Electronics circuit calculator

Anas Abubakar

About this app

Caltronics - Electronics Tools: A Comprehensive Electronics Engineering Companion
Caltronics - Electronics Tools is a versatile and user-friendly electronics engineering app for students, hobbyists, and professional RF engineers, offering a wide range of electronic circuit calculations and designs to streamline your electronics endeavors. This app is an indispensable electronics toolkit and electronics toolbox for anyone involved in electronics, providing quick and accurate solutions for various electronics-related tasks, from filter design and amplifier analysis to circuit calculations and code conversion. Whether you're working with resistors, capacitors, inductors, or op-amps, this app has got you covered.
With Caltronics - Electronics Tools, you can effortlessly design and analyze electronic circuits, including passive and active filters, amplifiers, and timers like the 555 timer. The app's intuitive interface makes it easy to perform complex calculations, such as series and parallel resistor and capacitor calculations, and design inductors with precision. Additionally, the app's RF toolset provides a dedicated arsenal for high-frequency designs, empowering you to tackle even the most challenging electronics projects, including those involving transistors.
By leveraging Caltronics - Electronics Tools, you'll save time, reduce errors, and master complex electronics concepts with ease. Download this ultimate electronics toolkit and electronics toolbox today and revolutionize your electronics workflow!

Calculator list:

• Resistor Color Code

• Series Resistors Calculator

• Series Capacitors Calculator

• Parallel Resistors Calculator

• Parallel Capacitors Calculator

• SMD Resistor Code Calculator

• Series RLC Circuit Calculator

• Parallel RLC Circuit Calculator

• Skin Depth Calculator

• Wheatstone Bridge Calculator

• Voltage Divider Calculator

• Current Divider Calculator

• RMS Voltage Calculator

• LED Series Resistor Calculator

• Series and Parallel Resistors

• Series and Parallel Capacitors

• Series and Parallel Inductors

• Capacitor - Resistor time constant Calculator

• Parallel Plate Capacitance Calculator

• Capacitive Reactance Calculator

• Inductive Reactance Calculator

• Resonant Frequency Calculator

• Ceramic Capacitor Code Calculator

• Passive Cross over calculator

• Transistor CE Load line calculator and plotter

• Impedance of a coaxial cable and two parallel wire transmission line

• Polyester film Capacitor Code Calculator

• SMD Capacitor Code Calculator

• Toroidal Inductor Design Calculator

• Spiral Inductor Design Calculator

• Air core Inductor Design Calculator

• Multilayer Inductor Design Calculator

• Zener Diode Voltage regulator Calculator

• Adjustable Voltage Regulator

• PCB Trace Calculator

• NE555 Astable and Monostable Calculator

• Non-Inverting Operational Amplifier

• Inverting Operational Amplifier

• Difference Operational Amplifier

• Y -> Delta/Delta ->Y Conversion

• Transformer Design Calculator

• Decibel Calculator

• Dbm to Watt Coverter

• T Attenuator Calculator

• Pi Attenuator Calculator

• Bridge T Attenuator Calculator

• Passive RC Filter

• Passive RL Filter

• Passive Band pass Filter

• Passive Band reject Filter

• Passive Butterworth Filters

• Active Sallen-Key Pass Filters

• Active Butterworth, Chebyshev and Bessel Filters

• Cylindrical and Rectangular wave guide calculator

• Bipolar Junction Transistor(BJT) Analysis

Ratings and reviews

It's like having a very hi-tech electronics text blank template. Gotta be like 90% of every/any formula you'll ever need! 👍💝 Radio Edit 09/20/24. Wow! Now I just wish I knew only even half, or even only a third of what it's all about! 🦮MOg🎙📻💖🎙🎹💖

I like it a lot however..... What it needs to do is update the graphics based on the variables. For example resistors in parallel. As you increase the number of parallel resistors update the graphic to represent the same.

its a bit simple, can certainly use some work but overall useful if you know what you're doing. would be useful if there was a way to insert an output like you can the other variables. such as an input field for time with the 555 timer. id also suggest showing the equations that are being used so that one can understand what is happening and why.