Mx1616 Motor Driver Datasheet [repack] (Top 20 LATEST)

Prevents short circuits (shoot-through) when changing motor directions.

Ensure adequate copper pouring on the PCB ground plane. Large ground traces help dissipate heat away from the IC during sustained high-current operations.

ceramic capacitor in parallel with the bulk capacitor to filter out high-frequency noise. Mx1616 Motor Driver Datasheet

The MX1616 is typically housed in an 8-pin SOP (Small Outline Package) or DIP (Dual In-line Package). Below is the pin assignment and functional description: Pin Number Function Description OUTA1 H-Bridge A Output 1 (Connects to Motor 1 Terminal A) 2 VCC Power Supply Input for Logic and Motors (2.0V - 10.0V) 3 OUTA2 H-Bridge A Output 2 (Connects to Motor 1 Terminal B) 4 INA1 Control Input 1 for H-Bridge A 5 INA2 Control Input 2 for H-Bridge A 6 GND Ground Reference Connection 7 INB1 Control Input 1 for H-Bridge B 8 INB2 Control Input 2 for H-Bridge B 3. Control Logic and Truth Table

The MX1616 includes internal parasitic diodes to handle inductive flyback current. External Schottky diodes are generally not required unless driving highly inductive loads near the absolute maximum current rating. 6. Arduino Integration Example ceramic capacitor in parallel with the bulk capacitor

All MX1616 variants come in a package (ESOP8 for some like MX1212, but the standard is 16‑pin). The pinout is identical to that of the MX1508 and TC1508A, making these drivers drop‑in replacements in many module designs.

Always consult the for exact specifications, timing diagrams, and layout guidelines. Search for the following: Control Logic and Truth Table The MX1616 includes

The motor states are determined by applying high (H) or low (L) logic levels to the input pins. Pulse Width Modulation (PWM) can be applied to the input pins to control motor speed. Motor Status Coast / Standby (Low Power) Forward / Clockwise Reverse / Counter-Clockwise Brake / Fast Stop 5. Application and Circuit Design

The is a highly efficient, dual-channel, H-bridge DC motor driver IC designed primarily for small robotics, smart toys, and low-voltage automation applications. It is renowned for its low internal resistance and MOS technology, offering better efficiency compared to traditional bipolar drivers like the L298N.

The Mx1616 module typically features a standard 2.54mm pitch pin header layout. The datasheet identifies the following pins:

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