NCP3126CRAGEVB

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The NCP3126CRAGEVB is an evaluation board that can be utilized for designing, developing, and testing off-line DC/DC and AC/DC SMPS (Switch Mode Power Supplies) applications. It is equipped with several features, such as an embedded NCP3126CR integrated circuit-based synchronous DCM (Discontinuous Conduction Mode) PFC (Power Factor Correction) controller, which provides leading power factor over 90%, allowing precise current sharing among multiple outputs. The NCP3126CRAGEVB is a convenient solution for the designer as it allows simplified testing and configuration, while easily integrating the NCP3126CR into their existing system.

The NCP3126CR is a switching regulator controller that is used to regulate power in DC/DC and AC/DC SMPS applications. The controller integrates proprietary analog and digital circuitry, allowing it to provide high efficiency, robust overload protection, and low-noise operation. Furthermore, the NCP3126CR also features an analog input interface, which enables it to accurately sense the primary current waveform and frequency. This enables the controller to respond quickly and accurately, making it ideal for low-power supplies that require high efficiency and accuracy.

To configure the NCP3126CR, the user can access a set of adjustable parameters. These include the voltage and current gains, temperature coefficients, overvoltage protection limit, peak current limit, etc. The provided adjustable parameters enable the user to configure the NCP3126CR to match the desired application requirements. Furthermore, the controller also provides a fast response time of 1 µs, allowing it to respond quickly to changing load conditions.

In addition, the NCP3126CR also features integrated MOSFET gate driver circuitry. This enables the controller to accurately drive power switches with precise current and voltage waveforms. Further, the controller features a maximum output voltage of 130V and a maximum output current of 6A, making it ideal for applications with high power requirements. Lastly, the NCP3126CR also has an internal temperature sensor for temperature monitoring and protection.

The main advantage of using the NCP3126CRAGEVB is the simplified testing and configuration. As the user can easily access various adjustable parameters, it makes it much easier to design, develop, and test applications using this board. Furthermore, the board is also equipped with an additional sensor, such as an LED monitor, enabling the user to easily track the device performance in real-time. This makes the NCP3126CRAGEVB a great evaluation board for off-line DC/DC and AC/DC SMPS applications.

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