V48B36M250BN3

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DC DC converters are power conversion devices used to indicate voltages higher or lower than the input voltage. The V48B36M250BN3 is a high voltage midrange DC DC converter designed to convert an intermediate DC input battery to a stable DC output voltage. It is an ideal choice for high power applications with its excellent weight versus performance ratio.

The V48B36M250BN3 features input voltage range from 25 to 36V DC with an adjustable output voltage range of 0.5 to 250V. It is designed with low noise, high efficiency, a wide operating temperature range and low component count. It is enclosed in a rugged insulation housing which is suitable for harsh industrial environments.

The V48B36M250BN3 has a wide range of application fields, such as electric vehicles, solar installations, renewable energy and industrial control applications. Due to its low voltage dropout and wide input range, it can be used as a bridge rectifier circuit in electric vehicles to protect them from power spikes and to step down the voltage. It is also ideal for renewable energy applications, such as solar installations and wind turbines, due to its low component count and high efficiency. Furthermore, it can be used in industrial control panels, as it offers accurate precision with its adjustable output voltage range. Additionally, the V48B36M250BN3 features reverse polarity protection, making it suitable for many industrial applications.

The working principle of the V48B36M250BN3 is based on the switching power converter technology. It uses an input DC voltage and switches the circuit components, such as inductors and capacitors, at a specific frequency to control the output voltage. This switching process is controlled by a circuit and the input voltage is stepped up to the desired output voltage.

Furthermore, the V48B36M250BN3 features over-voltage, over-current and reverse polarity protection circuits, in order to protect the device and the system against excessive voltage and current levels. The over-voltage protection circuit monitors the voltage at the output terminal and reduces the voltage if the voltage reaches the over-voltage limit. The over-current protection circuit is used to monitor the current flowing through the device and disconnect the device from the input voltage if the current is more than the specified current limit. The reverse polarity protection circuit is an essential feature that helps the device to protect itself from reverse polarity connections.

The V48B36M250BN3 DC DC converter offers excellent performance and efficiency which makes it an ideal choice for a range of high power applications. It offers easy installation and wide input and output voltage tolerance, allowing it to be used in a variety of applications, from industrial control panels to renewable energy installations.

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