12F675 PIC12F675 8-bit CMOS DIP8 RISC microcontroller

The PIC12F675 is a high-performance 8-bit microcontroller based on RISC architecture, ideal for embedded system applications. With a low number of instructions to learn and rich peripheral features, this microcontroller is used in simple automation systems, battery-powered applications, LED drivers, measurement systems and much more.

Key features:

• RISC processor: High performance thanks to the RISC architecture with a set of 35 instructions, all single-cycle (except for branching).
• Operating frequency: Up to 20 MHz (instruction cycle: 200 ns).

Memory:

• Flash: 1 KB (program).
• RAM: 64 B (temporary data).
• EEPROM: 128 B (permanent data storage).
• Inputs/Outputs: 6 configurable I/O pins with individual direction control.
• ADC: Built-in 10-bit analogue-to-digital converter (4 channels).

Modules:

• Timer0 (8-bit).
• Timer1 (16-bit with prescaler).
• Built-in analogue comparator.
• Oscillator: Internal 4 MHz oscillator, factory calibrated with ±1% accuracy.
• Power saving mode: Low power consumption, sleep mode and wake-up in 5 μs (typically, at 3.0V).
• Supply voltage: Wide range from 2.0V to 5.5V, allowing operation in many battery-powered applications.

Programmability:

• On-chip programming support (ICSP™) via two pins.
• Flash/EEPROM memory life:
• Flash: 100,000 write cycles.
• EEPROM: 1,000,000 write cycles.
• Data retention of more than 40 years.
• Operating temperature: Supports industrial and extended temperature range.

Advantages:

• Compact chip with a wide range of peripheral functions.
• High memory durability, ideal for applications requiring reliability.
• Low power consumption makes it ideal for energy-efficient applications.

Applications:

• Home and industrial automation.
• LED lighting control.
• Sensors and measuring devices.
• Battery-powered systems.
• Controls for simple electrical devices.

An excellent choice for projects requiring performance, low power consumption and compact microcontroller solutions.

We offer DIP8 bases

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