Renesas SKP36912G Manuel utilisateur
1
TABLE OF CONTENTS
1.0 INTRODUCTION....................................................................................................2
2.0 KIT CONTENTS......................................................................................................3
2.1 36912G Sta te Kit Plus (SKP) P oduct List.............................. ...................……..3
3.0 SYSTEM REQUIREMENT.....................................................................................3
3.1 Host Compute Requi ements................................................................................3
3.2 SKP36912G Boa d................................................................................................3
3.3 Development Tools...............................................................................................4
3.4 Powe Supply........................................................................................................4
3.5 Softwa e Tools…………………….…………………………………………….…….4
4.0 HARDWARE..................................................................................................…......5
4.1 SKP36912G Boa d.................................................................................…….........5
5.0 SPECIFICATIONS............................................................................……………...5
5.1 Gene al...............................................................................................………….5
5.2 RS-232 Communications.....................................................................………...5
5.3 I2C Communications...............................................................................….…...5
5.4 Powe ..............................................................................................…………….6
5.5 Low Voltage Detection........................................................................................6
6.0 SKP Functional Blocks............................................................................………......6
7.0 PRINCIPLES OF OPERATION......................................................……………….7
7.1 H8/36912F Mic ocont olle ……….............................................……………...7
7.2 Exte nal Low Voltage Detection…………….............................……………….7
7.3 CLOCK CIRCUITRY..........................................................………………….7
7.4 RESET CIRCUITRY..........................................................…………………..8
7.5 NMI CIRCUITRY..........................................................……………………..8
7.6 I2C INTERFACING..........................................................…………………...8
7.7 RAM AND FLASH ROM..........................................................……………...8
7.8 SERIAL INTERFACE..........................................................…………………8
7.9 LEDS and DIP Switches..........................................................………………..8
7.10 EXTERNAL USER INTERFACE.........................................................……..10
8.0 DIP SWITCH & JUMPERS..........................................................………………....10
9.0 APPENDIX..........................................................…………… ........………………12
9.1 BOARD LAYOUT….......................................................…………………12
9.2 EDGE CONNECTOR CN2 PIN OUT................................……………….13
9.3 H8/36912F MEMORY MAP...............................................………..……...14
9.4 SKP36912G SCHEMATICS...............................................……………….15
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1.0 INTRODUCTION
The H8/36912F Sta te Kit Plus (SKP) is a compact system to evaluate MCU
pe fo mance fo the Renesas H8/300H µTINY family of mic o cont olle s.
The kit also includes sample code, documentation and tuto ial to jumpsta t development.
It inco po ates a p og amming system fo the H8/36912F on-chip FLASH device. It
contains a SOP-32 package H8/36912F mic ocompute on the boa d.
The H8/36912F SKP boa d adopts the common Hitachi Embedded Wo kshop (HEW)
ve sion 3.0 that also contains a pu e debugge as the use inte face.
The diag am below shows the H8/36912F SKP Boa d:
SKP36912G EVALUATION BOARD
The diag am below shows the physical layout of the SKP: -
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2.0 Kit Contents
This section desc ibes the contents of the 36912G Sta te Kit Plus (SKP) p oduct
package.
When unpacking you kit, please check to see that all p oducts listed below a e included.
2.1 36912G Starter Kit P us (SKP) Product List
Table 2-1 lists the p oducts included in the kit.
Tab e 2-1 SKP36912G Product List
Product Name Qty Remark
Product Name
Qty
Remark
SKP36912G Board 1 H8/36912F Target Board
DC jack Ma e 1 Jack to connect to power supp y
12mm PCB Spacers 4 PCB spacers to give ba ance height for board
CD-ROM 1 a) Manua s –
Quick Start Guide
User Manua
App ication Notes
b) H8/36912F Hardware Manua
c) E7 Emu ator User manua
d) E7 Emu ator connectivity for H8/36912F
manua
e) HEW 3.0 User manua
f) Samp e Programs
g) SKP36912G schematic diagram
3.0 System Requi ement
The following lists the ha dwa e and softwa e p oducts equi ed fo using the
SKP36912G.
• Host Compute with available USB po t
• SKP36912G Boa d
• E7 Emulato
• DC Powe Supply of 5V ~ 12V
• Softwa e Tools (HEW 3.0)
3.1 Host Computer Requirements
The minimum equi ement to be able to use the softwa e that comes with the kit is a PC
with an available USB po t and Mic osoft Windows 98, ME, 2000, o XP ope ating
system.
3.2 SKP36912G Board
The SKP36912G boa d p ovides a compact evaluation and development envi onment fo
the H8/36912F mic o cont olle . It has fou switches (pushbutton and DIP), LED’s fo
use inte face and a 2-pin jumpe fo cu ent measu ement.
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It also has a low d op out egulato , which egulates up to 12V DC input voltage and
gives 5V output and is capable of supplying output cu ents up to 300mA, 24C02
EEPROM fo RAM backup at low voltage detection and MAX232 fo se ial
communication.
3.3 Deve opment Too s
E7 Emulato is used as a development tool to execute and debug the use p og ams on the
SKP.
The diag am below shows how to connect the SKP to a PC using E7 Emulato .
Please see the quick sta t guide on how to un the SKP using E7 Emulato .
System Configu ation with Emulato
3.4 Power Supp y
The SKP ha dwa e equi es a powe supply of +5V DC. Since total powe
consumption can va y widely due to exte nal connections, a mic o powe Low D op
out Voltage Regulato (LDO) is used with a maximum cu ent ating of 300mA at 5V
DC powe supply.
3.5 Software Too s
The High-pe fo mance Embedded Wo kshop (HEW) p ovides an Integ ated
Development Envi onment (IDE) and G aphical Use Inte face (GUI) that integ ates the
softwa e development tools and p ovides p oject management featu es.
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4.0 Hardware
4.1 SKP36912G Board
Figu e 5-1 shows the 36912G Boa d with majo components identified.
SKP36912G Board
5.0 SPECIFICATIONS
5.1 GENERAL
• H8/36912F mic o cont olle (using HD64F36912G SOP32 device).
• 8Kbytes of FLASH
• 1536 bytes of inte nal RAM
• Fou use LED indicato s.
• BOOT mode Led indicato and a Reset mode Led indicato .
• DIP switch to cont ol BOOT mode and a push button switch to cont ol eset.
• DIP switch to cont ol Po t 8 I/O pins as I/O o led indicato s.
• DIP switch to check oscillato b eak function of micon.
• DIP switch to cont ol TxD and RxD led indication.
5.2 RS-232 COMMUNICATIONS
• SCI3 inte face via RS-232 DB-9S connecto and MAX232 chip.
5.3 I2C COMMUNICATION
• A 2KBit ST24C02 EEPROM is used to sto e data when Low voltage is detected.
SW2
SW1
CN2 pin 4, 6
JP1 fo cu ent
measu ement
SW4
Se ial po t
Female
Connecto
Reset Switch SW3
DC Jack to input
DC +5V supply
Low D op out
Regulato
24C02
EEPROM
74HC00
MAX232
E7 Connecto
20K POT
9.8304MHz c ystal
LEDs
H8/36912
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5.4 POWER
• 5V DC powe supply.
5.5 LOW VOLTAGE DETECTION
• A 20K Pot P1 along with ladde netwo k esisto s is used to gene ate equi ed
voltages fo Exte nal Low Voltage Detection.
6.0 SKP FUNCTIONAL BLOCKS
The SKP is composed of a H8/36912F single-chip mic o-cont olle , Low Voltage D op
Out Regulato , 2KBit EEPROM, Se ial po t, 20K POT fo LVD & ADC, Dipswitches fo
Oscillato b eak & Boot/Use mode t ansition, use inte face LEDs and E7 Heade to
connect with E7 Emulato .
JP1 jumpe is used fo cu ent measu ement of the micon. This jumpe is always closed
and opened du ing cu ent measu ement.
The DIP Switch SW1 is used to select the p og amming mode fo the micon i.e., Boot
mode o Use mode fo p og amming the FLASH. A eset switch SW3 is also p ovided
with a eset led indication. SCI3 is used to p og am the boa d’s on-chip flash memo y
using FDT o it is used fo Se ial t ansmission o eception.
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The DIP Switch SW2 is used to select led indication on OSCBK/PWM1 and
LVD/PWM2 LEDs.
The DIP Switch SW4 is used to connect o disconnect led indication on TxD and RxD
LEDs du ing se ial communication.
Low Voltage Detection is detected using Pot P1 and esisto ladde netwo k. A 2Kbit
EEPROM is used to sto e data du ing low voltage detection and ecove data sto ed when
micon ope ates at no mal voltage.
A/D conve sion is also ca ied using the same POT P1. Analog signal is supplied to the
mic ocont olle by va ying POT and digital output is checked on inte nal egiste s.
7.0 PRINCIPLES OF OPERATION
The SKP is composed of the following components:
• H8/36912F mic o cont olle
• Exte nal Low Voltage Detection ci cuit y
• Clock ci cuit y
• RESET ci cuit y
• NMI ci cuit y
• I2C Inte face
• Se ial Inte face (SCI3)
• LED d ive
• Exte nal Use Inte face
7.1 H8/36912F MICROCONTROLLER
The H8/36912F p ovides many of the functions equi ed to implement a mic o-cont olle
system on-chip. It has on-chip 8Kbytes of FLASH and 1536 bytes of RAM. It has
additional featu es of Exte nal Low Voltage Detection and Inte nal RC oscillato backup
on exte nal c ystal b eak.
7.2 EXTERNAL LOW VOLTAGE DETECTION
The Exte nal low voltage detection ci cuit y comp ises of a esisto ladde
netwo k. A 20K POT in se ies with a 1.5K and 3.9K esisto s a e used to meet the typical
voltage levels fo LVD detection at 5V ope ation.
7.3 CLOCK CIRCUITRY
The clock ci cuit y comp ises the H8/36912F oscillato and a 9.8304MHz
pa allel esonating c ystal. The system clock output f equency is same as that of inte nal
RC clock.
A DIP switch SW1.1 is used to indicate the RC oscillato back up on exte nal
c ystal b eak.
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7.4 RESET CIRCUITRY
The eset ci cuit y is cont olled with a Diode 1N4148, a 0.22uF capacito and a
push button switch SW3.
7.5 NMI CIRCUITRY
On the SKP a DIP switch SW1.2 is used to cont ol the NMI pin level. Fo FDT
download, SW1 cont ols the BOOT and USER mode levels.
7.6 I2C INTERFACING
A 2KBit ST24C02 EEPROM (U4) is inte faced using I2C p otocol.
7.7 RAM AND FLASH ROM
The H8/36912F has 8Kbytes of FLASH ROM and 1536 bytes of RAM.
7.8 SERIAL INTERFACE
The SKP suppo ts a th ee-wi e se ial channel using the on-chip se ial
communications channel (SCI3) on the H8/36912F. SCI3 is used to FLASH the device
using FDT and fo se ial communication.
The SCI3 po t p ovides the t ansmit and eceive signals to the MAX232 t ansceive
device. T ansmit and eceive signals f om SCI3 a e connected via the RS232 t ansceive
to a 9-way D-type connecto (CN3). The MAX232 t ansceive device t anslates RS232
signals to logic levels and vice ve sa.
A DIP switch SW4 is p ovided to connect/disconnect TxD and RxD indication
led’s.
7.9 LEDS and DIP Switches
The e a e fou LED’s on the SKP that a e available to the use . Led OSCBK /
PWM1 can be d iven using Po t 84 of the H8/36912F and SW2 pin 1.
Powe = Powe of Ta get boa d indication.
OSCBK/PWM1 LED = Oscillato B eak o PWM of Time W indication.
LVD/PWM2 LED = Low voltage Detection o PWM of Time W indication.
TxD LED = T ansmit data indication of SCI3.
RxD LED = Receive data indication of SCI3.
BOOT LED= Boot mode indication.
Reset LED = Reset level indication.
Exte nal oscillato b eak indication: -
Keep SW2.1 in OFF condition and w ite high on P84 to tu n ON OSCBK/PWM1. This
led can be used to indicate exte nal clock fail o lit acco ding to PWM pulse width on
po t 8.
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To disconnect OSCBK/PWM1 led indication, tu n ON SW2.2 pin 1(i.e., connect SW2.1
pin to GND).
Low Voltage Detection: -
Tu n ON SW2.2 to use LVD/PWM2 led. This led can be used to indicate low voltage
detection o lit acco ding to PWM pulse width on po t 8.
To disconnect LVD/PWM2 led indication, tu n ON SW2.1 pin 1(i.e., connect SW2.1 pin
to GND).
SCI3: -
Two led’s TxD and RxD a e used to indicate t ansmit and eceive ope ations of SCI3
du ing se ial communication. P ovision to connect/disconnect led indication fo these I/O
lines is p ovided using a DIP Switch SW4.
Tu n ON SW4.1 to use RxD led indication. Tu n ON SW4.2 to use TxD led indication.
Tu n OFF the switch to disconnect the Rx and Tx I/O lines led indication.
LED SW1.1
Position
SW2.2
Position
P84
Va ue
LED
Status
SOP-32
pin
Pin Function
Oscbk/PWM1 ON OFF 0 OFF 29 P84/FTIOD
Oscbk/PWM1 OFF OFF 1 ON 29 P84/FTIOD
Oscbk/PWM1 ON ON 0/1 OFF 29 P84/FTIOD
Oscbk/PWM1 OFF ON 0/1 OFF 29 P84/FTIOD
SW1.1
Position
SW2.1
Position
P83
Va ue
LED
Status
SOP-32
pin
Pin Function
LVD/PWM 2 --- OFF 1 ON 28 P83/FTIOC
LVD/PWM 2 --- OFF 0 OFF 28 P83/FTIOC
LVD/PWM 2 --- ON 1/0 OFF 28 P83/FTIOC
LVD/PWM 2 --- ON 1/0 OFF 28 P83/FTIOC
SW1.2
Position
LED Status SOP – 32 PIN PIN
FUNCTION
BOOT ON ON 13 NMI
OFF OFF 13 NMI
SW4.1
Position
SW4.2
Position
LED Status SOP – 32
PIN
PIN
FUNCTION
TxD ----- ON ON 24 TxD
----- OFF OFF 24 TxD
RxD ON ----- ON 23 RxD
OFF ----- OFF 23 RxD
SW3 Position LED Status SOP – 32 PIN PIN
FUNCTION
RESET 0 ON 7 RES
1 OFF 7 RES
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