RFN2L4STE25 Discrete Semiconductor Products

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Diodes - Rectifiers - Single are widely used within many applications such as power supplies, switches and voltage/current regulation. The RFN2L4STE25. is a single, Silicon-based rectifier that is designed to offer improved power efficiency over other single diode rectifiers. When considered for various design applications, it is important to understand the technical specifications and understand the working principle of the RFN2L4STE25.

The most important aspect of any rectifier is its forward-bias voltage drop. The RFN2L4STE25 has a reverse blocking voltage rating of 200V and a forward-bias voltage drop of 0.3V when supplied with a 1A current. This low voltage drop is optimal for many design applications where power loss is a major consideration. In addition, the RFN2L4STE25 also features an efficient current rating of 2A and a forward-bias voltage drop of only 0.6V, allowing for more efficient power delivery than other similar rectifiers.

One of the primary uses of the RFN2L4STE25 is for power supply, UPS, and switch designs. The RFN2L4STE25, when supplied with a current of 1A, has a high efficiency with a very low voltage drop. This makes it especially suitable for designs that require high efficiency with very low power loss. Additionally, it offers high speed, low series resistance, low capacitance and low noise characteristics, making it suitable for high speed switching applications.

Another popular application of the RFN2L4STE25 is voltage and current regulation. The RFN2L4STE25 has a low reverse blocking voltage that allows it to be used in designs where a low amount of current or voltage is required. This is an important feature for many different applications, such as LED lighting and other electronic applications. The fact that the RFN2L4STE25 is able to efficiently convert AC or DC power into precisely controlled voltages or currents makes it highly versatile.

The working principle of the RFN2L4STE25 is quite simple and can be broken down into four basic steps. First, when a forward bias voltage is applied to the anode and cathode of the device, electrons are drawn from the cathode to the anode. This flow of electrons produces a current which is passed through the device and along the connected electrical circuit. Second, the current then passes through an internal resistor, in the RFN2L4STE25, this is set at 0.3V, before reaching the other end of the circuit. Third, the excess electrons are then returned to the cathode, this is known as a "reverse bias", and allows for efficient power delivery. Finally, the electrons returned to the cathode prevent any further current from passing through the circuit, thereby "regulating" the voltage or current. This process is repeated each time the RFN2L4STE25 is used, resulting in highly efficient power delivery.

In conclusion, the RFN2L4STE25 is a single, Silicon-based rectifier that offers improved power efficiency and is ideal for a variety of design applications. It features a forward-bias voltage drop of 0.3V when supplied with a 1A current, an efficient current rating of 2A and a low reverse blocking voltage that is ideal for LED lighting and other electronic applications. In addition, the simple working principle of the RFN2L4STE25 allows it to be used in designs where a low amount of current or voltage is required and allows for efficient power delivery.

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