Physics Magnetostatics Calculators

Inductance of N-Turn Solenoid Coil Calculator Use this Solenoid inducation calculator to calculate inductance using permeability of free space,n-turn solenoid,area and length Inductance of N-Turn Solenoid Coil Calculator Permeability of Free Space (μ0) N-Turn Solenoid Area Length Inductance: {{inductanceOfSolenoidCoilResult()}} How to use Solenoid inducation calculator? Step 1 - Enter the Permeability of Free Space (μ0) Step 2 - Enter the N-Turn Solenoid Step 3 - Enter the Area Step 4 - Enter the Length

Inductance of Wire | Landau Length Calculator Use this landau length calculator to calculate landau length using electronic charge,permittivity of vaccum,Boltzman constant and electronic temperature Inductance of Wire Calculator Electronic Charge Permittivity Of Vacuum Boltzmann Constant Electron Temperature Landau Length: {{landauLengthResult()}} How to use Landau Length Calculator? Step 1 - Enter the Electronic Charge Step 2 - Enter the Permittivity Of Vacuum Step 3 - Enter the Boltzmann Constant Step 4 - Enter the Electron Temperature

Inductance of Wire Calculator Permeability of Free Space (μ0) Input 1 Input 2 Inductance: {{inductanceOfWireBasedOnRadiusResult()}} Formula: L = μob (ln(8b / a) -2) Where, L = Inductance μo = Permeability of Free Space Input 1, Input 2 = Radius

Magnetic dipole Moment Magnetic Field Calculator based on Angle Use this magnetic dipole moment calculator to calculate magnetic field based on angle,permiability of vaccum and moment. Magnetic dipole Moment Magnetic Field Calculator based on Angle Permeability Of Vacuum Moment Angle Radius Magnetic Dipole: {{magneticFieldOfMagneticDipoleAngleResult()}} How to use Magnetic Dipole Moment Calculator? Step 1 - Enter the Permeability Of Vacuum Step 2 - Enter the Moment Step 3 - Enter the Angle

Magnetic dipole Moment Magnetic Field Calculator based on Radius Use this magnetic dipole moment field calculator to calculate magnetic field using radius,permiability of vaccum,moment. Magnetic dipole Moment Magnetic Field Calculator based on Radius Permeability Of Vacuum Moment Angle Radius Magnetic Dipole: {{magneticFieldOfMagneticDipoleRadiusResult()}} How to use Magnetic Dipole Moment Field Calculator? Step 1 - Enter the Permeability Of Vacuum Step 2 - Enter the Moment Step 3 - Enter the Angle

Magnetic Flux Density Calculator Use this magnetic flux density calculator to calculate magnetic flux density using permeability of vaccum,magnetic field strength and magnetization. Magnetic Flux Density Calculator Permeability Of Vacuum Magnetic Field Strength Magnetization Magnetic Field Of Straight Solenoid Based On Axis: {{magneticFluxDensityResult()}} How to use Magnetic Flux Density Calculator? Step 1 - Enter the Permeability Of Vacuum Step 2 - Enter the Magnetic Field Strength Step 3 - Enter the Magnetization

Ripple Frequency Calculator Use this Ripple frequenc of full wave rectifier calculator using peak voltage. Ripple Frequency of Full Wave Rectifier Calculator Peak Voltage (Vmax) Ripple Frequency of Full Wave Rectifier (Vd.c.) : {{rippleFrequencyResult()}} How to use Ripple Frequency Calculator? Step 1 - Enter the Peak Voltage (Vmax) Step 2 - Calculate Ripple Frequency of Full Wave Rectifier Ripple Frequency Calculator Formula : Vd.c. = 0.637 * Vmax Where, Vd.c. = Ripple Frequency of Full Wave Rectifier

Solenoid Magnetic Field Calculator Use Solenoid magnetic field calculator to calculate solenoid magnetic field based on axis using permiability of vaccum,number of turns,current,x-angle and y-angle. Solenoid Magnetic Field Calculator Permeability Of Vacuum Number Of Turns Current X-Angle Y-Angle Magnetic Field Of Straight Solenoid Based On Axis: {{magneticFieldOfSolenoidBasedOnAxis()}} How to use Solenoid Magnetic Field Calculator? Step 1 - Enter the Permeability Of Vacuum Step 2 - Enter the Number Of Turns

Absorbance Calculator Transmittance of the Material Absorbance: {{absorbanceResult()}} Formula: Absorbance = -Log10(T) Where, T = Transmittance of the Material

Aperture Antenna Calculator Electric Current Density (j) Electric Current Density for 1st element (J1) Wave Length (λ) Radius of Circular Aperture (a) Distance of the observation point from the Origin (r) Coordinate Angle 1 (θ) Coordinate Angle 2 (φ) Electric Field of coordinate Angle1 (Eθ): {{angle1Result()}} Electric Field of coordinate Angle2 (Eφ): {{angle2Result()}} Formula Eθ= [ ( j*k *a2*E0*e-jkr ) / r ] * Sin φ [ ( J1*k*a*Sinθ) / k*a * Sinθ] φ = [ ( j*k*a2*E0*e-jkr ) / r ] * (Cosθ*Cosφ) [(J1*k*a*Sinθ) / k*a*Sinθ] Where,

Depolarizing Field Calculator Depolarizing Factor Polarization Permittivity Of Vacuum Depolarizing Fields: {{depoalrizingResult()}} Formula: Ed = -((Nd*P) / εo) Where, Ed = Depolarizing Fields Nd = Depolarizing Factor P = Polarization εo = Permittivity Of Vacuum

Dipole Antenna Calculator Magnetic Current (Im) Half antenna length (L) Wave Length (λ) Radius (r) Z-axis length (z) Coordinate Angle (θ) Dipole Current (I): {{dipoleCurrentResult()}} Electric Wave (Eθ): {{electricWaveResult()}} Magnetic Wave (HΦ): {{magneticWaveResult()}} Average radiated power density (Pd): {{powerDensityResult()}} Formula: Current (I) = I mSin(β(L - |z|) ) Electric Wave (Eθ) = ( 60 × Im / r ) × [ ( Cos (β L Cos&theta) - Cos(βL) ) / Sinθ ] Magnetic Wave (HΦ) = ( Im / 2 πr ) ×[ ( Cos (βL Cos &theta) - Cos(βL) ) / Sin θ ] Average radiated power density (Pd) = (15× Im2 / πr2 ) × [ ( Cos (βL Cos&theta) - Cos(βL) ) / Sinθ ] 2 Where,