Renesas H8S/2655 Series Dokumentacja Strona 1

21-018FOctober 1999H8S and H8/300H16-Bit Microcontrollers

case of H8/300H clock gearingeffects the entire chip,so reductionwill be almost proportional,in case ofH8S clock gearing effects only busmasters (CPU,

9required. Hence,very low averagepower consumption can be achieved,even with a real time clock beingimplemented in software.• If no activity is requir

10Trap instructionexceptions (TRAPA)These exceptions start when a TRAPAinstruction is executed in programexecution state. The TRAPA instructionhas fou

11MemoryFLASHA traditional strength of Hitachi’smicrocontrollers are the large integratedmemories and the advanced memorytechnology.Already for many y

12As one of the key reasons for using theH8S and H8/300H is the 16MByteslinear address space, it will often be usedin a system with a large amount ofe

13Improved readaccess timingIn order to give external devices amaximum of time to drive the requireddata onto the bus,the read access edgethat latches

14Direct Memory AccessController (DMAC) In a system with a high performanceCPU and with large memory, a DirectMemory Access Controller willsignificantl

15Data Transfer Controller (DTC)Analysis of many applications that use aDMAC has shown that a substantial partof these applications do not require the

16TimerOne of the most important peripheralson any microcontroller is the timer unit.Timers have many uses in electronicsystems. They trigger the tas

17• Timer SynchronisationTo allow timer channels in the ITUto be used in synchronisation, it ispossible to set up two or more timersso that they are s

18Modified ITU onH8/306x, H8/3006and H8/3007The ITU on H8/306x,H8/3006 andH8/3007 are modified to be moreflexible. Channels 3 and 4 can be splitinto 4 t

19“mishap’in the system (such as a noiseinduced software crash) is rectified asquickly as possible.The principle behind a watchdog timeris very simple

20between new patterns being output toallow acceleration and deceleration of themotor as shown by the velocity profile.When the TPC,ITU and DMAC arewor

21Serial Communications Interface (SCI)20MHz for H8/300H and over 4Mbit/sat 25MHz for H8S.The H8S and the H8/300H serial portsalso support multiproces

22Memory Type and SizeH ROM-LESS or pseudo ROM-LESS(*) H Mask-ROM H OTP and Mask H Flash and Mask (H8S/2623,33 Flash only)(UD) Under Development

H8/3001 H8/3002 H8/3003 H8/3004,5 H8/3006,7 H8/3020,1,2 (UD)-----128,192,256k512 512 512 2,4k 2,4k 4,4,8k-----HD64F30224.5-5.5/16 4.5-5.5/16 4.5-5.5/1

H8/3030,1,2 H8/3033,4,5 H8/3036,7,8,9 H8/3040,1,2 H8/3044,5,7,8 H8/3052 (UD) H8/3060,1,2 H8/3065,6,7 H8S/2120,2,3,4,6,7,8**16,32,64k 128,192,256k 16,3

H8S/2130,2,3,4,7,8** H8S/2142,3,4,7,8** H8S/2223,5,7 H8S/2233,5,7 H8S/2238 H8S/2240,1,2,3,4,5,6 H8S/2310,2 H8S/2322,3,7,8 H8S/2340,1,3,5 H8Sk 32,64,96

S/2350,1 H8S/2353,5 H8S/2352,7 H8S/2623, H8S/2626 H8S/2633** H8S/2653,50,64k 64,128k 0,128k 256k 256k 64,128k2k 2,4k 8k 12k 16k 4k- HD6472355 HD647235

27In BriefH8S & CAN derivativesIn this brochure an overview is given asto why H8S and H8/300H give you thetechnical benefits that are demanded byto

1INDEXNotes1. This document may,wholly or partially,be subject to change without notice.2. All rights are reserved: No one is permitted to reproduce

28Smart card interface mode (SIM)In this mode the SCI conforms to a sub-set ISO7816-3. This standard is used tocommunicate with so called smart cards,

29Analogue to Digital Converter (ADC)In many microcontroller based systems,some way of measuring analogueelectrical values is necessary. With this inm

Controller Area Network CAN30The HCAN module (Hitachi CAN)*complies to version 2.0B (Full CAN) asdefined by Bosch.Additionally, anindependent institute

31H8/3039P77/AN7P76/AN6P75/AN5P74/AN4P73/AN3P72/AN2P71/AN1P70/AN0AVCCAVSSPA7/TP7/TIOCB2/A20PA6/TP6/TIOCA2/A21PA5/TP5/TIOCB1/A22PA4/TP4/TIOCA1/A23PA3/T

H8S/2000 CPUWDT0, WDT1ROMRAMP17/A7P16/A6P15/A5P14/A4P13/A3P12/A2P11/A1P10/A0P27/A15P26/A14P25/A13P24/A12P23/A11P22/A10P21/A9P20/A8PA7/A23/KIN15/CIN15P

PE7/D7PE6/D6PE5/D5PE4/D4PE3/D3PE2/D2PE1/D1PE0/D0Internal data busPD7/D15PD6/D14PD5/D13PD4/D12PD3/D11PD2/D10PD1/D9PD0/D8CVCCVCCVSSVSSPA3/A19/SCK2PA2/A1

PE7/D7PE6/D6PE5/D5PE4/D4PE3/D3PE2/D2PE1/D1PE0/D0PD7/D15PD6/D14PD5/D13PD4/D12PD3/D11PD2/D10PD1/D9PD0/D8Port DVCCVCCVCCVSSVSSVSSVSSVSSVSSPC7/A7PC6/A6PC5

PE7/D7PE6/D6PE5/D5PE4/D4PE3/D3PE2/D2PE1/D1PE0/D0PD7/D15PD6/D14PD5/D13PD4/D12PD3/D11PD2/D10PD1/D9PD0/D8Port DVCCVCCVCCVCCVCCVSSVSSVSSVSSVSSVSSVSSVSSPor

Internal data busPeripheral data busPeripheral address busPD7/D15PD6/D14PD5/D13PD4/D12PD3/D11PD2/D10PD1/D9PD0/D8Port DPE7/D7PE6/D6PE5/D5PE4/D4PE3/D3PE

37Ordering InformationThe following tables show the available derivatives for each series within the H8/300H and H8S families.To build the actual part

2Welcome Tocustomers, H8/300H is an excellentexample where this policy has workedfor our customers and Hitachi.In continuation of this policy H8S isHi

38H8/3048 (OTP)Body Package suffix Package/Voltage/Temp. available clockHD6473048S F FP-100B/5V 16TF TFP-100B/5V 16VF FP-100B/low 8,13VTF TFP-100B/low

39H8S/2355 (OTP)Body Package/clock suffix Package/Voltage/Temp.HD6472355 F20 FP-128/5VTE20 TFP-120/5VF10 FP-128/lowTE10 TFP-120/lowF20I FP-128/5V/-40°

40Ordering Information and PackagesNaming rule forH8/300H mask ROMpartsHD643 + device body+ revision +code/speed + ROM code + package+ temperaturedevi

41Packages0.13 M0° – 10°0.32 ± 0.080.17 ± 0.053.10 Max1.2 ± 0.224.8 ± 0.4 20 805150313011008118.8 ± 0.4 140.150.652.702.40.20+0.10–0.200.58 0.830.30 ±

4216.0 ± 0.2140.070.100.5 ± 0.116.0 ± 0.20.40.10 ± 0.101.20 Max0.17 ± 0.050° – 8°90 61130911203160M0.17 ± 0.051.01.001.20.15 ± 0.040.15 ± 0.04Unit: mm

43Tools*• evaluation board in a metal case (CEmarked), containing H8/H8Smicrocontroller, external SRAM, 2serial ports, LED’s, RESET and NMIpush button

H8/300H H8/3001 FP-80A1 PHB300HQ80A1TFP-80C1 PHB300HT80C1H8/3030,1,2,3,4,5 FP-80A2 PHB300HQ80A2TFP-80C2 PHB300HT80C2H8/3004,5 FP-80A3 PHB300HQ80A3TFP-

45MakeAppMakeApp is a visual development tool,which automatically creates device dri-vers for all the on-chip peripherals. Itprovides a point and clic

46Third PartyOperating SystemsThird party operating systems that sup-port H8/300H and H8S are availablefrom ATI and TECSI. Both companiesoffer modern

47Related Literature /Internet / CD-ROMShortforms for Hitachi Microcontroller Literature no.‘H8/300 & H8/300L’ 21-017Hitachi’s single chip,low pow

3The European electronics industrydemands full service and support.Hitachi,responded by setting up aEuropean engineering and tool designsubsidiary 12

Application Notes No. DMA request and Transfer time on H8/300H Apps/012/1.0Interfacing various bit-size DRAMS to the H8/300H Apps/013/1.0Add. the da

http://www.hitachi-eu.com/hel/ecg/Hitachi Europe LtdElectronic Components Group(Northern Europe)Headquarters:Whitebrook Park, Lower Cookham Road,Maide

4Performance/ Memory/ IntegrationPerformance/ Memory/ IntegrationH8S+CAN (F)*512Byte RAM80, 100, 112 pin16MHz at 5VH8/3001, 2, 3 series2K RAM80, 100 p

5CPUAll H8 share a common CPUarchitecture, a general purpose registerarchitecture that allows efficientexecution of software written in C andproduces d

6Instruction SetH8/300H has an instruction set whichsuits the combined needs of HLLprogramming and embedded applications.It comprises of 62 instructio

7AddressingTo support large memory systems,thelinear address space of the H8/300H andthe H8S CPU core allows direct accessto every address in the whol