**AP2327GN-HF-VB**

- **Silkscreen:** VB2355
- **Brand:** VBsemi
- **Parameters:**
- Package type: SOT23-3
- Channel type: P—Channel
- Maximum withstand voltage: -30V
- Maximum drain current: -5.6A
- On-state resistance (RDS(ON)): 47mΩ @ VGS=10V, VGS=20V
- Threshold voltage (Vth): -1V

- **Application introduction:**
AP2327GN-HF-VB is a P—Channel power MOSFET in SOT23-3 package. It has low on-state resistance and features suitable for load switching and power management applications.

- **Detailed parameter description:**
1. **Package Type:** SOT23-3, which is a small surface mount package suitable for dense circuit board design.
2. **Channel Type:** P-Channel, indicating that this is a P-channel MOSFET.
3. **Maximum Drain-Source Voltage:** -30V, which is the maximum drain voltage that the device can withstand.
4. **Maximum Drain Current:** -5.6A, indicating the maximum drain current that can pass.
5. **On-state resistance (RDS(ON)):** 47mΩ @ VGS=10V, VGS=20V, indicating the maximum value of the on-state resistance under a given gate-source voltage.
6. **Threshold Voltage:** -1V, which is the gate-source voltage at which the device starts to conduct.

- **Application fields:**
1. **Load Switching:** Applicable to load switching circuits to provide reliable switching control, such as load switches of power management units (PMUs).
2. **Power Management Modules:** Used to build power management modules, such as power switches and current controllers.

- **Module application examples:**
1. **Power Switching Module:** AP2327GN-HF-VB is suitable for designing power switching modules, which can be widely used in portable devices and power management systems.
2. **Power Management Unit (PMU):** As a part of the PMU, it is used to control the switching of the power supply and provide efficient power consumption management.

Please note that the above information is only a general explanation and application suggestion for the given parameters. The circuit requirements and system specifications need to be considered in the specific design.