Since I often meet 100%, what should I do? I have to hand it out!

Hey folks, Xiao Bian here again, and today’s topic is something that might make your eyes pop out—yes, I’m talking about the infamous 100% CPU usage issue. It seems like no matter what you're doing, whether it's gaming, watching videos, or just browsing, this problem keeps popping up. Yesterday, I posted about "how to answer Moe's new questions regarding a computer running at 100% CPU usage," and naturally, I got a ton of feedback. One reader even mentioned that sometimes the only solution is to shell out cash for better hardware—or just play less demanding games if your GPU hits the roof. However, if your CPU consistently spikes to 100%, especially while running certain programs, that’s definitely not normal unless you’re rocking a decade-old rig.

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Now, here’s a quick fix if you’re in a bind: you can end the problematic process directly in Windows Task Manager. But this is more of a temporary solution. If you want a long-term fix, things get a bit more technical. That’s where Process Lasso comes in—a fantastic tool for system optimization. Essentially, it uses an advanced algorithm to manage and prioritize processes so that your CPU doesn’t get bogged down by inefficient tasks. This helps prevent crashes, freezes, and excessive CPU usage, ensuring smoother performance overall.

After launching the software, you’ll immediately see a detailed overview of all running processes along with their CPU and memory consumption. It’s super intuitive!

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For processes that seem unnecessary—like software update services or mysterious programs hogging system resources—you can right-click on them and choose "Limit Number of Instances" to restrict them to just one instance. Alternatively, you can set automatic restrictions for specific programs, keeping Process Lasso running in the background without any further input.

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If you’re into gaming or streaming, you’ll want to ensure that Process Lasso treats those applications as high-priority tasks. Make sure to check the "classify as a game" option or disable ProBalance suppression to avoid stuttering during gameplay. Trust me, it makes a world of difference.

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Windows system-critical processes like svchost, and common software like QQ, WeChat, and Office suites, should be given higher priority. Just set them to "above standard" rather than max priority, as setting them too high could actually cause your system to freeze upon startup.

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With everything properly configured, your system’s resources should be allocated more efficiently. And hey, you’ll no longer have to worry about that dreaded 100% CPU spike!

By the way, I’d also recommend adding certain programs to the blacklist. Think of all those sneaky background apps that launch automatically, ad programs like WPS and QQ, or other unwanted software. Once added to the blacklist, they won’t be able to run in the background anymore. It’s like having peace of mind knowing your system is clean.

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I hope this helps, and I’d love to hear your thoughts! As always, I’m open to suggestions and feedback. Let’s keep the conversation going and figure out solutions together. Cheers!

Toroidal Transformer

Toroidal Transformers, also known as Ring Transformers, are a type of electrical transformer that utilizes a toroidal (donut-shaped) core for magnetic flux circulation. This unique core design offers several advantages over traditional transformer core shapes, making toroidal transformers an attractive choice for various applications.
Key Applications of Toroidal Transformers
Efficiency and Low Losses:
The toroidal core shape minimizes flux leakage and eddy current losses, resulting in higher efficiency compared to other transformer types. This makes toroidal transformers ideal for applications where energy conservation is crucial, such as power supplies for electronic devices, audio equipment, and renewable energy systems.
Compact Size and Lightweight:
Due to their efficient core design, toroidal transformers can achieve higher power densities, allowing for more compact and lightweight constructions. This makes them suitable for space-constrained applications, such as portable electronics, automotive systems, and aircraft instrumentation.
Low Electromagnetic Interference (EMI):
The toroidal core shape naturally cancels out much of the magnetic field radiated by the transformer, reducing electromagnetic interference (EMI). This feature is particularly beneficial in applications where sensitive electronics are present, such as audio and video systems, medical devices, and telecommunications equipment.
Audio Applications:
Toroidal transformers are widely used in audio equipment due to their low noise and distortion characteristics. They provide clean and stable power to audio amplifiers, preamps, and other audio components, ensuring high-fidelity sound reproduction.
Power Supplies:
Toroidal transformers are commonly used in power supply units for various electronic devices, including computers, servers, and industrial equipment. Their high efficiency and low EMI make them well-suited for powering sensitive electronic circuits.
Renewable Energy Systems:
In renewable energy systems such as solar power plants and wind turbines, toroidal transformers are used for power conversion and distribution. Their compact size and high efficiency make them an attractive choice for integrating into these systems.
Medical Equipment:
Medical devices often require precise and reliable power supplies to ensure patient safety and accurate measurements. Toroidal transformers provide clean, stable power with low EMI, making them suitable for use in medical equipment such as patient monitors, diagnostic machines, and therapeutic devices.
Industrial Automation:
In industrial automation systems, toroidal transformers are used to power sensors, actuators, and other electrical components. Their compact size and high efficiency make them ideal for integration into automation control panels and machinery.
Conclusion
Toroidal transformers offer a unique combination of advantages, including high efficiency, low losses, compact size, lightweight construction, and low EMI. These features make them an attractive choice for a wide range of applications, from audio equipment to renewable energy systems. As technology continues to evolve, toroidal transformers will continue to play a crucial role in powering our world's electronic devices and infrastructure.

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