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Datasheet of STM32F10XXSTM32F103X8

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V).

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input?

Datasheet of sensor

Datasheet of STM32F10XX

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V).

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input?

Datasheet of sensor

Datasheet of STM32F103X8

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V).

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input?

Datasheet of sensor

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Datasheet of STM32F10XX

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V). Datasheet of sensor

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input?

Datasheet of sensor

Datasheet of STM32F10XX

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V). Datasheet of sensor

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input?

Datasheet of STM32F10XX

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V).

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input?

Datasheet of sensor

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STM32F107 Pinout enter image description hereDatasheet of STM32F10XX

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V). Datasheet of sensor

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input? The datasheet of sensor

STM32F107 Pinout enter image description here

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V).

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input? The datasheet of sensor

Datasheet of STM32F10XX

I found the sensor output a voltage ranged 0~5V, which is higher than the ADC port can tolerate with (in STM32F1XX datasheet all ADC ports can only tolerate 3.3V). Datasheet of sensor

How to make it accessible to input 0~5V ,without destroying MCU and, not losing too much accuracy of analog voltage input?

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