RSHN-2030LD

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Power line filter modules are used in many electrical & electronic applications to reduce the unwanted noise within the power lines. The RSHN-2030LD is one such power line filter module that is used for a variety of applications. It is a highly efficient dual inductor design that is specifically engineered to reduce the amount of unwanted high frequency noise present on power lines.

The RSHN-2030LD is designed to operate over a wide temperature range (-55°C to +120°C) and is widely used in areas where high temperatures are regularly encountered. The module is very compact and lightweight, making it ideal for a variety of applications. Its operating frequency range is wide enough for most applications, ranging from 270kHz to 800kHz. It also has an adjustable inductor which makes it easy to tailor the module to the specific noise requirements of the application. The module also has excellent ESD performance, with an ESD voltage of ± 19kV on all exposed metal surfaces.

The RSHN-2030LD is designed to work in conjunction with input and output circuits to provide maximum noise reduction. The input and output are connected to the inductors, while the ground connection is connected to the filter’s ground. The module works by utilizing both inductors to filter out harmful high frequency noise from the power line. The first inductor is used to absorb high frequency noise, while the second works to stop any remaining noise from reaching the output. The inductors work in a way that reduces the amount of energy needed to power the filter, as the inductors use their own magnetic fields to absorb and dissipate high frequency noise.

The RSHN-2030LD is a great choice for a power line filter module. Its highly efficient dual inductor design makes it well suited for a wide range of applications. Its adjustable inductors allow it to be easily tailored to the specific noise requirements of the application. The wide operating temperature range and ESD performance make it ideal for use in areas that are prone to high temperatures and ESD. Moreover, its low energy consumption makes it an ideal choice for applications that require maximum efficiency.

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