AVS50-48S96

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DC-DC converters effectively convert a varying input voltage to maintain a steady output voltage. The AVS50-48S96 is a cutting-edge DC-DC converter designed to meet the comprehensive and power-intensive demands of the twenty-first century. This DC-DC converter exhibits a high degree of efficiency, low noise operation, and lightweight design for quick deployment.

Application Field

The AVS50-48S96 is specifically designed to be used in telecommunications, aerospace, and defense applications. It is suitable for both military and commercial applications. It has been designed for engineering projects that require high power outputs, especially those related to telecommunications and aerospace, where maximized efficiency and reliable operation are mandatory. Furthermore, this DC-DC converter is capable of providing stable, limited output current cleanly and efficiently over a range of voltages.

Working Principle

The AVS50-48S96 operates by converting a direct current (DC) input voltage to an adjustable output voltage. The converter is designed to provide a stable and regulated voltage by employing a switching regulator with an integrated transformer built with multiple primary and secondary windings. The transformer provides a means to step up or step down the AC voltage. When the input voltage is set at a higher voltage than the desired output voltage, the transformer will also be configured to step-down the incoming voltage in order to reduce the output voltage. The output voltage is set by varying the duty cycle of the switching regulator, allowing the output voltage to be precisely set and constantly regulated. This ensures that the output is always the same, regardless of the input voltage. The converter also provides over voltage and short circuit protection in order to prevent unintentional damage to the device or the system.

The AVS50-48S96 is suitable for use in a wide variety of applications, providing reliable power for critical operations. Its robust design allows it to be deployed in space constrained applications and high power applications. Furthermore, it operates without generating excessive thermal or electrical noise, while providing an efficient and reliable source of power.

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