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Электронный компонент: HMS81C2348LQ

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HMS81C2232/48 HMS81C2332/48
FEB. 2003 Ver 1.00
1
HMS81C2232/48, HMS81C2332/48
CMOS Single-Chip 8-Bit Microcontroller
with VFD Controller & VFD Driver
1. OVERVIEW
1.1 Description
The HMS81C2232/48 is advanced CMOS 8-bit micro-controller with 32/48K bytes of ROM(EPROM). This is a powerful micro-controller
which provides a highly flexible and cost effective solution to many VFD applications. This provides the following standard features : 32K/
48K bytes of ROM(EPROM), 1K bytes of RAM, 8-bit timer/counter, 8-bit A/D converter, 6-bit Watch dog Timer, Programmable Buzzer
Driving Port, Serial Peripheral Interface, 8-bit remote control timer, on-chip oscillator and clock circuitry. It also comes with high voltage
I/O pins that can directly drive a VFD(Vacuum Fluorescent Display). In addition, the HMS8XC2232/48 support power saving modes to
reduce power consumption.
1.2 HMS81C2232/48 Features
32K/48K bytes ROM(EPROM)
896 Bytes of On-Chip Data RAM
(Including STACK Area)
112 Bytes of On-Chip Display RAM
Minimum Instruction Execution time:
- 1uS at 4MHz (2cycle NOP Instruction)
One 8-bit Basic Interval Timer
One 7-bit Watch Dog Timer
Two 8-bit Timer/Counters
10-bit High Speed PWM Output
Two 8-bit Serial Peripheral Interface
Two External Interrupt Ports
One Programmable 6-bit Buzzer Driving Port
53 FIP Ports
- 16EA Output only pins
- High-voltage pins Max. 40V
Operating Temperature
-40C ~ 85C
12 Interrupt Sources
- Two External Sources (INT0, INT1)
- Two Timer/Counter Sources (Timer0, Timer1)
- Three Remote Timer Sources(FE,RE,OVF)
- Two SPI Sources(SIO1, SIO3)
- Three Functional Sources (ADC,WDT,BIT)
7-Channel 8-bit On-Chip Analog to Digital Con-
verter
Oscillator:
- Crystal
- Ceramic Resonator
Low Power Dissipation Modes
- STOP Mode
- SLEEP Mode
Operating Voltage: 2.7V ~ 5.5V (@8MHz)
4.5V ~ 5.5V (@10MHz)
Operating Frequency: 1MHz ~ 10MHz
Enhanced EMS Improvement
Power Fail Processor
(Noise Immunity Circuit)
Device Name
ROM Size
RAM Size
Display RAM
OTP
Package
HMS81C2232
32K bytes
896 bytes
112bytes
HMS87C2232
80TQFP
80MQFP
HMS81C2248
48K bytes
HMS87C2248
HMS81C2332
32K bytes
896 bytes
112bytes
HMS87C2332
64SDIP,64LQFP
64MQFP
HMS81C2348
48K bytes
HMS87C2348
HMS81C2232/48 HMS81C2332/48
2
FEB. 2003 Ver 1.00
Preliminary
1.3 HMS2332/48 Features
32K/48K bytes ROM(EPROM)
896 Bytes of On-Chip Data RAM
(Including STACK Area)
112 Bytes of On-Chip Display RAM
Minimum Instruction Execution time:
- 1uS at 4MHz (2cycle NOP Instruction)
One 8-bit Basic Interval Timer
One 7-bit Watch Dog Timer
Two 8-bit Timer/Counters
10-bit High Speed PWM Output
Two 8-bit Serial Peripheral Interface
Two External Interrupt Ports
One Programmable 6-bit Buzzer Driving Port
41 FIP Ports
- 12EA Output only pins
- High-voltage pins Max. 40V
Operating Temperature
-40C ~ 85C
11 Interrupt Sources
- Two External Sources (INT0, INT1)
- Two Timer/Counter Sources (Timer0, Timer1)
- Three Remote Timer Sources(FE,RE,OVF)
- One SPI Sources(SIO1)
- Three Functional Sources (ADC,WDT,BIT)
5-Channel 8-bit On-Chip Analog to Digital Con-
verter
Oscillator:
- Crystal
- Ceramic Resonator
Low Power Dissipation Modes
- STOP Mode
- SLEEP Mode
Operating Voltage: 2.7V ~ 5.5V (@8MHz)
4.5V ~ 5.5V (@10MHz)
Operating Frequency: 1MHz ~ 10MHz
Enhanced EMS Improvement
Power Fail Processor
(Noise Immunity Circuit)
1.4 Development Tools
The HMS81C22xx/23xx are supported by a full-featured macro
assembler, an in-circuit emulator CHOICE-Dr.
TM
and OTP pro-
grammers. There are third different type programmers such as
emulator add-on board type, single type, gang type. For mode de-
tail, Refer to "25. OTP PROGRAMMING" on page 112. Macro
assembler operates under the MS-Windows 95, 98, NT, 2000,
XP
TM
.Please contact sales part of Hynix Semiconductor.
In Circuit
Emulators
CHOICE-Dr.
Socket Adapter
for OTP
OA87C23XX-64SD (64SDIP)
OA87C23XX-64QF (64MQFP)
OA87C23XX-64QT (64LQFP)
OA87C22XX-80QF (80MQFP)
OA87C22XX-80QT (64TQFP)
POD
CHPOD81C22D-64SD (64SDIP)
Assembler
HYNIX Macro Assembler
HMS81C2232/48 HMS81C2332/48
FEB. 2003 Ver 1.00
3
1.5 Ordering Information
HMS81C22xx
Device name
ROM Size
RAM size
Package
Mask version
HMS81C2232 Q
HMS81C2232 TQ
HMS81C2248 Q
HMS81C2248 TQ
32K bytes
32K bytes
48K bytes
48K bytes
896 bytes
80MQFP
80TQFP
80MQFP
80TQFP
OTP version
HMS81C2232 Q
HMS81C2232 TQ
HMS81C2248 Q
HMS81C2248 TQ
32K bytes OTP
32K bytes OTP
48K bytes OTP
48K bytes OTP
896 bytes
80MQFP
80TQFP
80MQFP
80TQFP
HMS81C23xx
Device name
ROM Size
RAM size
Package
Mask version
HMS81C2332 K
HMS81C2332 Q
HMS81C2332 LQ
HMS81C2348 K
HMS81C2348 Q
HMS81C2348 LQ
32K bytes
32K bytes
32K bytes
48K bytes
48K bytes
48K bytes
896 bytes
64SDIP
64MQFP
64LQFP
64SDIP
64MQFP
64LQFP
OTP version
HMS87C2332 K
HMS87C2332 Q
HMS87C2332 LQ
HMS87C2348 K
HMS87C2348 Q
HMS87C2348 LQ
32K bytes OTP
32K bytes OTP
32K bytes OTP
48K bytes OTP
48K bytes OTP
48K bytes OTP
896 bytes
64SDIP
64MQFP
64LQFP
64SDIP
64MQFP
64LQFP
HMS81C2232/48 HMS81C2332/48
4
FEB. 2003 Ver 1.00
Preliminary
2. BLOCK DIAGRAM
Figure 2-1 HMS81C2232/48 Block Diagram
RESET
P00~P07
PORT0
PORT2
PORT3
PORT4
PORT5
PORT6
P20~P27
P30~P37
P40~P47
P50~P57
P60~P64
FIP
CONTROLLER
DRIVER
&
SYSTEM
CONTROL
FIP00~FIP23
FIP24~FIP31
FIP32~FIP39
FIP40~FIP47
FIP48~FIP52
V
DISP
V
DD2
X
IN
X
OUT
8-bit REMOTE
CONTROL
TIMER
8-bit TIMER0
WATCHDOG
TIMER
SERIAL
INTERFACE
(SIO3)
8-bit ADC
8-bit TIMER1
SERIAL
INTERFACE
(SIO1)
BUZZER
INTERRUPT
CONTROLLER
G80
CPU CORE
ROM
(EPROM)
MEMORY
RAM
896 BYTES
TI/P02
EC0/P63
PWM1O/P64
SCK3/P20
SO3/P21
SO1/P25
SI1/P26
SCK1/P27
BUZO/P07
ANI0~ANI6
AV
DD
AV
SS
INTP0/P00
INTP1/P01
V
DD0
V
DD1
V
SS0
V
SS1
BUS
HMS81C2232/48 HMS81C2332/48
FEB. 2003 Ver 1.00
5
Figure 2-2 HMS81C2332/48 Block Diagram
RESET
P00~P07
PORT0
PORT2
PORT3
PORT4
PORT5
PORT6
P24~P27
P30~P37
P40~P44
P50~P55
P62~P64
FIP
CONTROLLER
DRIVER
&
SYSTEM
CONTROL
FIP00~FIP18
FIP24~FIP31
FIP32~FIP36
FIP40~FIP45
FIP50~FIP52
V
DISP
V
DD2
X
IN
X
OUT
8-bit REMOTE
CONTROL
TIMER
8-bit TIMER0
WATCHDOG
TIMER
8-bit ADC
8-bit TIMER1
SERIAL
INTERFACE
(SIO1)
BUZZER
INTERRUPT
CONTROLLER
G80
CPU CORE
ROM
(EPROM)
MEMORY
RAM
896 BYTES
TI/P02
EC0/P63
PWM1O/P64
SO1/P25
SI1/P26
SCK1/P27
BUZO/P07
ANI0~ANI4
AV
DD
AV
SS
INTP0/P00
INTP1/P01
V
DD0
V
DD1
V
SS0
V
SS1
BUS