BB-SDR-120-48

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AC-DC converters are used for converting alternating current into direct current and are used in the power systems for both smaller and bulkier operations and tasks. The AC-DC converter consists of three major elements: the interface, the converter, and the control element. The converter consists of two major elements: the rectifier and the transformer. The rectifier allows the current to go either forward or reverse, and the transformer converts it from AC to DC.

The BB-SDR-120-48 AC-DC Converter is a switchmode, single channel, 48V full-bridge rectifier designed for use in high voltage, high power applications. This converter features short circuit protection, over temperature protection, and is designed for high efficiency operation. It is well suited for applications such as electric vehicle charging, renewable energy system, power conditioning, telecom infrastructure, general power supplies and many other high power applications.

The BB-SDR-120-48 provides galvanic isolation between the input and the output of the system. This enables the user to safely connect the device to different port types and also ensures that the output voltage will remain stable while operating in wide voltage and temperature ranges. The device can handle maximum input voltage of 300VDC and has an operating temperature of -25°C to +70°C.

The BB-SDR-120-48 was specifically designed to be robust, reliable and efficient. It is designed to operate at high power levels while maintaining high efficiency and low noise levels. Its wide input voltage range makes it suitable for applications in both global power and voltage sources. The BB-SDR-120-48 also features advanced surge protection, over temperature protection and current limiting.

The working principle of the BB-SDR-120-48 AC-DC converter is based on the conversion of alternating current to direct current through a rectifier, which utilizes the PWM technique. A series of pulses are applied to the SR or S linear switch that is used in the rectifier and the corresponding output voltage is determined. The PWM technique is used to ensure that the output voltage remains within the specified limits throughout the entire range of operation of the converter.

Furthermore, the BB-SDR-120-48 provides advanced protection features such as short circuit protection, over temperature protection, and current limiting to ensure safe and reliable operation. The device is designed for high efficiency operation and is well suited for electric vehicle charging, renewable energy systems, power conditioning, telecom infrastructure, general power supplies, and many other high power applications.

It is extremely flexible in terms of its application field and is capable of providing a wide range of outputs up to 48V, making it suitable for a variety of applications. The BB-SDR-120-48 is designed for high power and long life, and it is well suited for a variety of applications. In addition, it is designed for easy installation, making it an attractive choice for many customers.

The BB-SDR-120-48 AC-DC converter is the ideal solution for a variety of applications that require efficient, reliable and high power output. Its flexible design, advanced protection features, and easy installation allow users to benefit from its performance at a competitive price. With its wide range of features and applications, the BB-SDR-120-48 is a reliable solution for powering a variety of applications.

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