NCP114MXTCGEVB

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The NCP114MXTCGEVB is an Evaluation Board from ON Semiconductor that enables users to evaluate the performance of the NCP114 Linear Voltage Regulator- Low IQ Low Dropout Regulator. The board is designed with two output voltages, which are adjustable from 4.60V to 5.50V and a 2.5V fixed output. This board also provides circuit protection from current overflow and thermal overload. It also features Enable/Disable control, as well as LED indicators for output regulation.

The NCP114MXTCGEVB is easy to incorporate into existing power system designs due to its compact form factor and wide range of features. The board’s operation is relatively simple; it takes an input voltage of 7V to 24V, and provides two adjustable outputs and one fixed output.

The NCP114MXTCGEVB features a high accuracy regulator with low quiescent current, which is suitable for applications where power dissipation is important such as surface-mount designs and small form factor products. The board also has a low dropout voltage, which is very helpful when dealing with high input voltage applications. The board also has thermal protection, enabling the output voltage to remain stable in the event of over-temperature conditions.

The board also features an adjustable output voltage with a precision of 1.27V. This is very helpful to fine-tune output voltages in order to ensure the optimal performance of powered application.The board also features LED indicators and enable/disable switch, which are very useful in troubleshooting and operational monitoring.

The NCP114MXTCGEVB is suitable for a wide range of applications such as portable devices, power-sensitive consumer electronics,lighting, and renewable energy solutions. This board is also a perfect fit for small-form factor applications with its small foot-print.

In summary, the NCP114MXTCGEVB Evaluation Board from ON Semiconductor is an ideal power solution for a wide range of applications due to the board’s high accuracy and low quiescent current. Its small form factor and versatility in input voltage make it an attractive option for designers looking for a reliable and cost-effective power solution.

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