RF2001NS2DFHTL Discrete Semiconductor Products

RF2001NS2DFHTL is a diode array designed for rectification applications. It is a single phase bridge rectifier with a plastic envelope and four diode elements. The diodes are encapsulated in a plastic tube, making them suitable for use in medium to high voltage applications. The RF2001NS2DFHTL is suitable for use in both AC and DC circuits, and is designed to be robust and reliable.

The four diodes used in the RF2001NS2DFHTL are connected in a full wave rectifier configuration, with one anode connected to the positive voltage supply and the other anode connected to the negative voltage supply. The two cathodes are then connected together. When a positive voltage is applied to the anode, a current will flow from the anode to the cathode. This current flow allows the RF2001NS2DFHTL to convert AC power into DC power in a process known as rectification.

The RF2001NS2DFHTL application field encompasses the rectification of mains voltage AC into usable DC output power. The device is used in various power control applications, such as in the power supplies of consumer electronic devices, automotive electrical systems, and telecommunications apparatus. The RF2001NS2DFHTL is also suitable for use as a rectifier in applications such as solar energy harvesting, microinverter, and vibration monitoring systems.

The main advantage of the RF2001NS2DFHTL is its robustness, as the four diode elements offer protection against reverse voltage, voltage fluctuation, and power surges. Due to the plastic envelope and diode arrays, the RF2001NS2DFHTL is also able to support a wide temperature range, and is suitable for operation in temperatures ranging from -55°C to +125°C.

Additional features of the RF2001NS2DFHTL include its very low on-state voltage and low switching loss, making it ideal for applications that require high frequency conversion. The device also has a very efficient thermal dissipation and a high off-state current rating.

In summary, the RF2001NS2DFHTL is a diode array designed for rectification applications. It is able to support a wide temperature range and features a low on-state voltage for high frequency rectification. The device is used in various power control applications, such as in the power supplies of consumer electronics and the microinverter and vibration monitoring systems. It is also suitable for use in AC and DC circuits, and offers protection against reverse voltage, voltage fluctuation, and power surges.