Mini project blog

The website offers a collection of technical project descriptions that are interesting to read. The post about the retro PC ATX PSU latch switch provides specific details about the circuit and software used. However, it is not entirely clear how these individual projects relate to a broader service offering. The list includes diverse topics such as smart sockets, amplifiers, and even diesel motorcycle modifications, which suggests a wide range of capabilities. Yet, without more context, it is difficult to gauge the primary focus of the business. The presence of navigation links to older posts indicates an archive of work, which is good. For a potential client, the technical competence seems evident, but the commercial aspects remain somewhat ambiguous. It would be helpful to know if these are personal projects or services available for hire. The technical details are sound, but the overall presentation could benefit from clearer service definitions.

I am really impressed by the depth of technical knowledge displayed across the various project logs on borrevej.dk. The detailed breakdown of the ATX PSU latch switch, including the specific microcontroller used and the software environment, is fantastic for DIY enthusiasts. It is excellent to see such specific hardware details like the Attiny25 and the AVRISP mkII programmer mentioned. The clear explanation of the power button logic and voltage signals makes it easy to follow along. This kind of thorough documentation is exactly what hobbyists need when working with retro hardware. The variety of topics, from smart power strips to DAB radio upgrades, shows a broad interest in electronics. It is a very useful resource for anyone interested in practical electronics projects and hardware modifications.

The variety of projects listed on the site is impressive, ranging from smart sockets to diesel motorcycle speedometers. However, some entries lack sufficient detail to fully understand the scope. The breadth of topics is certainly a strong point for general interest.

While the technical blog posts are informative, the absence of any pricing information or service fees is notable. It is unclear what the cost might be for similar hardware modifications or consulting.

Reading through the detailed explanation of the retro PC ATX PSU latch switch project on borrevej.dk provides a clear look into the technical specifics. The description of using an Attiny25 to latch the PS-On signal is particularly helpful for enthusiasts dealing with older hardware like flexATX power supplies and micro ATX cases. It is good to see the inclusion of the C software written in Atmel Studio 7, along with the mention of the AVRISP mkII programmer. This level of detail suggests a thorough approach to documenting the hardware modifications. The information about the purple wire providing standby voltage and the green wire controlling power output is accurately described. For anyone working on similar retro computing projects, having this specific technical data available in one place is valuable. It seems like a well-researched resource for hobbyists who need to understand the electrical connections without guessing. The clear distinction between the different Attiny models and the programming method adds to the credibility of the information provided.