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

Diodes - Rectifiers - Arrays: F1827RD1600 Application Field and Working Principle

The F1827RD1600 is a series of semi-conducting devices commonly employed in the fields of telecommunication and electronics. These devices have a number of highly advantageous features including their low-current leakage and vastly improved durability. In this article, we will further discuss the usage areas and working principles behind the F1827RD1600 rectifier diodes.

Rectifier Diodes and their Application Fields

By definition, rectifier diodes are a type of semi-conductor devices with two layers of semiconducting materials that have different electron densities. This device offers a degree of control and is typically employed in the production of alternating current (AC) to direct current (DC) power. It works by allowing the current to flow in one direction only and blocking the opposite direction. With these features, rectifier diodes are often used in applications such as electrochromic displays, transportation, and medical treatments.

The F1827RD1600 rectifier diodes are particularly designed to meet the demand of component miniaturization that is increasing as our technological age proceeds. This series of diodes carries a very slim form factor, specifically a thickness of only 1.2mm and an overall package of just 6.7mm x 6.7mm. Despite their small size, these diodes have a substantial maximum current capacity of 1600mA and can sustain peak power of 37W, making them ideal for embedded applications.

Working Principle of the F1827RD1600

The first part of the F1827RD1600’s working principle can be explained as the conversion from AC to DC as previously mentioned. The rectifier diode features a forward current with a small drop dubbed the ‘forward voltage’. This voltage is highly dependant on the pn-termination, which is a type of ‘junction’ or interface, of the device. When the forward current is flowing, the inertia of the inductance field will primarily cause voltage drops in the form of large forward gains in the rest of the components so that the effective current is limited and ultimately converted to DC.

The second notable feature of the F1827RD1600 lies in its reverse voltage characteristics. The device contains an integrated protection diode with a breakdown voltage of 1500V which provides the device with highly efficient protection against potential damage. This reverse voltage feature is essential in applications such as UPS power supplies.

The F1827RD1600 also offers users better protection against other potential damages such as ESD and inrush current. It is highly resistant to both as its capacitance tolerance is up to 325V. This ensures that both ESDs and inrush currents do not accidentally damage the device as very little or no current flows when the device is exposed to them.

Conclusion

In conclusion, the F1827RD1600 represents the apex in rectifier diode technology and is highly sought after by electronics and telecom production companies alike. Its slim design, high current capacity, forward voltage, reverse voltage protection, and ESD and inrush current protection make it an ideal choice for telecommunication and embedded applications. We hope that this article has been helpful in giving more detailed insights into the application field and working principles behind the F1827RD1600 rectifier diode.

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