4 Self Powered Configuration Example 2 ........................................................................... 51  
Figure 6.5 Recommended FT2232H Crystal Oscillator Configuration. ................................................. 52  
Figure 8.1 64 pin QFN Package Details .......................................................................................... 55  
Figure 8.2 64 pin LQFP Package Details ......................................................................................... 56  
Figure 8.3 64 pin LQFP and QFN Reflow Solder Profile ..................................................................... 58  
Copyright © 2010 Future Technology Devices International Limited  
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