16-bit Single chip Microcontroller
Description
S1C17153
16-bit Single Chip Microcontroller
z 16KB ROM / 2KB RAM
* S1C17653 is useful as for program development.
z Generates the operating clocks with the built-in oscillators.
- OSC3B oscillator circuit: 2 MHz/1 MHz/500 kHz (typ.
) internal oscillator circuit - OSC1A oscillator circuit: 32.
768 kHz (typ.
) crystal oscillator circuit z LCD driver Number of driver outputs: 32Seg.
x 4Com.
z Shipping form: Die z RISC CPU core S1C17: the compact code optimized for C, and high throughput of an instruction/clock
■ DESCRIPTIONS
The S1C17153 is a 16-bit MCU featuring ultra-low-power operations and compact dimensions in die form.
The S1C17153 is ideal for battery-driven electronic equipment, such as OTP cards, eTokens, and remote control units with a simple display.
■ FEATURES
CPU CPU core Multiplier/Divider (COPRO) Embedded ROM Capacity Embedded RaM Capacity Clock generator System clock source OSC3B oscillator circuit OSC1A oscillator circuit Other LCD driver Number of driver outputs Other I/O ports Number of general-purpose I/O ports Other Serial interfaces SPI UART Timers/Counters 8-bit timer (T8) 16-bit PWM timer (T16A2) Watchdog timer (WDT) Clock functions Real-time clock (RTC) Clock timer (CT) Sound generator Buzzer frequency Volume control Other Analog circuits Supply voltage detection circuit (SVD) Interrupts Reset interrupt Seiko Epson original 16-bit RISC CPU core S1C17 • 16-bit × 16-bit multiplier • 16-bit × 16-bit + 32-bit multiply and accumulation unit • 16-bit ÷ 16-bit divider 16K bytes (for both instructions and data) 2K bytes 2 sources (OSC3B/OSC1A) 2M/1M/500k Hz (typ.
) internal oscillator circuit 32.
768 kHz (typ.
) crystal oscillator circuit • Core clock frequency control • Peripheral module clock supply control Segment output: 32 pins Common output: 4 pins • Includes a power supply voltage booster/reducer.
• Includes a display data memory.
Max.
12 bits (Pins are shared with the peripheral I/O.
) • Schmitt input • Pull-up control function • Port input interru...
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