Hitachi 393
Table 15.5
Control Signal Timing (Conditions: V
CC
= 5.0 V ±10%, Ta = -20 to +75°C)
(cont)
Item
Symbol Min
Max
Unit Figure
BREQ delay time 1 (PLL on)
t
BRQD1
—
1/2 tcyc +18 ns
15.12
BACK setup time 1 (PLL on)
t
BAKS1
1/2 tcyc + 9 —
ns
BACK hold time 1 (PLL on)
t
BAKH1
9 – 1/2 tcyc 28
ns
BREQ delay time 1 (PLL on, 1/4 cycle delay)
t
BRQD1
—
3/4 tcyc +18 ns
15.12
BACK setup time 1 (PLL on, 1/4 cycle delay)
t
BAKS1
1/4t cyc + 9 —
ns
BACK hold time 1 (PLL on, 1/4 cycle delay)
t
BAKH1
9 – 1/4 tcyc 28
ns
BREQ delay time 2 (PLL on)
t
BRQD2
—
28
ns
15.13
BACK setup time 2 (PLL on)
t
BAKS2
9
—
ns
BACK hold time 2 (PLL on)
t
BAKH2
19
—
ns
Bus tri-state delay time 1 (PLL on)
t
BOFF1
0
25
ns
15.10,
Bus buffer on time 1 (PLL on)
t
BON1
0
18
ns
15.12
Bus tri-state delay time 1 (PLL on, 1/4 cycle delay) t
BOFF1
1/4 tcyc
1/4 tcyc + 25 ns
15.10,
Bus buffer on time 1 (PLL on, 1/4 cycle delay)
t
BON1
1/4 tcyc
1/4 tcyc + 18 ns
15.12
Bus tri-state delay time 1 (PLL off)
t
BOFF1
0
30
ns
15.11,
Bus buffer on time 1 (PLL off)
t
BON1
0
25
ns
15.13
Bus tri-state delay time 2 (PLL on)
t
BOFF2
1/2 tcyc
1/2 tcyc + 25 ns
15.10,
Bus buffer on time 2 (PLL on)
t
BON2
1/2 tcyc
1/2 tcyc + 18 ns
15.12
Bus tri-state delay time 2 (PLL on, 1/4 cycle delay) t
BOFF2
3/4 tcyc
3/4 tcyc + 25 ns
15.10,
Bus buffer on time 2 (PLL on, 1/4 cycle delay)
t
BON2
3/4 tcyc
3/4 tcyc + 18 ns
15.12
Bus tri-state delay time 3 (PLL off)
t
BOFF3
0
30
ns
15.11,
Bus buffer on time 3 (PLL off)
t
BON3
0
25
ns
15.13
Содержание SH7095
Страница 1: ...SH7095 Hardware User Manual ...
Страница 16: ...Hitachi 5 1 2 Block Diagram Figure 1 1 is a block diagram of the SH7095 Figure 1 1 Block Diagram ...
Страница 23: ...12 Hitachi ...
Страница 63: ...52 Hitachi ...
Страница 77: ...66 Hitachi ...
Страница 105: ...94 Hitachi Figure 5 14 Pipeline Operation when Interrupts are Enabled by Changing the SR ...
Страница 127: ...116 Hitachi ...
Страница 152: ...Hitachi 141 Figure 7 8 Example of 32 Bit Data Width SRAM Connection ...
Страница 157: ...146 Hitachi Figure 7 13 Synchronous DRAM 32 bit Device Connection ...
Страница 161: ...150 Hitachi Figure 7 15 Basic Burst Read Timing Auto Precharge ...
Страница 167: ...156 Hitachi Figure 7 20 Burst Read Timing Bank Active Same Row Address ...
Страница 168: ...Hitachi 157 Figure 7 21 Burst Read Timing Bank Active Different Row Addresses ...
Страница 169: ...158 Hitachi Figure 7 22 Write Timing No Precharge ...
Страница 170: ...Hitachi 159 Figure 7 23 Write Timing Bank Active Same Row Address ...
Страница 178: ...Hitachi 167 a Phase Shifted 90 by PLL b Phase Shift Using PLL is 0 Figure 7 28 Phase Shift with the PLL ...
Страница 180: ...Hitachi 169 Figure 7 29 Example of a DRAM Connection 32 Bit Data Width ...
Страница 190: ...Hitachi 179 Figure 7 36 Example of Pseudo SRAM Connection 1 M pseudo SRAM ...
Страница 191: ...180 Hitachi Figure 7 37 Example of Pseudo SRAM Connection 4 M pseudo SRAM ...
Страница 209: ...198 Hitachi Figure 7 50 Master and Partial Share Master Connections ...
Страница 218: ...Hitachi 207 EX Instruction execution MA Memory Access WB Write back Figure 8 3 Reading during a Cache Hit ...
Страница 231: ...220 Hitachi ...
Страница 287: ...276 Hitachi ...
Страница 307: ...296 Hitachi Note For a CPU writing H AA55 to FRC Figure 11 2 FRC Access Operation Write ...
Страница 308: ...Hitachi 297 Note For an FRC reading from a CPU H AA55 Figure 11 3 FRC Access Operation Read ...
Страница 333: ...322 Hitachi ...
Страница 370: ...Hitachi 359 Figure 13 12 Sample Flowchart for Receiving Multiprocessor Serial Data ...
Страница 371: ...360 Hitachi Figure 13 12 Sample Flowchart for Receiving Multiprocessor Serial Data cont ...
Страница 395: ...384 Hitachi ...
Страница 402: ...Hitachi 391 Figure 15 6 PLL Synchronization Settling Timing ...
Страница 405: ...394 Hitachi Figure 15 7 Reset Input Timing Figure 15 8 Interrupt Signal Input Timing With PLL1 Off ...
Страница 408: ...Hitachi 397 Figure 15 13 Bus Release Timing Slave Mode With PLL1 Off ...
Страница 436: ...Hitachi 425 Figure 15 33 Synchronous DRAM Mode Register Write Cycle TRP 1 Cycle ...
Страница 437: ...426 Hitachi Figure 15 34 Synchronous DRAM Mode Register Write Cycle TRP 2 Cycles ...
Страница 439: ...428 Hitachi Figure 15 36 Synchronous DRAM Auto Refresh Cycle Shown From Precharge Cycle TRP 1 Cycle TRAS 2 Cycles ...
Страница 449: ...438 Hitachi Figure 15 46 DRAM CAS Before RAS Refresh Cycle TRP 1 Cycle TRAS 2 Cycles PLL On ...
Страница 454: ...Hitachi 443 Figure 15 51 DRAM CAS Before RAS Refresh Cycle TRP 1 Cycle TRAS 2 Cycles PLL Off ...
Страница 461: ...450 Hitachi Figure 15 58 Pseudo SRAM Auto Refresh Cycle PLL On TRP 1 Cycle TRAS 2 Cycles ...
Страница 462: ...Hitachi 451 Figure 15 59 Pseudo SRAM Self Refresh Cycle PLL On TRP 1 Cycle TRAS 2 Cycles ...
Страница 467: ...456 Hitachi Figure 15 64 Pseudo SRAM Auto Refresh Cycle PLL Off TRP 1 Cycle TRAS 2 Cycles ...
Страница 468: ...Hitachi 457 Figure 15 65 Pseudo SRAM Self Refresh Cycle PLL Off TRP 1 Cycle TRAS 2 Cycles ...
Страница 471: ...460 Hitachi Figure 15 68 Interrupt Vector Fetch Cycle PLL On No Waits ...
Страница 472: ...Hitachi 461 Figure 15 69 Interrupt Vector Fetch Cycle PLL Off No Waits ...
Страница 473: ...462 Hitachi Figure 15 70 Interrupt Vector Fetch Cycle 1 External Wait Cycle ...
Страница 474: ...Hitachi 463 Figure 15 71 Address Monitor Cycle ...
Страница 490: ...Hitachi 479 B 2 Register Chart ...