The conversion of 650 mah to volts results in approximately 3.25 volts.
This is based on the typical voltage for a lithium-ion battery of around 3.7 volts, adjusted for capacity. Since mah (milliamp hours) measures capacity and volts measures electric potential, the main point is that the voltage stays relatively constant while capacity varies. So, 650 mah generally corresponds to about 3.25 volts for a standard lithium-ion cell.
Introduction to Mah to Volts Conversion
Mah (milliamp hours) and volts are different units measuring different aspects of a battery. Mah shows how much charge a battery can store, while volts tell us the electrical pressure. To convert mah to volts, you need to know the battery’s voltage rating. For common lithium-ion batteries, this is usually around 3.7 volts, so 650 mah is roughly 3.25 volts.
Conversion Tool
Result in volts:
Conversion Formula
The formula used to convert mah to volts for a battery is: Volts = Mah * Capacity Factor. For lithium-ion batteries, this factor is about 0.005 volts per mah. This works because the voltage remains generally stable, and capacity in mah, when multiplied by the voltage per unit capacity, gives the voltage. For example, 650 mah x 0.005 = 3.25 volts.
Conversion Example
- Convert 700 mah:
- Calculate: 700 * 0.005 = 3.5 volts.
- The voltage for 700 mah is about 3.5 volts.
- Convert 600 mah:
- Calculate: 600 * 0.005 = 3.0 volts.
- Voltage for 600 mah is approximately 3.0 volts.
- Convert 800 mah:
- Calculate: 800 * 0.005 = 4.0 volts.
- This shows the voltage for 800 mah is around 4.0 volts.
Conversion Chart
| mAh | Volts |
|---|---|
| 625.0 | 3.1250 |
| 630.0 | 3.1500 |
| 635.0 | 3.1750 |
| 640.0 | 3.2000 |
| 645.0 | 3.2250 |
| 650.0 | 3.2500 |
| 655.0 | 3.2750 |
| 660.0 | 3.3000 |
| 665.0 | 3.3250 |
| 670.0 | 3.3500 |
| 675.0 | 3.3750 |
This chart helps you quickly see the voltage for different mah values based on the conversion factor. To use, find your mah value in the first column, then read across to see the approximate volts.
Related Conversion Questions
- What is the voltage of a 650 mah lithium-ion battery?
- How do I convert mah to volts for different battery types?
- Is 650 mah the same as 3.25 volts in all batteries?
- Can I increase the mah to get higher voltage?
- What is the typical voltage for 650 mah batteries in mobile devices?
- How does capacity in mah affect battery life, not voltage?
- What conversion factor should I use for other battery chemistries?
Conversion Definitions
Mah
Mah (milliamp hours) measures how much charge a battery can store over time. It indicates the capacity of the battery, meaning how long it can power a device before needing a recharge. Higher mah means longer usage at a given current draw.
Volts
Volts measure the electrical potential difference between two points. In batteries, volts represent the force pushing electric current. Most batteries have a nominal voltage, which stays relatively constant during use, impacting device compatibility.
Conversion FAQs
How accurate is converting mah to volts with the given formula?
The conversion provides an approximation based on typical lithium-ion battery voltage. Actual voltage can vary slightly depending on battery condition and chemistry. For precise applications, measure voltage directly with a multimeter.
Why does the voltage stay constant while capacity varies?
Battery voltage is determined by the chemistry and design, remaining stable during discharge. Capacity (mah) changes with charge stored, but the voltage reference point remains about the same until the battery is nearly empty or full.
Can I convert any mah value to volts for all battery types using the same factor?
No, different battery chemistries have different voltage profiles and capacities. The 0.005 factor applies mainly to lithium-ion batteries. For others like NiMH or lead-acid, different conversion factors are needed.