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NSV45090JDT4G Application Scenario: Power Supply for Microcontroller-Based IoT Node
1. Input Voltage (Pin 1 - VIN):
- Pin 1 (VIN) connects to the unregulated input voltage source, typically a battery or energy-harvesting circuit, which may have voltage variations.
2. Output Voltage (Pin 2 - VOUT):
- Pin 2 (VOUT) provides the regulated and stable output voltage required to power a microcontroller and associated sensors in an IoT node.
3. Ground (Pin 3 - GND):
- Pin 3 (GND) is connected to the common ground reference of the entire system.
4. Enable (Pin 4 - EN):
- Pin 4 (EN) can be used as an enable/disable control input to turn the voltage regulator on/off, allowing power management for the IoT node.
NSV45090JDT4G Design Considerations:
When designing a circuit using the NSV45090JDT4G voltage regulator for a microcontroller-based IoT node, you should consider the following key points:
1. Input Voltage Range: Ensure that the input voltage applied to Pin 1 (VIN) can accommodate variations and fluctuations expected in the energy source (e.g., battery voltage discharge) while staying within the specified input voltage range mentioned in the datasheet.
2. Output Voltage Selection: Configure the regulator to provide the desired regulated output voltage suitable for powering the microcontroller and sensors, considering their voltage requirements.
3. Input and Output Capacitors: Include input and output capacitors as recommended in the datasheet to stabilize the regulator and reduce output voltage ripple, ensuring stable operation of the microcontroller and sensors.
4. Enable Control: Utilize Pin 4 (EN) for enabling or disabling the voltage regulator to manage power consumption and extend battery life in the IoT node.
5. Efficiency and Quiescent Current: Evaluate the efficiency of the voltage regulator, especially when operating from a battery source, and consider the quiescent current to minimize power losses during idle periods.
6. Transient Protection: Implement transient voltage protection, such as input/output capacitors or transient voltage suppressors, to safeguard the voltage regulator and sensitive components from voltage spikes and transients.
In summary, the NSV45090JDT4G is a voltage regulator IC suitable for powering microcontroller-based IoT nodes. When designing a circuit with this IC, carefully consider the input voltage range, output voltage selection, input/output capacitors, enable control, efficiency, quiescent current, and transient protection to ensure reliable and efficient power management for your IoT application.
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