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The AO3400A is a 30V N-Channel Enhancement Mode Field Effect Transistor manufactured by Alpha & Omega Semiconductor. It utilizes advanced trench MOSFET technology to achieve extremely low on-resistance, making it suitable for load switching and PWM applications. The device features a maximum drain-source voltage of 30V and a continuous drain current of 5.7A at VGS=10V. On-resistance values are less than 26.5mΩ at VGS=10V, 32mΩ at VGS=4.5V, and 48mΩ at VGS=2.5V. It operates within a junction temperature range of -55°C to 150°C and is housed in a SOT-23 package.
Verify the manufacturer source against official Alpha & Omega Semiconductor documentation to ensure component authenticity. Confirm that the specific batch matches the required electrical parameters, particularly the on-resistance thresholds at specified gate voltages. Ensure compliance with consumer market designations and verify that the application does not involve life support systems, which are explicitly excluded from qualification.
Select this component when a compact N-channel MOSFET with low on-resistance is required for space-constrained designs. The SOT-23 package is ideal for surface-mount applications where board area is limited. Consider the threshold voltage range and gate charge requirements to ensure compatibility with the intended logic-level drive signals and switching frequencies.
The AO3400A belongs to the family of low-voltage N-channel enhancement mode field effect transistors produced by Alpha & Omega Semiconductor. It is designed to offer high performance in a small footprint, leveraging trench technology to minimize power loss during conduction. This series is commonly utilized in portable electronics and battery-powered devices due to its efficiency and thermal characteristics.
Direct substitutes include AO3400, SI2301, and SI2302. Verify pinout compatibility and electrical ratings such as breakdown voltage and current capacity before substitution.
The maximum continuous drain current is 5.7A when measured at a gate-source voltage of 10V.
The typical turn-on rise time is 2.5 nanoseconds under standard test conditions.