RTS-123.3/P

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DC-DC converters are systems with two separate electrical systems, often referred to as ‘HV’ and ‘LV’, which facilitate the conversion of direct current from one voltage level to another. In most cases, the HV system is the source of power while the LV system is designed with respect to the size and system requirements of the devices being powered. The RTS-123.3/P is a type of DC-DC converter and is often used in applications that require the conversion of power from one voltage and current level to another. The RTS-123.3/P is an evolutionary and efficient DC-DC converter and is capable of providing the required output power in both single and multiple output configurations. Its features make it suitable for many applications, including mobile communications, industrial automation, medical, and aerospace.

The RTS-123.3/P features a wide range of input and output voltages, enabling it to handle changes in voltage and current requirements from different sources and loads. The design of the converter allows for a wide-variety of control modes, allowing the user to get the most customizable and efficient solution for their needs. Active input output protection circuity delivers a very safe and reliable power conversion, and a variety of filters are available to minimize any unwanted interference. The efficiency of the RTS-123.3/P is also quite high, providing up to 95% efficiency in single output applications, and over 88% efficiency in multi-output configurations.The device also employs a power factor correction (PFC) that ensures that the power drawn by the system is within the allocated tolerance. The PFC also reduces the total harmonic distortion of the output voltage.

The working principle of the RTS-123.3/P is based on a buck converter which converts the electrical energy from a higher voltage to a lower voltage. This means that the device is able to transfer power from one system to the other via the output voltage. In order to achieve this, the converter must use two different electrical switches, the high-side switch and the low-side switch. The high-side switch operates at a higher voltage than the low-side switch, and when switched on, allows current to flow from the HV system to the LV system. The low-side switch operates at the same voltage as the LV system and when switched on, allows the current to flow from the LV system back to the HV system. The two switches are then controlled to modulate the power delivery between the two systems while maintaining a constant output voltage.

RTS-123.3/P is designed for multiple output configurations, and it is extremely user-friendly. It is designed with a wide variety of of features, making it a great choice for many applications. With its efficient design, the converter is able to deliver reliable power conversion and protection, resulting in minimal losses and maximized system performance. Additionally, it features input and output voltage flexibility, allowing it to adapt to many different applications. For these reasons, the RTS-123.3/P is an ideal choice for many DC-DC conversions, providing an efficient, reliable solution to a wide variety of applications.

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