CSTLS3M64G53-B0 Resonator, 3.64 MHz, Through Hole, 3 Pin

The CSTLS3M64G53-B0 ceramic resonator stands as a pinnacle of timing precision for embedded systems and microcontrollers requiring a stable 3.64 MHz clock source. This specific component is engineered with advanced piezoelectric technology to ensure that your digital circuits maintain synchronized operations under varying environmental conditions. Unlike traditional quartz crystals that often require external load capacitors, this resonator features built-in capacitance which significantly reduces the overall footprint on your printed circuit board. This integration not only saves valuable real estate but also simplifies the design phase for engineers looking to streamline their bill of materials. Whether you are developing consumer electronics, automotive modules, or industrial control units, the CSTLS3M64G53-B0 provides a reliable frequency reference that balances cost and performance effectively. Its through-hole design ensures a robust mechanical connection, making it ideal for applications subject to vibration or thermal cycling.

Technical excellence is at the heart of this resonator, which offers a frequency tolerance that meets the rigorous demands of modern communication protocols. The 3.64 MHz frequency is particularly suited for legacy systems and specialized timing applications where standard megahertz ranges are insufficient. By utilizing a high-quality ceramic substrate, the device exhibits excellent aging characteristics, meaning the frequency drift over time is kept to an absolute minimum. This longevity is crucial for industrial hardware that is expected to operate for decades without maintenance. The three-pin configuration provides a stable ground connection, further enhancing the signal-to-noise ratio and preventing unwanted jitter in high-speed data processing tasks. Engineers can rely on the consistent output of this component to drive the heart of their logic gates with unwavering accuracy and minimal power consumption.

Integration of the CSTLS3M64G53-B0 into your manufacturing workflow is seamless due to its standard through-hole mounting package. This allows for easy prototyping on breadboards and reliable soldering on production-grade PCBs using wave soldering techniques. The physical dimensions are optimized to provide high structural integrity while maintaining a low profile compared to older resonator models. Because it is a passive component, it does not require an external power supply to function, drawing its excitation energy directly from the oscillator circuit of the host microcontroller. This leads to a more efficient power profile for battery-operated devices, extending the operational life of portable electronics. The thermal stability of the ceramic material ensures that even in non-climate-controlled environments, the 3.64 MHz signal remains within the specified operating window for peak performance.

From a design perspective, the built-in load capacitors of the CSTLS3M64G53-B0 eliminate the parasitic inductance often associated with external capacitors and long trace lengths. This leads to a much cleaner electromagnetic interference profile, helping your final product pass stringent EMC compliance tests with fewer modifications. The resonator is also highly resistant to mechanical shock, which is a common failure point for delicate quartz-based timing solutions. If your project involves handheld devices or equipment used in rugged environments, this ceramic solution provides the durability needed to withstand drops and impacts. The lead-free construction also ensures that your products comply with global environmental regulations such as RoHS, making it a responsible choice for international distribution and sustainable electronics manufacturing across various global markets.

The versatility of this 3.64 MHz resonator extends into the realm of hobbyist electronics and vintage computer restoration. Many classic hardware interfaces and specialized controllers rely on these specific frequency steps to maintain compatibility with older software and hardware standards. By choosing this authentic component, restorers can ensure that their equipment operates exactly as the original designers intended, without the timing glitches associated with modern approximations. The small form factor also makes it an excellent choice for modern IoT devices where space is at a premium but reliable timing is non-negotiable. Its wide operating temperature range ensures that whether the device is located in a cold warehouse or a hot server room, the timing pulses remain sharp and clear, preventing data corruption and system crashes.

When you choose the CSTLS3M64G53-B0 for your next project, you are investing in a component that has been tested for reliability and performance consistency. Our stock is sourced to meet the highest quality standards, ensuring that every resonator in your batch performs identically to the last. This consistency is vital for mass production where variations in component behavior can lead to increased testing costs and higher failure rates on the assembly line. We provide comprehensive technical support and documentation to help you integrate this resonator into your schematic with ease. Enhance your circuit stability and ensure the longevity of your electronic designs by selecting this premium ceramic resonator today. Secure your supply now to take advantage of our competitive pricing and fast shipping options for all your electronic component needs.