RSS-1524/P-R

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RSS-1524/P-R Application Field and Working Principle

The RSS-1524/P-R is a type of DC DC converter typically used for aerospace and military applications. It is designed for use in high-temperature, harsh environments and provides a regulated, low-noise output across wide temperature variations. The RSS-1524/P-R is a highly efficient and reliable converter, designed for harsh and extreme temperature variations.

The standard model of the RSS-1524/P-R is rated from 10 to 24VDC input and provides a regulated, low-noise output of 12V/15A. It also includes an internal protection circuit against voltage or current overload. The converter can also be configured to operate from -40V to +40V input, with a regulated, low-noise output of 12V/15A. It has a minimum efficiency of 70%.

The RSS-1524/P-R converter utilizes a standard buck/boost topology. This topology has some unique characteristics, such as a soft-start feature, which reduces start-up current spikes and transient voltages. It also allows the RSS-1524/P-R to operate with a wide range of input voltages, ranging from -40V to +40V.

The RSS-1524/P-R converter features a synchronous rectification method, which provides high efficiency, low EMI and low ripple. The converter is also protected against overloads and short-circuits by a current-limiting circuit. The converter is designed to operate at a very low-noise, with an acoustical noise floor of less than 16dB(A).

The RSS-1524/P-R converter is designed to be very reliable in harsh environments. It features an independent current-limiting circuit to protect against overloads and short-circuit conditions. Additionally, the converter has a high temperature rating, beyond the range of 90°C, and wide operating temperature range of -55°C to +125°C.

The RSS-1524/P-R is a highly reliable and efficient DC-DC converter suitable for Aerospace and other extreme temperature military applications. It is designed to provide a regulated, low-noise output across wide temperature variations, with high efficiency, low EMI and low ripple. Additionally, the converter is protected against overload and short-circuit conditions, with an operating temperature range of -55°C to +125°C, and an acoustical noise floor of less than 16dB(A).

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