# 10 Best Free Online Helical Antenna Design Calculator Websites

Here is a list of **best free online Helical antenna design calculator websites**. A helical antenna is a type of antenna that contains wire or rod in a helix form. This antenna can be adjusted and oriented vertically, horizontally, or to an angle with ease. It can also be optimized to receive a specific frequency range by adjusting its **Diameter** and **Pitch**. This antenna offers **high gain** and **direction properties** that make it ideal for satellite communication, portable radios, and military communications. To design a helical antenna, users need to calculate all the primary design parameters like **Gain, Circumference, Spacing Between Turns, Length of Each Turn, Antenna Length**, etc. To do that, users can try these online helical antenna design calculator websites.

Through these websites, users can calculate all the essential helical antenna design parameters. Although, it does need some input values to perform the calculation namely *Wavelength, Number of Turns in the Antenna, *and *Spacing between coils in wavelength*. Some of these websites also show the helical antenna design and schematics with marked parameters. Even calculation formulas are also provided by some websites. The process to perform the helical antenna design calculation is not that difficult. Still, to help out new users, I have included the necessary calculation steps in the description of each website. Go through the list to know more about these calculators.

### My Favorite Online Helical Antenna Design Calculator Website:

**changpuak.ch **is my favorite website as it can calculate all the parameters necessary to design a helical antenna. Plus, it also shows the helical antenna illustration and video with markings.

You can also check out lists of best free Online Darcy’s Law Calculator, Online SLA Uptime Calculator, and Online VTR Calculator websites.

### Comparison Table:

Features/Website Names | Shows Helical antenna design equations | Provides Helical antenna design with illustrations | Shows helical antenna design video |
---|---|---|---|

changpuak.ch | x | ✓ | ✓ |

daycounter.com | ✓ | x | x |

everythingrf.com | x | ✓ | x |

jcoppens.com | x | ✓ | x |

eliterfllc.com | x | x | x |

sgcderek.github.io | x | ✓ | x |

vk2zay.net | x | x | x |

calculatoredge.com | x | x | x |

3g-aerial.biz | x | ✓ | x |

csgnetwork.com | x | x | x |

## changpuak.ch

**changpuak.ch** is a **free online Helical antenna design calculator website**. This website is used to calculate the parameters of a sophisticated helix antenna design. It also shows the helix antenna design with parameter markings. To perform the calculation, users need to enter **three** input parameters namely **Antenna Frequency, Number of Turns, **and **Distance between coils**. After performing the calculation, users get essential antenna parameter values like **Wavelength, Gain, Length of matching Coax, Length of Helix, Helix Diameter,** etc. Now, follow the below steps.

### How to perform Helical antenna design calculation online using changuak.ch:

- Go to this website and select the Sophisticated Helix Antenna Design.
- Now, manually enter the Frequency, Number of Turns (n), and Distance (d4) values.
- Next, click on the
**Calculate**button to view all the calculated helical antenna design parameters.

### Additional Features:

- This website also offers additional Electronics tools like Spectrum Analyzer, VHS Synthesizer, Filter Designer, Amplifier, and more.

### Final Thoughts:

It is a simple and effective online Helical antenna design calculator that helps users obtain the parameters required to design a sophisticated helix antenna design.

Pros | Cons |
---|---|

Shows helical antenna diagram with marked parameters | |

Also provides helical antenna design video |

## daycounter.com

**daycounter.com** is a free online Helical antenna design calculator website. Using this website, users can calculate multiple parameters that are required to make working dimensions of a good helical antenna such as **Antenna Gain, Characteristic Impedance, Diameter, Spacing Between Coils, Length of Wire, Half Power BW,** etc. To calculate all the primary Helical antenna design parameters, it needs three input values such as *Lambda or Frequency, Number of Turns, *and *Spacing between Coils in wavelengths*. Now, follow the below steps.

### How to perform helical antenna design calculation online using daycounter.com:

- Start this website using the given link.
- After that, enter all three input parameter values.
- Next, click on the
**Compute**button to start the calculation process. - Finally, view all the calculated parameters that you can also copy.

This website also shows all the equations and formulas that it uses to find out Helical antenna design parameters.

### Additional Features:

**Calculators**: It contains multiple online calculators such as*Inductor Stored Energy, RMS, Standard Resistor Value, Straight Wire Inductor,*etc.**Circuits**: It offers multiple electronic circuit designs such as High Side Current Monitor, Inverse Voltage Control, LED Indicator for Relay, Saw Transmitter, and more.

### Final Thoughts:

It is a good online Helical antenna design calculator through which users can calculate multiple antenna design parameters.

Pros | Cons |
---|---|

Shows helical antenna design calculation equations |

## everythingrf.com

**everythingrf.com** is another free online Helical antenna design calculator website. It is another good website to calculate all essential Helical design parameters such as *Antenna Gain, Diameter, Half Power BW, BW first nulls, *and *Effective Aperture*. To do that calculation, it only requires three input values from users namely *Antenna Wavelength, Number of turns, *and *Spacing between coils*. It also shows the helical antenna diagram to help out users. Now, follow the below steps.

### How to perform Helical antenna online using everythingrf.com:

- Start this website and open up the Helical Antenna Design Calculator.
- After that, enter the antenna wavelength, number of turns, and spacing between coils.
- Next, click on the
**Calculate**button to view the calculated parameters.

### Additional Features:

- This website also offers other related calculators like Wavelength to Frequency Calculator, Coaxial Cable Impedance Calculator, Vrms to dBm Calculator, etc.

### Final Thoughts:

It is another simple and effective online Helical antenna design calculator that anyone can use with ease.

Pros | Cons |
---|---|

Shows helical antenna diagram with marked parameters |

## jcoppens.com

**jcoppens.com** is another free online Helical antenna design calculator website. This website offers a simple helical antenna design calculator that helps users in obtaining the design and construction details for a Helix antenna. The good thing about this calculator is its ability to provide design parameter values along with antenna design performance parameters like **Fmax** and **Fmin** values different **Bandwith** and **Beam Width values** (usually -1db and -3 db). A helical antenna diagram is also provided by it. Now, follow the below steps.

### How to perform Helical antenna design calculations online using jcoppens.com:

- Start this website using the given link.
- After that, enter the input data values namely Design Frequency, Number of Turns, and Turn Spacing.
- Next, click on the
**Calculate**button to view various design parameters like Wavelength, Ideal Diameter, Gain, Conductor Diameter, Total Conductor Length, etc.

### Additional Features:

- This website also offers tools and information related to different types of antennas like Double Loop Antenna, Quadrifilar Helix Antennas, etc.

### Final Thoughts:

It is another good online Helical antenna design calculator website that can also calculate antenna design performance parameters.

Pros | Cons |
---|---|

Shows helical antenna diagram | |

Can calculate antenna design performance parameters |

## eliterfllc.com

**eliterfllc.com** is another free online Helical antenna calculator website. This website comes with a simple helical antenna design calculator that uses *Wavelength, Number of Turns, and Spacing between Coils to calculate the antenna parameters*. Although, it lacks any information related to helical antenna design calculation. Now, follow the below steps.

### How to perform Helical antenna design calculations online using eliterfllc.com:

- Go to this website using the given link.
- After that, enter all three input values.
- Next, click on the
**Calculate**button to view the calculated antenna values like Antenna Gain, Diameter, Half Power BW, BW First Nulls, etc.

### Final Thoughts:

It is another simple helical antenna design calculator website that anyone can use with ease.

Pros | Cons |
---|---|

One of the simplest helical antenna design calculator | Lacks information related to helical antenna design calculations |

## sgcderek.github.io

**sgcderek.github.io** is another free online Helical antenna design calculator website. This website not only calculates the required antenna design parameters but also explains all the helical antenna design parameters in detail. Plus, multiple helical antenna design images are also provided by it with the necessary details.

Through this website, users can calculate multiple antenna parameters like *Operating Wavelength, Helix Circumference, Helix Diameter, Pitch Angle, Length of One Turn, Minimum Diameter of Reflector,* etc. Now, follow the below steps.

### How to perform Helical antenna design calculations online using sgcderek.github.io:

- Launch this website and access the Helical antenna calculator.
- After that, enter input parameters namely Spacing between turns, Number of Turns, operating Frequency, and Helix Circumference.
- Now, let this calculator perform the calculation after which you can view and copy all the obtained helical antenna design parameters.

### Final Thoughts:

It is another capable online helical antenna design calculator that also explains every helical antenna parameter in detail.

Pros | Cons |
---|---|

Explains every helical antenna parameters |

## vk2zay.net

**vk2zay.net** is another free online Helical antenna design calculator website. It is another simple website that offers an **Axial-Mode Helical Antenna Calculator**. An axial-mode helix antenna radiates in the axial direction, unlike standard helical antennas. This calculator allows users to calculate essential parameters (wavelength, boom length, winding spacing, etc.) needed to make an axial-model helical antenna. Now, follow the below steps.

### How to perform helical antenna design calculations online using vk2zay.net:

- Start this website using the provided link.
- After that, enter the required input values namely Frequency, Turns, Circumference, Reflector Diameter, and Turn Pitch.
- Now, click on the
**Calculate**button to start the calculation process. - Finally, view the calculated values like Winding Diameter, Winding Length, Gain, Half-Power Beamwidth, etc.

### Final Thoughts:

It is one of the simplest online helical antenna design calculator websites that anyone can use with ease.

Pros | Cons |
---|---|

Only performs Axial-Mode Helical Antenna calculations |

## calculatoredge.com

**calculatoredge.com** is another free online Helical antenna design calculator website. Through this website, users can quickly calculate the helical antenna design parameters that are required to design a functional helical antenna. Some of the parameters that can calculate are *Antenna Gain, Impedance, Diameter, Space between Coils, Aperture,* etc. Now, follow the below steps.

### How to perform Helical antenna calculation online using calculatoredge.com:

- Start this helical antenna calculator website.
- Now, enter the wavelength or frequency value.
- Next, enter the number of turns and space between coils in wavelength.
- Finally, click on the
**Calculate**button to start the calculation process.

### Additional Features:

- This website also offers calculators associated with fields like Electrical, Optics, Mechanical, Metallurgy, Physics, etc.

### Final Thoughts:

It is another good online Helical antenna design calculator website that can quickly find out all the essential parameters to design a helical antenna.

## 3g-aerial.biz

**3g-aerial.biz** is yet another free online Helical antenna design calculator website. This calculator not only calculates helical antenna design parameters but also shows a schematic representation of the antenna. It also provides information related to this calculator like calculations based on which antenna model (ANSYS HFSS), the working of this type of antenna, etc. As input, it requires three input values namely Antenna Frequency, Number of turns, and Helix Pitch. Now, check out the below steps.

### How to perform helical antenna design calculations online using 3g-aerial.biz:

- Start this website using the given link.
- After that, specify the measurement unit from two available ones SI or USCS.
- Next, enter the values of all three input parameters.
- In the end, click on the
**Calculate**button to start the calculation process.

### Additional Features:

- This website also comes with additional online calculators like Coaxial Cable Loss, Gamma Matching Online, Metal Grid Antenna Reflector, etc.

### Final Thoughts:

It is another simple online helical antenna design calculator that also provides a schematic representation of the antenna.

Pros | Cons |
---|---|

Provides schematic representation of the helical antenna |

## csgnetwork.com

**csgnetwork.com** is the last free online Helical antenna design calculator website. Through this website, users can calculate various helical antenna design parameters using only two input parameters namely **Antenna Frequency **and **Number of Turns**. After performing the calculation, it provides the values of **8** different antenna parameters namely Gain, Wavelength Reflector, Circumference, Diameter, Spacing Between Turns, Length of Each Turn, Length of Wire needed, and Antenna Length. Now, follow the below steps.

### How to perform helical antenna design calculations online using csgnetwork.com:

- Visit this website and access the Axial Mode Helic Antenna calculator.
- After that, enter the Frequency and Number of Turns.
- Next, click on the
**Calculate**button to start the calculation process. - Finally, view and copy 8 obtained output parameters.

### Additional Features:

- This website also offers online converters and calculators like Airflow Calculator, Cubic Inch Converter, Area Calculator, Triangular Math Converters, and more.

### Final Thoughts:

It is another good online helical antenna design calculator website that anyone can use with ease.

Pros | Cons |
---|---|

One of the simplest helical antenna design calculators | Lacks information related to the helical antenna calculator |

## Frequently Asked Questions

To perform the Helicla antenna design calculation, users need to calculate all primary design parameters namely Operating Frequency, Helix Dimensions, Spacing between the turns, feed-point location, and impedance matching network. To quickly determine all the necessary helical antenna design parameters, then check out the above websites.

The helical formula is an equation used to calculate the length of a helical antenna. The formula is given by: L = C / f. Where L is the length of the helix, C is the circumference of the helix, and f is the frequency of operation.

The size of a helical antenna depends on the operating frequency and the desired performance specifications, such as gain and beamwidth. Generally, the length and diameter of a helical antenna increase as the operating frequency decreases. The length of a single-turn helical antenna can be approximated by the helical formula: L = (d * pi) / f, where L is the length of the helix, d is the diameter of the helix, and f is the operating frequency.

The separation between helical antenna turns is referred to as the spacing. The antenna's performance, including its impedance, gain, and radiation pattern, is influenced by the spacing, a crucial design factor. The operating frequency and helix diameter are typically used to calculate the distance between turns of a helical antenna. As a general rule of thumb, the helix's turns should be separated by one-quarter wavelength at the working frequency. With this distance, the feed line and antenna's impedance can be well matched.

### Naveen Kushwaha

Passionate about tech and science, always look for new tech solutions that can help me and others.

## About Us

We are the team behind some of the most popular tech blogs, like: I LoveFree Software and Windows 8 Freeware.

More About Us##### Archives

- March 2024
- February 2024
- January 2024
- December 2023
- November 2023
- October 2023
- September 2023
- August 2023
- July 2023
- June 2023
- May 2023
- April 2023
- March 2023
- February 2023
- January 2023
- December 2022
- November 2022
- October 2022
- September 2022
- August 2022
- July 2022
- June 2022
- May 2022
- April 2022
- March 2022
- February 2022
- January 2022
- December 2021
- November 2021
- October 2021
- September 2021
- August 2021
- July 2021
- June 2021
- May 2021
- April 2021
- March 2021
- February 2021
- January 2021
- December 2020
- November 2020
- October 2020
- September 2020
- August 2020
- July 2020
- June 2020
- May 2020
- April 2020
- March 2020
- February 2020
- January 2020
- December 2019
- November 2019
- October 2019
- September 2019
- August 2019
- July 2019
- June 2019
- May 2019
- April 2019
- March 2019
- February 2019
- January 2019
- December 2018
- November 2018
- October 2018
- September 2018
- August 2018
- July 2018
- June 2018
- May 2018
- April 2018
- March 2018
- February 2018
- January 2018
- December 2017
- November 2017
- October 2017
- September 2017
- August 2017
- July 2017
- June 2017
- May 2017
- April 2017
- March 2017
- February 2017
- January 2017
- December 2016
- November 2016
- October 2016
- September 2016
- August 2016
- July 2016
- June 2016
- May 2016
- April 2016
- March 2016
- February 2016
- January 2016
- December 2015
- November 2015
- October 2015
- September 2015
- August 2015
- July 2015
- June 2015
- May 2015
- April 2015
- March 2015
- February 2015
- January 2015
- December 2014
- November 2014
- October 2014
- September 2014
- August 2014
- July 2014
- June 2014
- May 2014
- April 2014
- March 2014