# What is the resolution of 10 bit adc of 5v

## How to Improve ADC Resolution

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ADCs convert analog inputs that can vary from zero volts on up to a maximum voltage level that is called the reference voltage. The reference voltage determines the ceiling of what the ADC can convert, and is essentially the yardstick against which every proportion and result is measured. Therefore, in choosing a reference voltage V REF the voltage output level and initial accuracy are of the first concern. The voltage reference is external to the ADC, and along with an amplifier to drive the reference, contributes to the overall system noise. Figure 1: Both the voltage reference device and the amplifier reference buffer can contribute to overall system noise for the ADC. Source: e2e.

Resolution and accuracy are terms that are often interchanged. In other words, resolution is the smallest voltage increment corresponding to a 1 LSB change. For example, an 8-bit ADC produces 2 8 , or output codes. The accuracy of the ADC determines how close the actual digital output is to the theoretically expected digital output for a given analog input. In other words, the accuracy of the converter determines how many bits in the digital output code represent useful information about the input signal.

Advanced search. Resolution in this context refers to the conversion of an analog voltage to a digital value in a computer and vice versa. A computer is a digital machine and thus stores a number as a series of ones and zeroes. If you are storing a digital 2-bit number you can store 4 different values: 00, 01, 10, or Now, say you have a device which converts an analog voltage between 0 and 10 volts into a 2-bit digital value for storage in a computer. This device will give digital values as follows:. So in this example, the 2-bit digital value can represent 4 different numbers, and the voltage input range of 0 to 10 volts is divided into 4 pieces giving a voltage resolution of 2.

With the standard setup you can measure a voltage between 0V and 5V with a resolution of 4. There is always some confusion about whether to divide by or to get the voltage value for each bit. The reason that you will see the wrong equation on the web is so that the output "feels" right i. This is the wrong equation to use and means there is an offset added to all values. The ADC converter compares the input analogue voltage to a portion of Vref using a divide by two sequence.

## What does 12- or 16-bit resolution mean?

#10 Tutorial: Make the Arduino Analog Readings more precise

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I have a microcontroller with 10 bit adc. Adc ref voltage is 5Vdc. So that means I have to measure voltage with 0. I think yes, calculation according to me: A. TO make Vdc to 5V I will use resistor divider of 20 i. What is the tolerance of your reference voltage and resistor divider?

A bit ADC has , or 1, possible output codes. So the resolution is 5V/ 1,, or mV; a bit ADC has a mV resolution for this.
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