NCP692MNADT2GEVB

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Evaluation Boards - Linear Voltage Regulators

NCP692MNADT2GEVB

The NCP692MNADT2GEVB evaluation board is a Linear Voltage Regulator (LVR) type designed for applications where a high performance solution is required, such as power supplies, motor drives, and industrial control systems. The LVR is a voltage regulation device that regulates a voltage supply to maintain a steady output. This is done through the use of a feedback system in order to provide a consistently steady output voltage, regardless of changes to the input voltage.

The NCP692MNADT2GEVB utilizes a two-phase synchronous buck topology to provide regulation and power conversion. The two-phase topology utilizes two Buck converters, each with a common device controlling both the upper and lower switches to convert the input voltage into a regulated output. This provides a steady regulated output, regardless of variations in the input voltage. In addition, this topology also allows for a higher amount of overall switching frequency compared to single-phase designs.

The NCP692MNADT2GEVB also features a fully integrated Fault Protection scheme that has an indication pin for Overvoltage, Undervoltage, Overcurrent, and Thermal Overload protection. This includes monitoring the output voltage and current, and can provide a further sense of safety in the event of an overload or over/under voltage situation.

The NCP692MNADT2GEVB also features an optimized EMI filter design, with specially designed inductors and capacitors for efficient power conversion. This reduces EMI radiation, providing improved system efficiency and lower noise in the system.

The NCP692MNADT2GEVB is designed for a variety of applications that require a steady regulated output voltage. This includes applications such as power supplies, motor drives, industrial control systems, lighting, and more. The NCP692MNADT2GEVB provides a high performance solution that ensures a steady output voltage, regardless of the input, and also offers robust fault protection for additional safety and security.

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