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Output Voltage of Inverted R-2R Linear Converter Formula

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GoOutput Voltage of R-2R Linear Converter Formula

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Output Voltage is electrical voltage produced by the device after it has processed an input signal. Check FAQs

V out = V ref \cdot ((\frac{b 1}{2}) + (\frac{b 2}{4}) + (\frac{b 3}{8}) + (\frac{b 4}{16}))

V_out - Output Voltage?V_ref - Reference Voltage?b₁ - Switch Position 1?b₂ - Switch Position 2?b₃ - Switch Position 3?b₄ - Switch Position 4?

Output Voltage of Inverted R-2R Linear Converter Example

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With units

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Here is how the Output Voltage of Inverted R-2R Linear Converter equation looks like with Values.

Here is how the Output Voltage of Inverted R-2R Linear Converter equation looks like with Units.

Here is how the Output Voltage of Inverted R-2R Linear Converter equation looks like.

11.75 = 2 \cdot ((\frac{8.1}{2}) + (\frac{1.3}{4}) + (\frac{9}{8}) + (\frac{6}{16}))

11.75V = 2V \cdot ((\frac{8.1}{2}) + (\frac{1.3}{4}) + (\frac{9}{8}) + (\frac{6}{16}))

11.75 = 2 \cdot ((\frac{8.1}{2}) + (\frac{1.3}{4}) + (\frac{9}{8}) + (\frac{6}{16}))

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Output Voltage of Inverted R-2R Linear Converter Solution

Follow our step by step solution on how to calculate Output Voltage of Inverted R-2R Linear Converter?

FIRST Step Consider the formula

V out = V ref \cdot ((\frac{b 1}{2}) + (\frac{b 2}{4}) + (\frac{b 3}{8}) + (\frac{b 4}{16}))

Next Step Substitute values of Variables

∴

V out = 2V \cdot ((\frac{8.1}{2}) + (\frac{1.3}{4}) + (\frac{9}{8}) + (\frac{6}{16}))

Next Step Prepare to Evaluate

∴

V out = 2 \cdot ((\frac{8.1}{2}) + (\frac{1.3}{4}) + (\frac{9}{8}) + (\frac{6}{16}))

LAST Step Evaluate

∴

V out = 11.75V

Output Voltage of Inverted R-2R Linear Converter Formula Elements

Variables

Output Voltage

Output Voltage is electrical voltage produced by the device after it has processed an input signal.

Symbol: V_out

Measurement: Electric PotentialUnit: V

Note: Value should be greater than 0.

Formulas to find Output Voltage

Open Variable

Reference Voltage

Reference Voltage is the stable voltage used as a standard to compare and regulate the output voltage during conversion.

Symbol: V_ref

Measurement: Electric PotentialUnit: V

Note: Value can be positive or negative.

Formulas to find Reference Voltage

Open Variable

Switch Position 1

Switch Position 1 refers to the setting or configuration of a switch within the converter circuit position of switch 1.

Symbol: b₁

Measurement: NAUnit: Unitless

Note: Value can be positive or negative.

Formulas to find Switch Position 1

Open Variable

Switch Position 2

Switch Position 2 refers to the setting or configuration of a switch within the converter circuit position of switch 2.

Symbol: b₂

Measurement: NAUnit: Unitless

Note: Value can be positive or negative.

Formulas to find Switch Position 2

Open Variable

Switch Position 3

Switch Position 3 refers to the setting or configuration of a switch within the converter circuit at position 3.

Symbol: b₃

Measurement: NAUnit: Unitless

Note: Value can be positive or negative.

Formulas to find Switch Position 3

Open Variable

Switch Position 4

Switch Position 4 refers to the setting or configuration of a switch within the converter circuit at position 4.

Symbol: b₄

Measurement: NAUnit: Unitless

Note: Value can be positive or negative.

Formulas to find Switch Position 4

Open Variable

Other Formulas to find Output Voltage

Go Output Voltage of R-2R Linear Converter

V out = (R f \cdot \frac{V ref}{R}) \cdot ((\frac{d 4}{16}) + (\frac{d 3}{8}) + (\frac{d 2}{4}) + (\frac{d 1}{2}))

Other formulas in Digital to Analog category

Go Output Voltage of Binary Weighted Converter

V o = - V ref \cdot ((\frac{d 1}{16}) + (\frac{d 2}{8}) + (\frac{d 3}{4}) + (\frac{d 4}{2}))

How to Evaluate Output Voltage of Inverted R-2R Linear Converter?

Output Voltage of Inverted R-2R Linear Converter evaluator uses Output Voltage = Reference Voltage*((Switch Position 1/2)+(Switch Position 2/4)+(Switch Position 3/8)+(Switch Position 4/16)) to evaluate the Output Voltage, The Output Voltage of Inverted R-2R Linear Converter formula is the final effective output voltage of the inverted R-2R Linear type AC. Output Voltage is denoted by V_out symbol.

How to evaluate Output Voltage of Inverted R-2R Linear Converter using this online evaluator? To use this online evaluator for Output Voltage of Inverted R-2R Linear Converter, enter Reference Voltage (V_ref), Switch Position 1 (b₁), Switch Position 2 (b₂), Switch Position 3 (b₃) & Switch Position 4 (b₄) and hit the calculate button.

FAQs on Output Voltage of Inverted R-2R Linear Converter

What is the formula to find Output Voltage of Inverted R-2R Linear Converter?

The formula of Output Voltage of Inverted R-2R Linear Converter is expressed as Output Voltage = Reference Voltage*((Switch Position 1/2)+(Switch Position 2/4)+(Switch Position 3/8)+(Switch Position 4/16)). Here is an example- 11.75 = 2*((8.1/2)+(1.3/4)+(9/8)+(6/16)).

How to calculate Output Voltage of Inverted R-2R Linear Converter?

With Reference Voltage (V_ref), Switch Position 1 (b₁), Switch Position 2 (b₂), Switch Position 3 (b₃) & Switch Position 4 (b₄) we can find Output Voltage of Inverted R-2R Linear Converter using the formula - Output Voltage = Reference Voltage*((Switch Position 1/2)+(Switch Position 2/4)+(Switch Position 3/8)+(Switch Position 4/16)).

What are the other ways to Calculate Output Voltage?

Here are the different ways to Calculate Output Voltage-

Output Voltage=(Feedback Resistance*Reference Voltage/Resistance)*((Least Significant Bit/16)+(Third Bit/8)+(Second Bit/4)+(Most Significant Bit/2))

Can the Output Voltage of Inverted R-2R Linear Converter be negative?

No, the Output Voltage of Inverted R-2R Linear Converter, measured in Electric Potential cannot be negative.

Which unit is used to measure Output Voltage of Inverted R-2R Linear Converter?

Output Voltage of Inverted R-2R Linear Converter is usually measured using the Volt[V] for Electric Potential. Millivolt[V], Microvolt[V], Nanovolt[V] are the few other units in which Output Voltage of Inverted R-2R Linear Converter can be measured.

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