UH1BHE3/5AT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The UH1BHE3/5AT is classified as a Single Rectifier Diode and is used for several applications including voltage regulation and polarity protection. The diode is composed of two terminals, an anode and a cathode. It is designed to allow current to flow in one direction, from the anode to the cathode, while blocking current flowing in the opposite direction.

The most common application of the diode is in power supplies. Power supplies typically incorporate a single rectifier diode to convert the AC voltage coming in to a DC voltage, which can then be regulated by other components. The diode also helps protect against transients, which are short-lived, high-amplitude signals that can damage other components.

Another application of the diode is in rectification circuits, which are used to convert AC voltage to DC voltage. The diode acts as a one-way valve, allowing current to flow in one direction and blocking it from flowing in the other. This helps protect any downstream components from damage, as it ensures that the voltage is always within the desired range.

The diode can also be used for polarity protection, to ensure that current is always flowing in the correct direction. By connecting a single rectifier diode to a circuit, with the anode connected to the source voltage and the cathode connected to the load, the diode will only allow current to flow if the source voltage is positive with respect to the load.

The diode also has a number of other applications, such as in surge protection, radio-frequency (RF) switches, and signal shaping. The diode\'s performance characteristics, such as reverse recovery time, peak forward voltage, and reverse leakage, are important factors to consider when selecting a particular diode for a specific application.

The working principle of the UH1BHE3/5AT single rectifier diode is based on the effect of a potential barrier created by a junction between two types of semiconductor material. When forward bias is applied, meaning that the anode has a higher potential than the cathode, the potential barrier is neutralized, allowing electrons to cross the junction and allowing current to flow. When reverse bias is applied, the potential barrier becomes larger, blocking current from flowing.

In summary, the diode is a versatile electronic component with a wide range of applications, including voltage regulation, polarity protection, rectification, surge protection, and RF switching. Its working principle is based on the effect of a potential barrier created by a junction between two types of semiconductor material, allowing current to flow in one direction and blocking it in the other.

The specific data is subject to PDF, and the above content is for reference