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Parallel and Series Inductance Calculator: Equivalent Inductance Instantly

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- September 8, 2025
- 1 min read

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Data-Converters

R-2R Ladder DAC
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Analog to Digital converter
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Linear and Low dropout voltage regulator
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Input protection clamps
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Active bridge rectifier
Buck (Step-down) converter
Solid state relay
7805 Voltage regulator IC
LM317 Adjustable voltage regulator
Boost (Step-Up) converter
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Triac
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Amplifiers

Class D amplifier
Instrumentation amplifier
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IC 741 Op Amp
Opamp offset voltage and current
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Common Base Amplifier
Virtual short and virtual ground in opamp
Op Amp circuits and applications
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Operational Amplifiers (Op Amp)
Supply bypass capacitors
Bandgap voltage reference
Summing amplifier or Voltage adder
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Schmitt trigger
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Non-ideal Operational Amplifier Properties
Common Collector Amplifier
Class A Amplifier
Inverting Op-Amp
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Amplifier Classes

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Verilog-A Introduction
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Verilog-A Behavioral modeling
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Verilog-A Noise Modeling
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Verilog-A Physical constants
Verilog-A Parameterization
Verilog-A Laplace Transform Analysis
Verilog-A Built-in Functions

Networks

Ohm's law
Lenz law
Norton's theorem
Thevenin's theorem
Independent and Dependent sources
Kirchoff's circuit laws (KCL and KVL)
RL (resistor-inductor) circuit
superposition-theorem
Ideal and real sources
Translinear circuits and principle
Source transformation
Nodal analysis
Star Delta Connection
Mesh analysis
RC (resistor-capacitor) circuit
Self and mutual inductance
Galvanic Isolation
Faraday's law of induction
Maximum power transfer theorem

Sensors

Color sensor
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LM35 - Temperature sensor
PIR sensor
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Oscillators

Ring Oscillator
Electronic Oscillators
Multivibrators
555 Timer IC
RC relaxation oscillator
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The Quartz crystal oscillator
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Barkhausen Criterion
RC phase shift harmonic oscillator

Verilog

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Verilog Modules and Hierarchy
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Verilog Always and Initial block
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Verilog Task and Functions
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Verilog Compiler directives
Verilog Memories

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SR Latch and SR Flip-Flop
Flip-Flop and Latch
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Level shifter circuit
Schmitt trigger
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Filters

Nyquist–Shannon Sampling Theorem
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IIR-Filter
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Analog Filters
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Motor-Drives

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Insulated gate bipolar transistor (IGBT)
H-bridge circuit
Electronic speed controller
DC motor
L293 motor driver IC
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Brushed DC motor

Wireless

RF Basics
SNR and Noise Figure
Low noise amplifiers (LNA)
S-Parameters Basics

Transistors

Introduction to Transistors
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NPN BJT Transistor
P-Channel MOSFET (PMOS)
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CMOS Fabrication Process
Latchup
MOSFET
Floating Gate MOSFET
N-Channel MOSFET (NMOS)
MOSFET circuit model
PNP BJT Transistor
Bipolar junction transistor (BJT)
The Darlington and Sziklai Pair

Passives

Audio transformer
The Autotransformer
Capacitor specifications
Types of resistors
Inductors
Capacitance - Series and Parallel combination
Transformer ratings basics
Supercapacitor
Digital potentiometer
Capacitors
Capacitance - Series and Parallel combination
Resistor specifications
Transformers Basics
Types of Capacitors
Resistance - Series and Parallel combination
Transformer's dot notation
Capacitors in AC circuits
Resistors
Light Dependent Resistor (LDR)
Self and mutual inductance
Transformer impedance transformation

Diode

Zener Diode
Half wave rectifiers
Bridge rectifier
Clipper Circuits
Active bridge rectifier
Photodiodes
Light emitting diodes (LEDs)
Clipper vs Clamper circuits
Precision rectifier (Super diode)
Schottky diode
PN junction diode
Fermi energy level in semiconductors
Full wave rectifiers

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Vector network analyzer
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Home | Tools | Parallel and Series Inductance calculator

Parallel and Series Inductance calculator¶

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