HS18230R

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The HS18230R is a rectifier diode, commonly used in rectifier applications such as power supplies, DC-DC converters, linear regulators and load switching circuits. The diode is capable of achieving very high current rating to support high power rectifier designs. It is an ideal choice for applications requiring a high-efficiency, small size and low forward voltage drop.

HS18230R overview and specifications

The HS18230R is a rectifier diode that is used mainly in high current applications up to 30A. It has a V f (forward voltage drop) of just 1.75V and an ESR of just 0.011ohm. This makes it ideal for high power applications, as it can handle higher voltages and currents with low resistance. The diode is also capable of withstanding a reverse voltage up to 200V for 10ms. In addition, it has a junction temperature range of -55°C to +125°C, making it suitable for both commercial and industrial applications.

HS18230R application field and working principle

The HS18230R is mainly used for rectifying power supplies and other applications with high current requirements. Generally, the rectifier diode works by allowing a current to flow in one direction, while blocking the current in the opposite direction. It functions as a switch, allowing current in one direction and blocking it in the other direction.

The diode is typically used in power supplies, DC-DC converters and linear regulators in order to convert AC voltage into DC voltage. The diode is placed in series with a transformer, and when a wave of alternating current passes through it, it converts the wave into a steady DC voltage. By using the HS18230R, engineers can achieve high current rectifier designs with low resistance and a small footprint.

Conclusion

The HS18230R is an ideal choice for rectification applications requiring high efficiency and low voltage drops. It is a robust and reliable diode capable of withstanding high currents and voltages, making it a great choice for engineers designing power supplies, DC-DC converters, linear regulators and load switching circuits. With its low ESR, it can provide significant efficiency gains, making it ideal for high-power applications.

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