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Executive Summary for blog.muwave.de

1605 Response Time (ms)
200 HTTP Status
12 Scripts
7 Images
14 Links
HTTP/1.1 Protocol

SEO & Content Analysis

Basic Information
Page Title
[mjuː]wave
Meta Description
Not detected
HTML Language
en-US
Robots.txt Present
Sitemap Present
total_urls: 5
SEO Meta Tags
content-type: text/html; charset=UTF-8
Page Content

[mjuː]wave

Getting a fitting transformer bobbin for ferrites is not easy under normal circumstances, but even more so for cores of unknown type. Usually, the dimensions follow a somewhat standardized pattern, but then your application might demand for separate winding chambers or mounting aids which are simply not available to the standard customer. So why not 3D print it?The motivation is to use an old ferrite core for a high voltage lab supply. It will be driven far below its theoretical maximum spec as I only know it came from a ~50W power supply. My design (a flyback converter) requires a single winding in single-ended mode for the primary consisting of 23 turns, and a secondary of 235 turns capable of withstanding roughly 1kV. For winding I use standard enameled solid copper wire of unknown brand, which will probably not survive the full voltage. As a solution, I want to separate the secondary into 6 compartments of 40 turns each to reduce the maximum possible voltage between two neighboring wires to a maximum of 166V, which is well below the breakdown range. Without compartments, the left-to-right-to-left layer winding – which will occur somewhat naturally – may cause turns with extreme voltage difference to end up touching, leading to arcing sooner or later. To additionally strengthen the winding, a soaking resin could be applied.Using the dimensions of the core as a base, some modeling in Tinkercad yielded this:Tinkercad design ready for STL export.Finished print in PLA, filed and mounted on ferrite.Windings inserted, ferrite closed and fixed with PET tape.Continue reading →;

Network & Infrastructure

DNS & Hosting
IP Address
185.26.156.61
Reverse DNS
brorsen.uberspace.de
SSL/TLS Certificate
Issuer
CN=R12, O=Let's Encrypt, C=US
Protocol Tls13
Expires In 82 days
HSTS Enabled

Technology Stack

Content Management Systems
WordPress
JavaScript Frameworks
jQuery
Server Technologies
Generator: WordPress 6.9 PHP (inferred from WordPress)

Services & Integrations

Analytics & Tracking
Google Analytics GA4
E-commerce Platforms
Magento PrestaShop

CDN & Media Providers

Media Providers
YouTube

Dynamic Analysis & Security

Dynamic JavaScript Analysis
Angular (Data Attributes) jQuery (CDN Detection) jQuery (script Resource) Web Server: nginx
Security Headers
HSTS Referrer-Policy X-Content-Type-Options X-Frame-Options X-XSS-Protection
Server Headers
nginx

Resource Analysis

External Resource Hosts
blog.muwave.de
gmpg.org
UI Frameworks & Libraries
Angular Material (Class Names) D3.js Ionic (Class Names) Slate Vuetify (Class Names)
Analysis Complete

Analyzed blog.muwave.de with 3 technologies detected across 6 categories

Analysis completed in 1605 ms • 2026-03-23 06:21:11 UTC