NSR05F30NXT5G Discrete Semiconductor Products

NSR05F30NXT5G diodes achieve low forward voltage drop and fast recovery times due to their extremely small body size and advanced packaging technology. They are a type of single rectifier, which is typically used in applications including full-wave rectification, voltage doubling, or other power supply or electronic circuits that need fast, accurate rectification. Certain versions of the NSR05F30NXT5G (such as the NSR05F30NXT5G-SL) have additional features such as low capacitance and fast recovery to ensure superior circuit performance.

These single rectifiers can be used in a range of applications. Specifically, they are designed for DC-AC LED lighting systems, switch mode power supplies, communication systems, automotive electronics, and UPS power systems. Their ability to recover quickly from the reverse voltage makes them well-suited for demanding applications that require high efficiency and accuracy.

The internal structure of these diodes is relatively simple. It consists of a rectifier diode and a thyristor in parallel. The diode functions as a rectifier, allowing only current that travels in one direction to pass through it, whereas the thyristor functions as a switch, allowing current to stop and start based on the control signal. The two components are connected in parallel to allow the thyristor to control the rectifier’s action.

The working principle of the NSR05F30NXT5G is based on its internal structure. When the diode receives a forward voltage of >1.0V, it begins to conduct current in one direction, while the thyristor is open and acts as an insulator. This creates a forward-biased diode that allows current to pass in one direction. When the voltage drops below 1.0V, the thyristor is triggered and closes, preventing current from flowing in the opposite direction. As a result, the NSR05F30NXT5G operates as a single rectifier, allowing only current in one direction to pass through the circuit.

The NSR05F30NXT5G is an ideal choice for applications that require fast recovery times and small body sizes. It is suitable for a range of applications, including LED lighting systems, switch mode power supplies, and communication systems. With its advanced packaging technology, it offers superior circuit performance, making it a reliable and effective choice for DC-AC power conversion.