S1C8F626 Datasheet, PDF (1/3 Pages) Epson Company – 8-bit Single Chip Microcomputer

S1C8F626
8-bit Single Chip Microcomputer
● Original Architecture Core CPU
● Built-in Flash EEPROM (48K + 192K bytes)
with Self-Programming Function
● LCD Driver (96 SEG × 32 COM)
● Serial Interface with IrDA1.0
„ DESCRIPTION
The S1C8F626 is a microcomputer which has a built-in 8-bit CPU S1C88 (MODEL3) as the core CPU, 48K-byte
and 192K-byte Flash EEPROMs, 8K byte RAM, 16-bit programmable timers (PWM), serial interface, watchdog
timer, stopwatch timer, an LCD driver that can drive a maximum 96 segments x 32 commons and a supply
voltage detection circuit.
This microcomputer features low-voltage (1.8V) and high-speed (8.2 MHz) operations as well as low-current
consumption (2.5 μA in HALT mode).
Furthermore, the S1C8F626 allows the user to program (erase, program, verify) the internal ROM even if it is
mounted on the target board. The S1C8F626 Flash EEPROM can be used for storing a 11 x 12-dot kanji font
data that contains JIS level-1 and level-2 kanji sets, other characters and user defined characters, this makes it
possible to display kanji characters without any external kanji font ROM.
The S1C8F626 is suitable for various battery driven controllers.
„ FEATURES
Core CPU
Main (OSC3)
oscillation circuit
Sub (OSC1)
oscillation circuit
Instruction set
Min. instruction
execution time
Internal ROM capacity
(Flash EEPROM)
Internal RAM capacity
Input port
I/O port
Serial interface
Timer
LCD driver
Watchdog timer
Supply
voltage
detection
(SVD) circuit
Interrupt
Supply voltage
Current consumption
S1C88 (MODEL3) CMOS 8-bit core CPU
Crystal oscillation circuit/ceramic oscillation circuit 8.2 MHz (Max.), or CR oscillation circuit 2.2
MHz (Max.)
Crystal oscillation circuit 32.768 kHz (Typ.)
608 types (usable for multiplication and division instructions)
0.244 μsec/8.2 MHz (2 clock)
48K bytes: Program ROM
192K bytes: Program and data (font) ROM
Can be programmed using the On Board Writer. (Supports various security settings.)
Supports self-programming by the user program.
8K bytes: RAM
576 bytes: Display memory (4608 bits/display area x 2)
8 bits (4 bits can be used as the source clock inputs for PWM timers.)
24 bits (Shared with serial interface, FOUT and TOUT terminals.)
2ch (Supports clock synchronous system, asynchronous system and IrDA 1.0 interface.)
Programmable timer: 16 bits (8 bits x 2) 4 ch (with PWM function)
Clock timer:
1ch
Stopwatch timer: 1ch
Dot matrix type (supports 16 x 16/5x8 or 12 x 12 dot font)
96 segments x 32, 16 or 8 commons (1/5 bias)
Built-in LCD power supply circuit (booster type, 5 potentials)
Built-in
13 value programmable (1.8-2.7 V)
External interrupt: Input interrupt
1 systems (8 types)
Internal interrupt: Timer interrupt
6 systems (23 types)
Serial interface interrupt
2 system (6 types)
1.8-3.6 V (for running, internal operating voltage VD1=1.8V)
2.7-3.6 V (for Flash programming, internal operating voltage VD1=2.5V)
SLEEP mode: 1 μA (Typ.)
HALT mode: 2.5 μA (Typ.) 32 kHz crystal, LCD OFF
7.5 μA (Typ.) 32k Hz crystal, LCD ON*, VDD=2.5-3.6V
Run state: 10 μA (Typ.) 32kHz crystal, LCD OFF
1.8 mA (Typ.) 8MHz ceramic, LCD OFF
700 μA (Typ.) 2MHz CR, LCD OFF
15 μA (Typ.) 32 kHz crystal, LCD ON*, VDD=2.5-3.6V