Video
Fesz Electronics
@feszelectronicsTracked since May 2026
creating Electronics and DIY Videos.
Observed Aug 25, 2026 · staleModeled revenue
Paid members
128
−1% · 30-day rate from 24 observed days
Total audience
478
incl. free followers
Estimated monthly gross
$256
$128–$384 modeled range
Starting price
$1/mo
6 membership tiers
Pricing and benefits captured publicly
Membership tiersPatreon is not exposing patron counts by tier for this creator, so this section shows public prices and benefits only.
$0/moFreePublic prices and benefits only
$1/moPatronFirst level:
- This will grant you early access to all my videos
$3/moHonorable mention- Get a special thank you for supporting my video making by being mentioned in the end credits of videos created after the date of your subscription
- All of the benefits of the previous tiers
$5/moEngineer- Get full access to schematics, simulations and layouts of projects presented during videos!*
- All of the benefits of the previous tiers
*Access to all older video files will be granted after 1 month of subscription; before that though video related files for 4 videos will be shared based on direct request
$10/moCreative director- By subscribing to this tier you can be part of the creative process by voting on what video topic I should work on next - Of course you also get to suggest topics for videos but to limit subjects that I just don't feel capable of pulling off I will reserve the right to pick which topics can be voted upon. Valid for video made after the date of your subscription - All of the previous tier benefits
$25/moGenerous patron- I have no special benefits in mind, this tier is just for people who really really want to support me
- All of the previous tier benefits
Growth signals: Fesz Electronics
−1%
Membership128 paid members · 30-day rate from 24 observed days
131130128
May 202618 weeks trackedNow
Fesz Electronics128 members · $256/mo
The chart only uses Fesz Electronics's observed public history. Comparison peers are listed below, but comparable trend series are not available yet.
Where Fesz Electronics ranks
Creator comparisonsCompare within
#3of 7 measured
Paid members in Recommended cohort
Semantic matches are not ready, so this fixed cohort uses the best available category, audience, pricing, and cadence evidence.
Ranking data · includes stale rows| Rank | Creator and why included | Paid members | Gap vs Fesz Electronics | Freshness |
|---|---|---|---|---|
| #2 |  BodegacatxWritingCategory, audience, pricing & cadence | 134 | 6 more | Aug 25, 2026 |
| #3 |  braintruffleVideoCategory, audience, pricing & cadence | 128 | Same value | Aug 25, 2026 |
| #3 |  Fesz ElectronicsProfileVideoPaid members position in Recommended cohort | 128 | Reference | Aug 25, 2026Stale |
| #5 |  Breaking TapsVideoCategory, audience, pricing & cadence | 120 | 8 fewer | Aug 25, 2026 |
| #6 |  Ali ClarksonWritingCategory, audience, pricing & cadence | 118 | 10 fewer | Aug 25, 2026 |
The rank uses the full fixed cohort. This table shows up to five creators around Fesz Electronics; the coverage summary above still counts everyone.
Recent posts
What they publish249Profile posts2 postsLast month0%Members-only
Previews available for 30 of 249 posts
Video Latest postPublicRF Interference — Designing, Building and Testing a Filter#284 In this video I try to fix the interference issues I have with my transceiver rig. Therefore, I design and build a band pass filter to allow only the useful radio bands to pass trough. In the end I test the filter not just to confirm its parameters but also in conjunction with the transceiver.
5 days ago at Aug 25 crawl 0 likes 1 commentNegative Impedance Converter Experiments#283 In this video I share my experiences trying to build a negative impedance converter. While making one work on paper or in the simulator can be quite simple, once you actually try it out in real life, you will find that its quite a interesting circuit - its very easy to start building a converter and end up with an oscillator.VideoAugust 6Public 0 25 Cable Impedance Measurement Techniques#282 Based on the excellent feedback I got from my viewers, I decided to revisit the topic of coax cable impedance measurement, and look at 5 different methods that can be applied to determine what the impedance of a coax line is. Some are more complicated and some are more accurate, but all in all, depending on the equipment at hand, as well as the needed information, one or the other can be used.ArticleJuly 23Public 0 0The Slot Antenna#281 In this video I look at a different type of antenna - one that in many ways is the opposite of a classical wire antenna. While with other structure, the actual antenna is the conductor, here, its the free space, surrounded by a plane. The slot antenna is a interesting design mainly useful with very high frequencies and when the antenna needs to be made part of a surface.VideoJuly 9Public 0 0Cable Measurement Tutorial#280 In this short video I look at one of the ways in which the velocity factor and the characteristic impedance of a cable can be measured using a VNA and a tape measure.VideoJune 25Public 0 0The Wilkinson Signal Splitter#279 In this video I look at one of the most well know types of transmission line signal splitters - the Wilkinson. Its a 0 degrees signal splitter that can be built with multiple branches, but the most common implementation contains only 2. I look at the basic splitter as well as a derivative that can be used when the transmission line impedances available are not the exact values that result from the calculations - like when you build from coax.VideoJune 18Public 0 0Balun Design Steps#278 In this video I go trough the steps of designing and then testing a balun. Rather than just making a random inductor, I decide to try am do things properly and design the transformer based on an actual use case. Once the transformer is built, I go trough various tests to try an validate the obtained performance.VideoJune 4Public 0 2The Cascode Amplifier#277 In this video I look at a 2 transistor amplifier topology - the Cascode. Its a circuit widely used in high frequency electronics where its special features, namely its high bandwidth and high reverse isolation make it an invaluable tool.VideoMay 21Public 0 0The Augmented Transistor Amplifier#276 In this episode I take a look at another uncommon amplifier topology which like the last time relies on transformer feedback to improve on its proprieties - the augmented amplifier. The main features of the augmented amplifier refer to improved distortion behavior, low noise and reduced input impedance, making it ideal in low noise applications.ArticleMay 7Public 0 1The Lossless Transistor Amplifier#275 In this video I look at a rather uncommon but still important implementation of a transistor circuit - the lossless amplifier. While not as widely known as the other topologies, it does however present some unique characteristics which make it quite interesting for special applications.VideoApril 23Public 0 3Digilent ADP2230 Review#274 In this video I share my first impressions on the ADP2230 from Digilent. This is an all-in-one type of instrument featuring a single channel signal generator, a 2 channel oscilloscope, a dual polarity power supply as well as set of 16 digital IO pins.VideoApril 9Public 0 0LT Tutorial - The Frequency Response Analyzer#273 In this episode I look at one of the newer features included in LTspice which is the Frequency Response Analyzer block. Its a measurement component which allows you to perform phase and gain measurements during transient simulations. In other words it combines the features of the AC simulation in the transient one.ArticleApril 2Public 0 2
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