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Electronic crystals are fundamental components in a vast array of modern devices, from simple quartz watches to complex telecommunication systems. Their precise oscillations are crucial for timing, frequency generation, and signal processing. Selecting the appropriate crystal ensures optimal performance, reliability, and accuracy in your electronic projects.
High Precision & Stability: 16MHz frequency with ±30ppm tolerance ensures accurate and stable performance for various electronic applications.
Wide Compatibility: Standard 49S through-hole (THT) design fits most PCB boards, ideal for DIY projects, clocks, microcontrollers, and industrial devices.
Reliable Load Capacitance: 20pF load capacitance ensures compatibility with common circuit designs, reducing signal interference.
Durable & Lead-Free: Made with high-quality quartz and lead-free materials, offering long-term durability and RoHS compliance.
High Precision & Stability: 4MHz frequency with ±30ppm tolerance ensures accurate and stable performance for various electronic applications.
Wide Compatibility: Standard 49S through-hole (THT) design fits most PCB boards, ideal for DIY projects, clocks, microcontrollers, and industrial devices.
Reliable Load Capacitance: 20pF load capacitance ensures compatibility with common circuit designs, reducing signal interference.
Durable & Lead-Free: Made with high-quality quartz and lead-free materials, offering long-term durability and RoHS compliance.
Last update on 2026-10-14 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Electronic Crystals
Key Factors for Choosing Electronic Crystals
Frequency Stability: This refers to how well the crystal maintains its designated frequency under varying conditions like temperature and voltage. For applications requiring high precision, such as GPS or radio communication, look for crystals with tighter frequency tolerance and excellent temperature compensation.
Frequency Accuracy: This indicates how close the crystal's actual operating frequency is to its specified nominal frequency at room temperature. A higher accuracy means less need for calibration and more predictable performance in your circuit.
Load Capacitance: Crystals are designed to operate with a specific external capacitance (load capacitance) in the circuit. Choosing a crystal with a load capacitance that matches your circuit design is essential for achieving the specified frequency accuracy and stability.
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