D950N18TXPSA1

The D950N18TXPSA1 rectifier diode is a single component device that is used in applications to allow only one-way current flow, ensuring proper circuit protection. This diode is suitable for stepped waveforms and for use in low frequency circuits for signal and power applications. It is typically used when current having a relatively stable, low demand requires low losses to be maintained.

The D950N18TXPSA1 rectifier diode is a low power, low loss, rugged and economical device suitable for general purpose signal and power applications. It is suitable for use in a wide range of switch mode power supplies and is frequently used in AC-DC converters, DC-DC converters, and power factor correction circuits.

The D950N18TXPSA1 is ideal for applications that require high reverse voltage, low forward voltage drop, high current carrying capacity, and low leakage current. This makes the device ideal for use in LED lighting applications, automotive applications, power conversion, and power conditioning applications. It is especially valuable in applications utilizing high frequency switching regulators and flyback converters.

The D950N18TXPSA1 rectifier diode is capable of blocking reverse voltages up to 800V and is available in both standard and premium versions. The standard version provides superior blocking figure capabilities and low reverse leakage current, while the premium version offers excellent forward current handling and low forward voltage drop.

The D950N18TXPSA1 rectifier diode is an active two-terminal device. When an alternating current is applied to the anode and the cathode, the waveform is converted to a pulsed waveform. In other words, the diode will pass current during the positive half cycle, and no current will flow during the negative half cycle.

The blocking voltage of the diode is the amount of reverse voltage that can be applied before the diode starts to conduct. The forward voltage drop is the amount of voltage that the diode will drop when the current is applied in the forward direction. The leakage current is the amount of current that will leak through the diode when a reverse voltage is applied. The forward surge current is the amount of current the device can withstand without being damaged.