XRP7675EVB

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The XRP7675EVB evaluation board is used in DC/DC and AC/DC (off-line) SMPS (switched-mode power supply) applications. Some of the applications also include power factor correction (PFC), active harmonic distortion filtering (AHDF) and active clamp forward (ACF) designs. XRP7675EVB is offered by Power Integrations, Inc., a reputed manufacturer and innovator of high-performance integrated circuits.

XRP7675EVB evaluation board consists of reference designs that are compatible to PI’s BCD, MAC30 and TrenchFET ® MOSFETs. The goal of this board is to allow users to quickly and easily evaluate a system’s performance and address design challenges through a real-world test environment. This evaluation board includes a wide variety of voltage and current sensing functionality, channel-to-channel synchronous buck totem pole power stages, sinusoidal current mode, and an intuitive graphical interface to facilitate the review of system level performance.

XRP7675EVB features a synchronous buck totem pole power stage with up to five channels. These channels are designed to provide 12V output using a 4V to 18V input range. Each channel also provides a fast dynamic response using a slew rate of up to 80V/ms with a fast ramp response time of 10 μS. The board also features four current sensing channels and four voltage sensing channels to enable the evaluation of multiple design aspects. This evaluation board also includes a user-friendly graphical interface (GUI) that allows for easier system evaluation, allowing users to access detailed information about their design quickly and effectively.

Another key feature of XRP7675EVB is its support for sinusoidal current mode. This feature provides a more efficient and optimized power design, reducing power losses and allowing for improved system performance. This feature also eliminates peak noises, which can lead to losses and severe distortion components. Additionally, with its high peak load current handling, XRP7675EVB is suitable for high-current applications such as lighting and motor control.

XRP7675EVB also includes active-clamp forward (ACF) circuits with high-efficiency rates of up to 93%. This feature is particularly useful in applications that require a more linear power delivery, making the XRP7675EVB suitable for ACF applications that require a low-noise and low-ripple operation. The board also features active harmonic distortion filtering (AHDF) to reduce distortion of the output waveform.

XRP7675EVB also includes power factor correction (PFC) functionality. This makes XRP7675EVB suitable for PFC applications, such as LED lighting and motor drives. This board has a peak efficiency of up to 95%, providing a low-cost power design with high performance. The user-friendly graphical interface also makes it easy to evaluate and review system performance.

In conclusion, XRP7675EVB evaluation board is a versatile and powerful platform that is suitable for a variety of DC/DC and AC/DC (off-line) SMPS applications, such as power factor correction (PFC), active harmonic distortion filtering (AHDF), and active clamp forward (ACF) designs. This evaluation board is a great way to quickly and easily evaluate a system’s performance, providing an intuitive graphical interface and a wide variety of voltage and current sensing functionality. XRP7675EVB provides the user with an efficient and optimized power design solution with a maximum peak efficiency rate of up to 95%, making it a suitable choice for applications requiring a low-noise solution.

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