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Hi, I'm Bill. I'm a software developer with a passion for making and electronics. I do a lot of things and here is where I document my learning in order to be able to inspire other people to make ...
Cecil notes that the average frequency has since risen to 32.076 MHz. The likely cause is the SPC700's ceramic resonator, which can fluctuate based on temperature.
Why SNES hardware is running faster than expected—and why it’s a problem Cheap, unreliable ceramic APU resonators lead to "constant, pervasive, unavoidable" issues.
The SCP700's DSP rate is governed by a ceramic resonator, and ceramic is sensitive enough for these types of chips to fluctuate in performance based on temperature, similar to silicon producing ...
Ceramic resonators have several advantages over crystal resonators, including faster startup times. "The oscillator frequency of the ceramic resonator can more easily be tuned to the desired ...
The SNES’ main CPU, featuring a quartz crystal, is okay. But the console’s audio processing unit, which uses a ceramic resonator, is now running faster and speeds up as the hardware warms. The ...
digispark Attiny 85 payloads and scripts About: The Digispark Attiny85 is a small microcontroller often used for various electronics projects, including HID (Human Interface Device) attacks. It can ...
An Overview of Ceramic Coaxial Resonators Now that we’ve established the basics of how a resonator works, we can explore how a ceramic coaxial resonator functions. In general, a ceramic coaxial ...