SLKOR Semiconductor N-channel MOSFET Field-effect Transistor FDN327N: Suitable for Small Electronic Devices

The FDN327N is an N-channel MOSFET field-effect transistor manufactured by SLKOR. One of its main features is its high power and high current handling capability. It can withstand a continuous drain current of 2A and has an on-state resistance of 40mΩ (Vgs = 4.5V, Id = 2.0A), with a drain-source voltage (Vdss) of 20V. These parameters allow the FDN327N to deliver excellent performance in applications that require handling high power and high currents, such as pulse width modulation and load switching.

Furthermore, the FDN327N features a compact SOT-23 package. This compact packaging design makes the FDN327N highly suitable for small electronic devices with limited space. Whether it's mobile electronic devices or other compact circuit boards, the size of the FDN327N provides higher flexibility and integration. This allows developers to optimize space utilization in their designs and meet the requirements of small devices.

Another important feature is the threshold voltage of the FDN327N. It has a threshold voltage of 0.7V, which means that it can be triggered to conduct with smaller control signals. This is beneficial for applications that require low voltage operation, as it can reduce power consumption and improve efficiency. Additionally, the low threshold voltage makes the FDN327N easier to integrate and use in low voltage systems.

Here are some key parameters of the FDN327N:

●Drain-Source Voltage (Vdss): 20V

●Continuous Drain Current (Id): 2A

●On-State Resistance (RDS(on)@Vgs,Id): 40mΩ@4.5V,2.0A

●Threshold Voltage (Vgs(th)@Id): 0.7V@250μA

●Package: SOT-23

Lastly, let's take a look at some common application areas of the FDN327N. First is pulse width modulation (PWM) applications. The FDN327N can be used for controlling the switching of loads in circuits through pulse width modulation. With its high power and current handling capability, it is well-suited for load switching control in PWM applications. Additionally, this low-voltage MOSFET can also play a role in load switching applications. It can be used for controlling load switches in circuits, such as turning on and off power supplies or other electronic devices. Designed for load switching, the FDN327N features low on-state resistance and high drain current capability, enabling efficient power transmission. This makes it very useful in applications that require frequent switching operations or handle high-power loads.

Fig.4

From this, it is evident that the FDN327N, as a low-voltage MOSFET, exhibits excellent performance in PWM and load switching applications. Its compact packaging, high power and current handling capability, and outstanding electrical characteristics make it an ideal choice for many electronic devices. Whether in mobile electronic devices or other applications that require small circuit boards, the FDN327N offers reliable performance and flexible integration capabilities.