VI-2NW-IY-B1

DC DC Converters

VI-2NW-IY-B1 application field and working principle

When it comes to traditional DC power supply, there are mainly two categories: linear DC power supplies and switched DC power supplies, also known as DC DC converters. The former converts the AC power into DC power with the help of linear voltage regulation and phase control, while the latter makes use of electronic components to change the output voltage, making them used for higher power conversion and to facilitate the application of integrated circuit technologies. The VI-2NW-IY-B1 DC power supply is of the latter type, belonging to the group of DC DC converters.

The most common applications of the VI-2NW-IY-B1 power supplies are railway transportation, industrial equipment, and modern communicational devices. One of the main advantages of using the VI-2NW-IY-B1 power supply is its high efficiency, being able to deliver highly regulated output voltages even when there are significant variation in the input voltage while still consuming minimal power, as compared to traditional linear power supplies. The VI-2NW-IY-B1 power supplies are also especially friendly with the environment and operate under the most extreme temperatures without any issue.

The basic working principle behind the VI-2NW-IY-B1 power supply is that it pulsates the input power at a lower frequency, converting energy between two energy stores with the help of the voltage transformer. An inverting switch and a storing element complete the DC DC conversion process. The Volt-Amp controlled switch on the power supply is responsible for regulating the output voltage, while the fast response of the switch to voltage changes allows for high accuracy with the output voltage.

The VI-2NW-IY-B1 power supply operates in its purest form when there are no fluctuations in the input power supply. However, when the power voltage is subject to high input ripple, the pulsating signals on the DC output power line can be unacceptably high. This is where the unique innovative design of this power supply comes in. It incorporates a buck-boost circuit to reduce the effects of the input ripple on the output power line and to prevent the occurrence of large voltage fluctuations.

Lastly, in order to ensure that the output voltage is kept at a steady state, the power supply uses diodes that are connected in series in order to protect the output terminal from current overflow when the input voltage is higher than the output voltage. These diodes prevent the occurrence of short-circuits in the system while also limiting the output voltage to a specified range. Moreover, the input to the power supply is also equipped with EMC filter that further reduces the input ripple.

In conclusion, the VI-2NW-IY-B1 DC DC converter is an advanced high-performance power supply that is especially designed for applications in railways, industrial electronics and communicational devices. It is an innovative power supply that incorporates the latest technological advancements in order to deliver high accurate and regulated output voltages while consuming minimal power.