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The AO6403 is a 30V P-Channel MOSFET manufactured by Alpha & Omega Semiconductor. It utilizes advanced trench technology to deliver excellent RDS(ON) and ultra-low gate charge, making it suitable for load switch and PWM applications. Key electrical parameters include a drain-source voltage (VDS) of -30V, continuous drain current (ID) of -6A at VGS=-10V, and pulsed drain current (IDM) of -30A. The on-resistance is less than 35mΩ at VGS=-10V and less than 58mΩ at VGS=-4.5V. The device operates within a junction temperature range of -55°C to 150°C.
Verify the specific package type and marking codes against the manufacturer's official datasheet before procurement. Ensure that thermal management requirements align with the specified junction-to-ambient resistance values under your intended operating conditions. Confirm compliance with relevant safety standards for your application environment.
Select this component when a compact P-Channel solution with low gate charge is required for high-frequency switching. Consider the -30V rating and -6A continuous current capability for power management tasks. Evaluate thermal performance based on the specific PCB copper area and airflow conditions, as junction-to-ambient resistance varies significantly with board design.
This part belongs to the Alpha & Omega Semiconductor lineup of power management integrated circuits and discrete semiconductors. The company specializes in designing and manufacturing solutions for consumer electronics, computing, telecommunications, and industrial systems. The AO6403 represents their focus on providing efficient power control components using proprietary trench technology.
Direct substitutes must match the -30V P-Channel specification, SOT-26 (TSOP6) package, and similar current ratings. Verify pinout compatibility and thermal characteristics carefully. Cross-reference with other manufacturers' 30V P-MOSFETs only if electrical parameters and physical dimensions are identical.
The maximum pulsed drain current (IDM) is -30A, limited by the junction temperature.
The on-resistance increases as the gate-source voltage decreases; it is less than 35mΩ at -10V and less than 58mΩ at -4.5V.