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The AO6424 is an N-Channel Enhancement Mode Field Effect Transistor manufactured by Alpha & Omega Semiconductor. It utilizes advanced trench technology to deliver low on-resistance and minimal gate charge, making it suitable for load switch and PWM applications. Key electrical parameters include a drain-source voltage of 30V, a continuous drain current of 5A at VGS=10V, and a maximum on-resistance of less than 38mΩ at VGS=10V or 50mΩ at VGS=4.5V. The device operates within a junction temperature range of -55°C to 150°C and features a TSOP6 package.
Verify the specific ordering suffix against the manufacturer's official documentation to ensure correct packaging and marking configurations. Confirm that the component meets all applicable export control regulations and legal requirements before procurement. Evaluate product suitability for intended applications independently, as the manufacturer does not assume liability for life support systems or unauthorized uses.
Select this component based on its 30V drain-source voltage rating and 5A continuous current capability. Consider the thermal resistance values when designing heat dissipation strategies for the TSOP6 package. Ensure the gate drive voltage aligns with the specified thresholds for optimal on-resistance performance. Verify compatibility with the required switching frequency and capacitive load characteristics.
This part belongs to the family of N-Channel Enhancement Mode Field Effect Transistors produced by Alpha & Omega Semiconductor. These devices are engineered for power management solutions in consumer electronics, computing, and industrial systems. The AO6424 specifically leverages trench MOSFET architecture to achieve high efficiency and compact form factors suitable for space-constrained designs.
Compatible alternatives include other 30V N-Channel MOSFETs with similar current ratings and package types, such as the AON6426 or TSM4392. Verify pinout compatibility and thermal characteristics before substitution.
The absolute maximum gate-source voltage is ±20V.
The on-resistance increases as the junction temperature rises, as shown in the normalized on-resistance versus temperature characteristics.