- Double H-bridge design - Drives two DC motors simultaneously with 7A current, ideal for industrial use - Enables compact, concurrent motor control in a single module - Low heat generation - No heat sink required for battery powered applications - Compact size and low power consumption suitable for space-constrained setups - Optocoupler isolation input - Input controlled directly from the IO port with isolation - Reduces interference from motor currents to the control signals, ensuring smooth operation - High-performance TVS and ESD circuit - Suppresses interference pulses and static current - Delivers stable, industrial-grade protection and reliability Benefits - Safe and reliable dual-motor control from a microcontroller IO port, with input isolation to protect your control system - Space-saving, energy-efficient design well suited for portable or battery-powered equipment - Robust protection against electrical noise and static in harsh industrial environments Applications - Industrial automation: drive dual motors in small conveyors, feeders, or automated doors - Battery-powered robotics and mobile platforms: differential-drive robots, portable carts, and autonomous machines requiring dual motor actuation - Prototyping and testing: motor control benches, hardware-in-loop setups, and development rigs needing isolated, reliable motor drive Specifications and features - Function: double H-bridge motor driver to control two DC motors - Current: supports up to 7A current for simultaneous operation - Input interface: optocoupler isolation input controlled directly by IO port - Protection: high-performance TVS and ESD circuit for transient and static protection - Heat and size: low heat generation with no heatsink requirement; compact form factor - Performance: designed for stable, industrial-grade operation with reduced interference and reliable control Note: All specifications and capabilities reflect the original product design, focusing on dual motor control, protection, and compatibility with standard IO port interfaces.