Sensor microwaves, also known as smart or automatic microwaves, are equipped with sensors that detect the moisture or humidity levels inside the microwave oven. These sensors enable the microwave to adjust the cooking time and power level automatically based on the detected conditions. Here's a general overview of how sensor microwaves work:
Moisture/Humidity Detection: Sensor microwaves use a humidity or moisture sensor typically located inside the cooking cavity. The sensor measures the humidity level in the microwave during operation.
Initial Heating: When you place food in the microwave and start the cooking process, the microwave emits microwave radiation to heat the food. As the food heats up, it releases moisture into the microwave cavity.
Sensing Changes in Humidity: The humidity sensor continuously monitors the humidity levels inside the microwave cavity. It measures the changes in humidity as the food cooks.
Adjusting Cooking Parameters: Based on the humidity levels detected, the sensor microwave's internal computer analyzes the data and compares it to pre-programmed settings or algorithms. It determines the optimal cooking time and power level required for the specific food item.
Adaptive Cooking: The microwave adjusts the cooking time and power level accordingly to achieve more precise and even cooking. It may reduce the cooking time if the food is cooking faster than anticipated or increase the cooking time if it's cooking slower.
End of Cooking: Once the sensor microwave determines that the food is cooked based on the moisture levels, it will automatically shut off or alert you that the cooking process is complete.
Sensor microwaves aim to provide more accurate and consistent cooking results by adjusting the cooking parameters in real-time based on the detected moisture levels. However, the performance and effectiveness of sensor microwaves can vary across different models and brands. It's always recommended to consult the specific user manual or manufacturer's instructions for detailed information on the operation and features of your particular sensor microwave.