Average Value of Output Voltage Calculator

✖Input Voltage refers to the electrical potential supplied to a device or circuit as an energy source, typically measured in volts, which powers and operates the equipment.ⓘ Input Voltage [V_in]			+10% -10%
✖Chopper On Time refers to the time period for which chopper was in ON state.ⓘ Chopper On Time [T_on]			+10% -10%
✖Circuit Turn Off Time is defined as duration taken for the chopper to turn off or open its switching elements (usually thyristors or SCRs) once the decision is made to interrupt the current flow.ⓘ Circuit Turn Off Time [T_c]			+10% -10%
✖The Chopping Period is defined as complete time cycle, comprising both the on-time and off-time of the chopper switch.ⓘ Chopping Period [T]			+10% -10%

✖Average output voltage is the mean or steady-state voltage level delivered by a device or circuit over a specific time period.ⓘ Average Value of Output Voltage [V_avg]

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Formula

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Average Value of Output Voltage

Formula

`"V"_{"avg"} = "V"_{"in"}*("T"_{"on"}-"T"_{"c"})/"T"`

Example

`"0.014706V"="0.25V"*("0.45s"-"0.4s")/"0.85s"`

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Average Value of Output Voltage Solution

STEP 0: Pre-Calculation Summary

Formula Used

Average Output Voltage = Input Voltage*(Chopper On Time-Circuit Turn Off Time)/Chopping Period
V_avg = V_in*(T_on-T_c)/T
This formula uses 5 Variables

Variables Used

Average Output Voltage - (Measured in Volt) - Average output voltage is the mean or steady-state voltage level delivered by a device or circuit over a specific time period.
Input Voltage - (Measured in Volt) - Input Voltage refers to the electrical potential supplied to a device or circuit as an energy source, typically measured in volts, which powers and operates the equipment.
Chopper On Time - (Measured in Second) - Chopper On Time refers to the time period for which chopper was in ON state.
Circuit Turn Off Time - (Measured in Second) - Circuit Turn Off Time is defined as duration taken for the chopper to turn off or open its switching elements (usually thyristors or SCRs) once the decision is made to interrupt the current flow.
Chopping Period - (Measured in Second) - The Chopping Period is defined as complete time cycle, comprising both the on-time and off-time of the chopper switch.

STEP 1: Convert Input(s) to Base Unit

Input Voltage: 0.25 Volt --> 0.25 Volt No Conversion Required
Chopper On Time: 0.45 Second --> 0.45 Second No Conversion Required
Circuit Turn Off Time: 0.4 Second --> 0.4 Second No Conversion Required
Chopping Period: 0.85 Second --> 0.85 Second No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

V_avg = V_in*(T_on-T_c)/T --> 0.25*(0.45-0.4)/0.85

Evaluating ... ...

V_avg = 0.0147058823529412

STEP 3: Convert Result to Output's Unit

0.0147058823529412 Volt --> No Conversion Required

FINAL ANSWER

0.0147058823529412 ≈ 0.014706 Volt <-- Average Output Voltage

(Calculation completed in 00.004 seconds)

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Created by Pratik Kumar Singh

Vellore Institute of Technology (VIT), Vellore

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GURU TEGH BAHADUR INSTITUTE OF TECHNOLOGY (GTBIT), NEW DELHI

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< 9 Commutated Chopper Calculators

Average Output Voltage in Load Commutated Chopper

Go Average Output Voltage = (2*Input Voltage^2*Commutation Capacitance*Chopping Frequency)/Output Current

Average Value of Output Voltage

Go Average Output Voltage = Input Voltage*(Chopper On Time-Circuit Turn Off Time)/Chopping Period

Average Voltage across Load

Go Output Voltage = Source Voltage*(Chopping Period/(Chopping Period-Chopper On Time))

Peak Diode Current of Voltage Commutated Chopper

Go Peak Diode Current = Source Voltage*sqrt(Capacitance/Inductance)

Peak Capacitor Current in Voltage Commutated Chopper

Go Peak Capacitor Current = Source Voltage/(Resonant Frequency*Commutating Inductance)

Total Commutation Interval in Load Commutated Chopper

Go Total Commutation Interval = (2*Capacitance*Source Voltage)/Output Current

Circuit Turn Off Time for Main SCR in Chopper

Go Circuit Turn Off Time = 1/Resonant Frequency*(pi-2*Commutation Angle)

Circuit Turn Off Time for SCR in Load Commutated Chopper

Go Circuit Turn Off Time = (Capacitance*Source Voltage)/Output Current

Maximum Chopping Frequency in Load Commutated Chopper

Go Maximum Frequency = 1/Chopper On Time

Average Value of Output Voltage Formula

Average Output Voltage = Input Voltage*(Chopper On Time-Circuit Turn Off Time)/Chopping Period
V_avg = V_in*(T_on-T_c)/T

What is the significance of average output voltage in a chopper circuit ?

The average output voltage in a chopper circuit is of significant importance because it represents the effective voltage delivered to a load or system. Chopper circuits are used for voltage conversion and control in various applications, such as motor speed control and power supply regulation. By manipulating the duty cycle or switching frequency, choppers can precisely regulate the average output voltage, allowing for efficient energy transfer and control of electrical devices. This control over average output voltage is crucial for achieving desired performance, improving efficiency, and ensuring safe and stable operation of electronic systems.

How to Calculate Average Value of Output Voltage?

Average Value of Output Voltage calculator uses Average Output Voltage = Input Voltage*(Chopper On Time-Circuit Turn Off Time)/Chopping Period to calculate the Average Output Voltage, Average Value of Output Voltage is the mean or steady-state voltage level delivered by a device or circuit over a specific time period, representing the typical or continuous voltage value that the system provides to external components or loads. Average Output Voltage is denoted by V_avg symbol.

How to calculate Average Value of Output Voltage using this online calculator? To use this online calculator for Average Value of Output Voltage, enter Input Voltage (V_in), Chopper On Time (T_on), Circuit Turn Off Time (T_c) & Chopping Period (T) and hit the calculate button. Here is how the Average Value of Output Voltage calculation can be explained with given input values -> 0.015625 = 0.25*(0.45-0.4)/0.85.

FAQ

What is Average Value of Output Voltage?

Average Value of Output Voltage is the mean or steady-state voltage level delivered by a device or circuit over a specific time period, representing the typical or continuous voltage value that the system provides to external components or loads and is represented as V_avg = V_in*(T_on-T_c)/T or Average Output Voltage = Input Voltage*(Chopper On Time-Circuit Turn Off Time)/Chopping Period. Input Voltage refers to the electrical potential supplied to a device or circuit as an energy source, typically measured in volts, which powers and operates the equipment, Chopper On Time refers to the time period for which chopper was in ON state, Circuit Turn Off Time is defined as duration taken for the chopper to turn off or open its switching elements (usually thyristors or SCRs) once the decision is made to interrupt the current flow & The Chopping Period is defined as complete time cycle, comprising both the on-time and off-time of the chopper switch.

How to calculate Average Value of Output Voltage?

Average Value of Output Voltage is the mean or steady-state voltage level delivered by a device or circuit over a specific time period, representing the typical or continuous voltage value that the system provides to external components or loads is calculated using Average Output Voltage = Input Voltage*(Chopper On Time-Circuit Turn Off Time)/Chopping Period. To calculate Average Value of Output Voltage, you need Input Voltage (V_in), Chopper On Time (T_on), Circuit Turn Off Time (T_c) & Chopping Period (T). With our tool, you need to enter the respective value for Input Voltage, Chopper On Time, Circuit Turn Off Time & Chopping Period and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

How many ways are there to calculate Average Output Voltage?

In this formula, Average Output Voltage uses Input Voltage, Chopper On Time, Circuit Turn Off Time & Chopping Period. We can use 1 other way(s) to calculate the same, which is/are as follows -

Average Output Voltage = (2*Input Voltage^2*Commutation Capacitance*Chopping Frequency)/Output Current

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