Key Features:

✔ 12-Bit Resolution – 4096 output steps (smooth analog signals). ✔ I2C Interface – Simple 2-wire connection (3.3V or 5V logic). ✔ Onboard EEPROM – Saves settings even after power-off. ✔ Fast Update Rate – 100kHz I2C speed for dynamic control. ✔ Single/Dual Supply Mode – Works from 2.7V to 5.5V. ✔ Compact Breakout – Includes filtering capacitor & pull-up resistors.

Applications:

• Audio Projects – Generate sine waves, control amplifiers.

• Precision Voltage Control – Tunable power supplies, motor drivers.

• Industrial Automation – Analog signal simulation.

• Robotics – Servo positioning, sensor calibration.

Wiring (I2C):

• VCC → 3.3V/5V MCU power.

• GND → Ground.

• SDA → I2C data (Arduino A4, RPi GPIO2).

• SCL → I2C clock (Arduino A5, RPi GPIO3).

• OUT → Analog output (0V–VCC).

Technical Specifications:

• Resolution: 12-bit (0–4095 = 0V–Vref).

• Voltage Reference: VCC (or external Vref via breakout pin).

• I2C Address: 0x62 (default, configurable to 0x63).

• Dimensions: 20mm × 15mm.

Package Includes:

• 1x MCP4725 DAC Breakout Board.

• Optional: Header pins (select if needed).

Why Choose the MCP4725?

✅ Higher Precision Than PWM – True analog output (no ripple). ✅ Easy Arduino/RPi Integration – Works with Adafruit_MCP4725 library. ✅ Non-Volatile Memory – Retains last settings after reboot.