NHP120SFT3G Discrete Semiconductor Products

NHP120SFT3G diodes, also known as rectifiers, are a special type of single-celled diodes which act as a switch in an electrical circuit. These diodes are usually applied for power supply designs as they can provide switching for high voltage spikes and lightning surges. Thanks to their single-cell design, NHP120SFT3G diodes are designed to offer superior frequency performance and higher current handling capability over other diode types.

NHP120SFT3G rectifiers are mainly used in automotive, industrial and aerospace applications which require high performance, reliability and efficiency. This type of diode is especially popular for its low temperature sensitivity, fast switching times and exceptional environmental capabilities, making them ideal for applications such as high-speed switchmode power supplies and motor controls.

The working principle of NHP120SFT3G diodes is based on a diode’s ability to conduct an electric current in one direction only. When the voltage across the diode exceeds a certain threshold, the diode will forward bias, allowing a current to flow. This current follows the electrical path of least resistance, meaning the diode will act as a switch and the current will travel the path of least resistance.

NHP120SFT3G rectifiers are designed to offer superior high-frequency performance, which gives them an advantage over other diode types such as thyristors. The high switching speeds and reduced voltage drops across the diode make them perfect for high-speed applications such as switchmode power supplies and motor controls. These diodes also offer excellent insulation resistance and low temperature sensitivity, meaning they are perfect for use in harsh, industrial environments.

NHP120SFT3G are the perfect choice for power supply and motor control applications which require high performance, reliability and efficiency. Thanks to their single-cell design, they offer superior frequency performance, fast switching times and exceptional environmental capabilities. Plus, they are designed to withstand high-voltage spikes and lightning surges, making them ideal for use in any application which is exposed to extreme environmental conditions.