RJJ06B1099-0001 Rev.0.01 (BSC) SH7730 1.... 2 2.... 3 3.... 20 RJJ06B1099-0001 Rev.0.01 Page 1 of 20
1. 1.1 64M (8M 8 / 4M 16 ) 16 (BSC) / 1.2 (BSC) 1.3 : SH7730 (R8A77301) : 64M : R1WV6416R (8M 8 / 4M 16 ) CPU : 266.66 MHz SuperHyway : 133.33 MHz : 66.66 MHz : 33.33 MHz 5B : 16 (MD3 = Low ) : 2 (MD0 = Low MD1 = High ) : (MD5 = Low ) : SuperH RISC engine Standard Toolchain Ver.9.3.0.0 : High-performance Embedded Workshop (-cpu=sh4a -include="$(projdir) inc" -object="$(configdir) $(FILELEAF).obj" -debug -optimize=0 -gbr=auto -chgincpath -errorpath -global_volatile=0 -opt_range=all -infinite_loop=0 -del_vacant_loop=0 -struct_alloc=1 -nologo) 1.4 (RJJ06B0864) RJJ06B1099-0001 Rev.0.01 Page 2 of 20
2. 2.1 (BSC) 1 R1WV6416R ( ) 1 ( ) R1WV6416R 64M (8M 8 / 4M 16 ) 1 : 70ns ( ) 8 /16 1 4M 16 CS 32 M H'1600 0000 H'167F FFFF H' 1600 0000 H' 167F FFFF 64M (4M 16 :1 ) H' 0000 0000 H' 0400 0000 (29 ) 1 0 (CS0) 64M 1 ( I/O) 64M H' 0800 0000 2 (CS2) 64M H' 0C00 0000 H' 1000 0000 3 (CS3) 64M 4 (CS4) 64M H' 17FF FFFF 32M H' 1400 0000 H' 1800 0000 H' 1A00 0000 H' 1C00 0000 5A (CS5A) 32M 5B () 32M 6A (CS6A) 32M 6B (CS6B) 32M 7 ( ) 64M 512M (384M ) 1 (4Mx16 ) RJJ06B1099-0001 Rev.0.01 Page 3 of 20
(MMU) (RJJ09B0339) (BSC) (MMU) 2 16 16 BYTE# High SH7730 16 BCR BSZ[1:0] = "B'10" IC SH7730 RESETP CS2 CS2 High CS2 (Low ) (High ) SH7730 PTT4/A22 PTT1/A19 A18 A1 MD3 WE1 D15 D8 WE0 D7 D0 RESETP 3.3V GND 8 8 : (Axx) 4 3.3V 18 3.3V 3.3V 3.3V : 64M(4M 16 )1 3.3V 2 64M (4M 16 ) R1WV6416R A21 A18 A17 A0 CS1# WE# OE# BYTE# UB# DQ15 DQ8 LB# DQ7 DQ0 CS2 Vcc Vss 3.3V GND 2 A19 A22 (PFC) 2 SH7730 PTT4/A22 PTT1/A19 A22 A19 A18 A1 A18 A1 D15 D8 D15 D8 D7 D0 D7 D0 / WE0 WE0 WE1 WE1 RJJ06B1099-0001 Rev.0.01 Page 4 of 20
2.2 2.2.1 CS1# Low CS2 High WE# Low LB# UB# Low ( : twp ) CS1# Low CS2 High WE# Low LB# UB# Low CS1# High CS2 Low WE# High LB# UB# High twp twp 3 (1) WE# CLOCK: WE# (2) LB#,UB# CLOCK: LB#,UB# (3) CS1#,CS2 CLOCK: CS1#,CS2 3 SH7730 WCR WE# BAS = 1 WE# CLOCK WE0 LB# WE1 UB# BAS = 0 LB# UB# CLOCK CS1# Low RESETP CS2 IC PTT4/A22 PTT1/A19 A21 A18 SH7730(A22) (A21) A18 A1 A17 A0 SH7730(A1) (A0) D15 D8 DQ15 DQ8 SH7730(D8) (DQ8) D7 D0 DQ7 DQ0 SH7730(D0) (DQ0) OE# SH7730 (BCR) TYPE[3:0] = B'0011 ( ) (WCR) BAS = 1 SH7730 WE# CLOCK (BCR) TYPE[3:0] = B'0011( ) (WCR) BAS = 0 SH7730 LB#,UB# CLOCK SH7730 CS1#,CS2 CLOCK RJJ06B1099-0001 Rev.0.01 Page 5 of 20
2.2.2 3 WE# CLOCK (BAS = 1) 4 LB#,UB# CLOCK (BAS = 0) (RJJ09B0339) (BSC) 3 3 4 4 1 (WE# CLOCK BAS = 1) (BCR) (WCR) H'FEC1 0018 H'2492 3400 - / - IWW[2:0] = "B'010": 2 - IWRWD[2:0] = "B'010": 2 - IWRWS[2:0] = "B'010": 2 - IWR[2:0] = "B'010": 2 - IWRRS[2:0] = "B'010": 2 TYPE[3:0] = "B'0011": BSZ[1:0] = "B'10": 16 H'FEC1 0038 H'0010 0AC1 BAS = 1: WW[2:0] = "B'000": WR[3:0] SW[1:0] = "B'01": 1.5 WR[3:0] = "B'0101": 5 WM = 1: HW[1:0] = "B'01": 1.5 RJJ06B1099-0001 Rev.0.01 Page 6 of 20
5 2 (LB#,UB# CLOCK BAS = 0) (BCR) (WCR) H'FEC1 0018 H'2492 3400 - / - IWW[2:0] = "B'010": 2 - IWRWD[2:0] = "B'010": 2 - IWRWS[2:0] = "B'010": 2 - IWR[2:0] = "B'010": 2 - IWRRS[2:0] = "B'010": 2 TYPE[3:0] = "B'0011": BSZ[1:0] = "B'10": 16 H'FEC1 0038 H'0000 0AC1 BAS = 0: WW[2:0] = "B'000": WR[3:0] SW[1:0] = "B'01": 1.5 WR[3:0] = "B'0101": 5 WM = 1: HW[1:0] = "B'01": 1.5 RJJ06B1099-0001 Rev.0.01 Page 7 of 20
START (PFC) * PTCR *) (BCR) (WCR) BCR - / - - - WCR END 3 ( ) RJJ06B1099-0001 Rev.0.01 Page 8 of 20
2.3 (R1WV6416R) 66.66 MHz (tcyc = 15 ns) SH7730 R1WV6416R AC Th Tf (WCR) SW[1:0]: (Th) HW[1:0]: (Tf) 0.5 1.5 2.5 3.5 SH7730 AC 4 Th Tf SW HW 0.5 Th Tf (SW or HW 0.5) (SW=HW=0.5cyc) T1 T2 HW=0.5cyc SW=0.5cyc (SW=HW=1.5cyc) Th T1 T2 Tf HW=1.5cyc (SW=HW=3.5cyc) SW=1.5cyc Th1 Th2 Th3 T1 T2 Tf1 Tf2 Tf3 HW=3.5cyc SW=3.5cyc 4 RJJ06B1099-0001 Rev.0.01 Page 9 of 20
2.3.1 1 (WE# CLOCK BAS = 1) WE# (WE# CLOCK) LB#,UB# (LB#,UB# CLOCK) WE# (WE# CLOCK) WE# (WE# CLOCK) WCR /BAS = 1 1. T1 T2 (Tw) ( 5 (Tw = 5) ) ( T1 = T2 = 1) A. trc ( ) trc() (Th + T1 + Tw + T2 + Tf) tcyc ()* 1 + ()* 2... ( 5) taa ( ) taa() (Th + T1 + Tw + T2) tcyc () ts1()... ( 5) tacs1 ( 1 ) tacs1() (Th + T1 + Tw + T2) tcyc () ts1()... ( 5) tba (LB#,UB# ) tba() (Th + T1 + Tw + T2) tcyc () ts1()... ( 5) toe ( ) toe() (T1 + Tw + T2) tcyc () ts1()... ( 5) B. twc ( ) twc() (Th + T1 + Tw + T2 + Tf) tcyc ()* 1 + ()* 2... ( 6) taw (WE# ) taw() (Th + T1 + Tw + T2 ) tcyc () + ()... ( 6) tcw ( 1 ) tcw() (Th + T1 + Tw + T2 ) tcyc () + ()... ( 6) tbw (LB#,UB#) tbw() (Th + T1 + Tw + T2 ) tcyc () + ()... ( 6) twp ( ) twp() (Tw + T2) tcyc () + ()... ( 6) tdw ( ) tdw() (Th + T1 + Tw + T2) tcyc twdd1() + ()... ( 6) tdh ( ) tdh () Tf tcyc () + twdh1()... ( 6) RJJ06B1099-0001 Rev.0.01 Page 10 of 20
2. CS A. (Th) tas () Th = 1.0 tas () tas() (Th + T1) tcyc () + ()... ( 6) B. (Tf) twr ( ) Tf = 1.0 twr ( ) twr() Tf tcyc () + ()... ( 6) 3. tohz ( ) (- / -- - - - 2 (Taw = 2) ) * 3 tohz ( ) tohz() (T2 + Tf + Taw) tcyc ()* 4... ( 8) 1. () () 2. () () 3. 2 4. / High Z (T2 + Tf + Taw) tcyc () tohz() RJJ06B1099-0001 Rev.0.01 Page 11 of 20
Th T1 Tw1 Tw2 Tw3 Tw4 Tw5 T2 Tf trc taa tacs1 1 tba 13 1/2tcyc 1/2tcyc+13 toe tohz th1 ts1 txx 1/2tcyc+10 : (R1WV6416R) AC 5 (BAS = 1) Th T1 Tw1 Tw2 Tw3 Tw4 Tw5 T2 Tf twc tas taw twr tcw tbw twp twdd1 High tdw tdh twdh1 13 txx : (R1WV6416R) AC 6 (BAS = 1) RJJ06B1099-0001 Rev.0.01 Page 12 of 20
T2 Tf Taw1 Taw2 Th T1 Tw1 twr tas High tdh twdh1 twdd1 txx : (R1WV6416R) AC 7 - (BAS = 1) T2 Read cycle Tf Taw1 Taw2 Th T1 Tw1 Write cycle tas 1/2tcyc 1/2tcyc+13 th1 ts1 tohz twdd1 13 1/2tcyc+10 txx : (R1WV6416R) AC 8 - (BAS = 1) RJJ06B1099-0001 Rev.0.01 Page 13 of 20
T2 Write cycle Tf Taw1 Taw2 Th T1 Tw1 Read cycle twr tdh twdh1 1 txx : (M5M5W817) AC tclz1 tblz 1/2tcyc 1/2tcyc+13 tolz 9 - (BAS = 1) T2 Tf Taw1 Taw2 Th T1 Tw1 tclz1 tblz High 1/2tcyc 1/2tcyc+13 th1 ts1 tohz tolz 1/2tcyc+10 txx : (R1WV6416R) AC 10 - (BAS = 1) RJJ06B1099-0001 Rev.0.01 Page 14 of 20
2.3.2 2 (LB#,UB# CLOCK BAS = 0) LB#,UB# (LB#,UB# CLOCK) LB#,UB# (LB#,UB# CLOCK) WCR /BAS = 0 1. T1 T2 (Tw) ( 5 (Tw = 5) ) ( T1 = T2 = 1) A. trc ( ) trc() (Th + T1 + Tw + T2 + Tf) tcyc ()* 1 + ()* 2... ( 11) taa ( ) taa () (Th + T1 + Tw + T2) tcyc () ts1()... ( 11) tacs1 ( 1 ) tacs1() (Th + T1 + Tw + T2) tcyc () ts1()... ( 11) tba (LB#,UB# ) tba() (T1 + Tw + T2) tcyc () ts1()... ( 11) toe ( ) toe() (T1 + Tw + T2) tcyc () ts1()... ( 11) B. twc ( ) twc() (Th + T1 + Tw + T2 + Tf) tcyc ()* 1 + ()* 2... ( 12) taw (WE# ) taw() (Th + T1 + Tw ) tcyc () + ()... ( 12) tcw ( 1 ) tcw() (Th + T1 + Tw ) tcyc () + ()... ( 12) tbw (LB#,UB#) tbw() (T1 + Tw ) tcyc () + ()... ( 12) twp ( ) twp() (T1 + Tw ) tcyc () + ()... ( 12) tdw ( ) tdw() (Th + T1 + Tw ) tcyc twdd1() + ()... ( 12) tdh ( ) tdh () (T2 + Tf ) tcyc () + twdh1()... ( 12) RJJ06B1099-0001 Rev.0.01 Page 15 of 20
2. CS A. (Th) tas () Th = 1.0 tas () tas() Th tcyc () + ()... ( 12) B. (Tf) twr ( ) Tf = 1.0 twr ( ) twr() (T2 + Tf ) tcyc () + ()... ( 12) 3. tohz ( ) * 3 tbhz (LB#,UB# ) * 3 (- / -- - - - 2 (Taw = 2) ) * 4 tohz ( ) tohz() (T2 + Tf + Taw) tcyc ()* 5... ( 14) tbhz (LB#,UB# ) tbhz() (T2 + Tf + Taw) tcyc ()* 5... ( 14) 1. () () 2. () () 3. LB#,UB# 4 2 5. High Z (T2 + Tf + Taw) tcyc () tohz() (T2 + Tf + Taw) tcyc () tbhz() RJJ06B1099-0001 Rev.0.01 Page 16 of 20
Th T1 Tw1 Tw2 Tw3 Tw4 Tw5 T2 Tf trc taa tacs1 1/2tcyc 1/2tcyc+13 tba tbhz 1/2tcyc 1/2tcyc+13 toe tohz th1 ts1 1/2tcyc+10 txx : (R1WV6416R) AC 11 (BAS = 0) Th T1 Tw1 Tw2 Tw3 Tw4 Tw5 T2 Tf twc tas taw twr tcw tbw 1/2tcyc 1/2tcyc+13 twp High tdw tdh twdd1 13 twdh1 txx : (R1WV6416R) AC 12 (BAS = 0) RJJ06B1099-0001 Rev.0.01 Page 17 of 20
T2 Write cycle Tf Taw1 Taw2 Th T1 Tw1 Write cycle twr tas 1/2tcyc 1/2tcyc+13 High tdh twdh1 twdd1 txx : (R1WV6416R) AC 13 - (BAS = 0) T2 Read cycle Tf Taw1 Taw2 Th T1 Tw1 Write cycle tas 1/2tcyc 1/2tcyc+13 tbhz 1/2tcyc 1/2tcyc+13 th1 ts1 tohz twdd1 13 1/2tcyc+10 txx : (R1WV6416R) AC 14 - (BAS = 0) RJJ06B1099-0001 Rev.0.01 Page 18 of 20
T2 Write cycle Tf Taw1 Taw2 Th T1 Tw1 Read cycle twr 1/2tcyc 1/2tcyc+13 tdh twdh1 1 txx : (R1WV6416R) AC tclz1 1/2tcyc tblz 1/2tcyc+13 tolz 15 - (BAS = 0) T2 Read cycle Tf Taw1 Taw2 Th T1 Tw1 Read cycle tclz1 1/2tcyc 1/2tcyc+13 High tbhz tblz 1/2tcyc 1/2tcyc+13 th1 ts1 tohz tolz 1/2tcyc+10 txx : (R1WV6416R) AC 16 - (BAS = 0) RJJ06B1099-0001 Rev.0.01 Page 19 of 20
3. SH-4A (RJJ09B0090) ( ) (RJJ09B0339) ( ) http://japan.renesas.com/ http://japan.renesas.com/inquiry RJJ06B1099-0001 Rev.0.01 Page 20 of 20
Rev. 1.00 A-1
1. CMOS LSILSI 2. LSI 3. 4. 5.
1. 2. 3. 4. 5. 6. 7. OA AV 8. 9. 10. RoHS 11. 12. 1. 2. 1 http://www.renesas.com 100-00042-6-2 (03)5201-5307 http://japan.renesas.com/inquiry 2010 Renesas Electronics Corporation. All rights reserved. Colophon 1.0