NRVBA320T3G

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Diodes - Rectifiers - Single

The NRVBA320T3G is a custom single-piece rectifier diode manufactured by the multinational semiconductor company, United Devices. It is a part of their "Low-leakage Cathode UltraFET" series, and the components therein are optimized for high-voltage, high-current rectification. The NRVBA320T3G is a silicon Schottky rectifier diode, operating at a maximum of 3.2A and 320V, and capable of a total power dissipation of up to 5W.

Applications

The NRVBA320T3G is one of the standard diodes used in circuit designs where a rectifying element is required, with any sort of energy or voltage surge protection. It is widely used for power supplies and DC power conversion, both for computer applications and industrial processes.

The rectifier diode functions as an electronic switch and is important for controlling current and voltage flow in an AC-to-DC circuit. They are also found in DC-to-DC converters for efficient energy transport. The NRVBA320T3G can also be used in switching applications, such as motion control or automated circuit testing systems.

The device can also be part of a power supply design, protecting the circuit from voltage spikes, as well as delivering higher than expected current on load due to its lower forward voltage compared to other diodes. This is typically used in the design of power supplies that require the most efficient use of power.

The NRVBA320T3G can be used in any situation where a fast turn-on, low forward drop, and ultra-low leakage current are desirable. In most cases, the NRVBA320T3G ensures dependable and reliable performance.

Working Principle

The NRVBA320T3G is a Schottky diode with a very low forward voltage of only 0.3V and a maximum reverse voltage of 320V. It has a very low leakage current, which is advantageous for applications that require high forward current, such as DC power conversion, automotive power supplies, and robotics.

The Schottky junctions formed within the NRVBA320T3G can conduct current in either direction, with a near-zero voltage drop when in forward-bias mode. When in reverse-bias mode, they can be triggered into conduction with the help of an external source, such as a voltage source.

The device\'s low forward voltage drop and lack of reverse recovery time make it a highly effective choice for energy-efficiency. Additionally, the device is also immune to both short-circuit and thermal runaway events, ensuring maximum reliability and safe operation.

In conclusion, the NRVBA320T3G rectifier diode is a versatile and reliable component to help fulfill any rectification requirements from computer applications to industrial processes. It carries many advantages, such as low forward voltage drop, near-zero voltage reverse drop, low leakage current, and immunity to short-circuits and thermal runaway.

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