NCP57152DSADGEVB

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The NCP57152DSADGEVB evaluation board from ON Semiconductor is a linear voltage regulator board designed to evaluate the performance of the NCP57152D Supervisory IC. This device is ideal for applications requiring a high precision voltage reference for power and analog circuits. The evaluation board is designed to allow engineers to easily assess the performance and quality of the NCP57152D Supervisory IC in their applications.

The NCP57152D Supervisory IC is a highly accurate, low power, voltage reference IC that can be used to supply a regulated voltage for analog circuits or for high precision regulation of transistor-based power circuits. For this device, a driving voltage of 1.2V to 5.5V is typical, with a maximum current output of up to 20mA. The device also provides excellent thermal regulation, with an adjustable temperature range from -40°C to +125°C. In addition, the device provides exceptional levels of transient response, with quick settling times of 300µs over a wide range of operating conditions.

The NCP57152-EVB includes an 8-Pin DIP package, 3-referenced output connections with a rated sense current of 8mA, an adjustable output voltage range of 0.6V to 5.5V, and an output voltage accuracy of ±3mV. The board also includes an LED indicator for easy monitoring of the output, a jumper to adjust the reference voltage, and an input isolation feature to reduce the effects of input ground loop disturbances. These features make the NCP57152-EVB ideal for applications such as power supply regulation, drive current control, and analog voltage stabilization.

The NCP57152DSADGEVB evaluation board is well-suited for use in applications that require a reference voltage with high accuracy and low power consumption. This board provides engineers with a convenient way to evaluate the performance and quality of the NCP57152D Supervisory IC before implementing it in their products. In addition, the board includes several features that make it ideal for use in a variety of different applications, from power supply regulation to drive current control and analog voltage stabilization.

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