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HD6417750SBP200 参数 Datasheet PDF下载

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型号: HD6417750SBP200
PDF下载: 下载PDF文件 查看货源
内容描述: 的SuperH RISC引擎 [SuperH RISC engine]
分类和应用: 外围集成电路时钟
文件页数/大小: 1039 页 / 6201 K
品牌: RENESAS [ RENESAS TECHNOLOGY CORP ]
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Figure 11.4  
Figure 11.5  
Figure 12.1  
Figure 12.2  
Figure 12.3  
Figure 12.4  
Figure 12.5  
Figure 12.6  
Figure 12.7  
Figure 13.1  
Figure 13.2  
Example of Use of Alarm Function.................................................................. 288  
Example of Crystal Oscillator Circuit Connection........................................... 290  
Block Diagram of TMU ................................................................................... 292  
Example of Count Operation Setting Procedure .............................................. 305  
TCNT Auto-Reload Operation......................................................................... 305  
Count Timing when Operating on Internal Clock............................................ 306  
Count Timing when Operating on External Clock........................................... 306  
Count Timing when Operating on On-Chip RTC Output Clock...................... 307  
Operation Timing when Using Input Capture Function................................... 308  
Block Diagram of BSC..................................................................................... 313  
Correspondence between Virtual Address Space and External Memory  
Space ................................................................................................................ 319  
External Memory Space Allocation ................................................................. 321  
Example of 5'< Sampling Timing at which BCR4 is Set  
Figure 13.3  
Figure 13.4  
(Two Wait Cycles are Inserted by WCR2)....................................................... 338  
Writing to RTCSR, RTCNT, RTCOR, and RFCR........................................... 370  
Basic Timing of SRAM Interface..................................................................... 388  
Example of 64-Bit Data Width SRAM Connection ......................................... 389  
Example of 32-Bit Data Width SRAM Connection ......................................... 390  
Example of 16-Bit Data Width SRAM Connection ......................................... 391  
Example of 8-Bit Data Width SRAM Connection ........................................... 392  
SRAM Interface Wait Timing (Software Wait Only) ...................................... 393  
SRAM Interface Wait State Timing (Wait State Insertion by 5'< Signal) .... 394  
SRAM Interface Read-Strobe Negate Timing (AnS = 1, AnW = 4, AnH = 2) 395  
Example of DRAM Connection (64-Bit Data Width, Area 3) ......................... 396  
Example of DRAM Connection (32-Bit Data Width, Area 3) ......................... 397  
Example of DRAM Connection (16-Bit Data Width, Areas 2 and 3).............. 398  
Basic DRAM Access Timing........................................................................... 400  
DRAM Wait State Timing ............................................................................... 401  
DRAM Burst Access Timing ........................................................................... 402  
DRAM Bus Cycle (EDO Mode, RCD = 0, AnW = 0, TPC = 1)...................... 403  
Burst Access Timing in DRAM EDO Mode.................................................... 404  
Figure 13.5  
Figure 13.6  
Figure 13.7  
Figure 13.8  
Figure 13.9  
Figure 13.10  
Figure 13.11  
Figure 13.12  
Figure 13.13  
Figure 13.14  
Figure 13.15  
Figure 13.16  
Figure 13.17  
Figure 13.18  
Figure 13.19  
Figure 13.20  
Figure 13.21  
Figure 13.22 (1) DRAM Burst Bus Cycle, RAS Down Mode Start  
(Fast Page Mode, RCD = 0, AnW = 0) ............................................................ 405  
Figure 13.22 (2) DRAM Burst Bus Cycle, RAS Down Mode Continuation  
(Fast Page Mode, RCD = 0, AnW = 0) ............................................................ 406  
Figure 13.22 (3) DRAM Burst Bus Cycle, RAS Down Mode Start  
(EDO Mode, RCD = 0, AnW = 0) ................................................................... 407  
Figure 13.22 (4) DRAM Burst Bus Cycle, RAS Down Mode Continuation  
(EDO Mode, RCD = 0, AnW = 0) ................................................................... 408  
Figure 13.23  
Figure 13.24  
Figure 13.25  
CAS-Before-RAS Refresh Operation............................................................... 409  
DRAM CAS-Before-RAS Refresh Cycle Timing (TRAS = 0, TRC = 1)........ 410  
DRAM Self-Refresh Cycle Timing.................................................................. 412  
Rev. 6.0, 07/02, page xxxvi of I  
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