DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip Calculator

✖Rotor RMS Line Voltage with Slip accounts for the effective voltage magnitude experienced by the rotor of an asynchronous motor, considering slip-induced frequency changes.ⓘ Rotor RMS Line Voltage with Slip [E_rms]

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✖A DC Voltage refers to the steady, unidirectional flow of electrical charge in a circuit, maintaining a constant polarity over time, typically measured in volts.ⓘ DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip [E_DC]

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Formula

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DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip

Formula

`"E"_{"DC"} = 1.35*"E"_{"rms"}`

Example

`"210.897V"=1.35*"156.22V"`

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DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip Solution

STEP 0: Pre-Calculation Summary

Formula Used

DC Voltage = 1.35*Rotor RMS Line Voltage with Slip
E_DC = 1.35*E_rms
This formula uses 2 Variables

Variables Used

DC Voltage - (Measured in Volt) - A DC Voltage refers to the steady, unidirectional flow of electrical charge in a circuit, maintaining a constant polarity over time, typically measured in volts.
Rotor RMS Line Voltage with Slip - (Measured in Volt) - Rotor RMS Line Voltage with Slip accounts for the effective voltage magnitude experienced by the rotor of an asynchronous motor, considering slip-induced frequency changes.

STEP 1: Convert Input(s) to Base Unit

Rotor RMS Line Voltage with Slip: 156.22 Volt --> 156.22 Volt No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

E_DC = 1.35*E_rms --> 1.35*156.22

Evaluating ... ...

E_DC = 210.897

STEP 3: Convert Result to Output's Unit

210.897 Volt --> No Conversion Required

FINAL ANSWER

210.897 Volt <-- DC Voltage

(Calculation completed in 00.004 seconds)

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< 13 Electric Traction Drives Calculators

Starting Time for Induction Motor under No Load

Go Starting Time For Induction motor on No Load = (-Mechanical Time Constant of Motor/2)*int((Slip/Slip at Maximum Torque+Slip at Maximum Torque/Slip)*x,x,1,0.05)

Torque of Squirrel Cage Induction Motor

Go Torque = (Constant*Voltage^2*Rotor Resistance)/((Stator Resistance+Rotor Resistance)^2+(Stator Reactance+Rotor Reactance)^2)

Torque Generated by Scherbius Drive

Go Torque = 1.35*((Back Emf*AC Line Voltage*Rectified Rotor Current*RMS Value of Rotor Side Line Voltage)/(Back Emf*Angular Frequency))

Time Taken for Drive Speed

Go Time Taken for Drive Speed = Moment of Inertia*int(1/(Torque-Load Torque),x,Initial Angular Velocity,Final Angular Velocity)

Motor Terminal Voltage in Regenerative Braking

Go Motor Terminal Voltage = (1/Time Taken for Complete Operation)*int(Source Voltage*x,x,On-Period Time,Time Taken for Complete Operation)

Equivalent Current for Fluctuating and Intermittent Loads

Go Equivalent Current = sqrt((1/Time Taken for Complete Operation)*int((Electric Current)^2,x,1,Time Taken for Complete Operation))

Energy Dissipated during Transient Operation

Go Energy Dissipated in Transient Operation = int(Resistance of Motor Winding*(Electric Current)^2,x,0,Time Taken for Complete Operation)

Slip of Scherbius Drive given RMS Line Voltage

Go Slip = (Back Emf/RMS Value of Rotor Side Line Voltage)*modulus(cos(Firing Angle))

DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage

Go DC Voltage = (3*sqrt(2))*(RMS Value of Rotor Side Line Voltage/pi)

Gear Tooth Ratio

Go Gear Tooth Ratio = Number 1 of Teeth of Driving Gear/Number 2 of Teeth of Driven Gear

Average Back Emf with Negligible Commutation Overlap

Go Back Emf = 1.35*AC Line Voltage*cos(Firing Angle)

DC Output Voltage of Rectifier in Scherbius Drive Given Maximum Rotor Voltage

Go DC Voltage = 3*(Peak Voltage/pi)

DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip

Go DC Voltage = 1.35*Rotor RMS Line Voltage with Slip

DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip Formula

DC Voltage = 1.35*Rotor RMS Line Voltage with Slip
E_DC = 1.35*E_rms

What is static Scherbius drive method?

The Static Scherbius Drive provides the speed control of a wound rotor motor below synchronous speed. The portion of rotor AC power is converted into DC by a diode bridge. This drive has the ability of flow the power both in the positive as well as the negative direction of the injected voltage.

How to Calculate DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip?

DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip calculator uses DC Voltage = 1.35*Rotor RMS Line Voltage with Slip to calculate the DC Voltage, The DC Output Voltage of Rectifier in Scherbius Drive given Rotor RMS Line Voltage at Slip formula is defined as DC output voltage of the uncontrolled three phase rectifier if commutation overlap is negligible with the RMS value of rotor side line voltage in running condition with slip ‘s’. DC Voltage is denoted by E_DC symbol.

How to calculate DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip using this online calculator? To use this online calculator for DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip, enter Rotor RMS Line Voltage with Slip (E_rms) and hit the calculate button. Here is how the DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip calculation can be explained with given input values -> 210.897 = 1.35*156.22.

FAQ

What is DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip?

The DC Output Voltage of Rectifier in Scherbius Drive given Rotor RMS Line Voltage at Slip formula is defined as DC output voltage of the uncontrolled three phase rectifier if commutation overlap is negligible with the RMS value of rotor side line voltage in running condition with slip ‘s’ and is represented as E_DC = 1.35*E_rms or DC Voltage = 1.35*Rotor RMS Line Voltage with Slip. Rotor RMS Line Voltage with Slip accounts for the effective voltage magnitude experienced by the rotor of an asynchronous motor, considering slip-induced frequency changes.

How to calculate DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip?

The DC Output Voltage of Rectifier in Scherbius Drive given Rotor RMS Line Voltage at Slip formula is defined as DC output voltage of the uncontrolled three phase rectifier if commutation overlap is negligible with the RMS value of rotor side line voltage in running condition with slip ‘s’ is calculated using DC Voltage = 1.35*Rotor RMS Line Voltage with Slip. To calculate DC Output Voltage of Rectifier in Scherbius Drive Given Rotor RMS Line Voltage at Slip, you need Rotor RMS Line Voltage with Slip (E_rms). With our tool, you need to enter the respective value for Rotor RMS Line Voltage with Slip 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 DC Voltage?

In this formula, DC Voltage uses Rotor RMS Line Voltage with Slip. We can use 2 other way(s) to calculate the same, which is/are as follows -

DC Voltage = 3*(Peak Voltage/pi)
DC Voltage = (3*sqrt(2))*(RMS Value of Rotor Side Line Voltage/pi)

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