The Abracon LLC AWSCR-3.58CPLA-C15-T4 is a precision crystal oscillator designed for reliable timing in electronic applications. Offering stability and accuracy, it operates at a frequency of 3.58 MHz, making it ideal for various oscillation needs. This device is compact and easy to integrate into circuits, providing consistent performance in diverse environments. Overall, it supports the requirements for modern electronic designs with efficiency.
特徴
Package size : The crystal is housed in a compact 15mm x 5mm package, allowing for space-efficient designs.
Frequency stability : It offers ±20 ppm frequency stability over a range of temperatures, ensuring reliable performance.
Load capacitance : Designed with a load capacitance of 18 pF, compatible with a wide array of applications.
Supply voltage : Operates within a voltage range of 3.0V to 5.5V, providing flexibility for different power supplies.
Aging : The device features low aging rates of ±5 ppm/year, minimizing frequency drift over time.
応用
Consumer electronics : Suitable for applications in home appliances and personal gadgets.
Communication devices : Often used in frequency generation for wireless communication systems.
Automotive electronics : Commonly found in timing circuits within automotive control systems.
Industrial equipment : Used in synchronizing signals in various industrial automation systems.
Medical devices : Employed in precise timing solutions for diagnostic and monitoring devices.
Gaming consoles : Features in oscillation tasks in gaming hardware to ensure accurate timing.
設計上の考慮事項
PCB layout : Ensure proper spacing and ground planes to minimize noise and maximize performance.
Load capacitance : Select the appropriate load capacitance to match with the oscillator for accurate frequency output.
Temperature range : Consider ambient operating conditions, as performance may vary outside specified temperature ranges.
Power supply stability : Use adequate power supply regulation to prevent frequency fluctuations due to voltage variations.
よくある質問
Q: What happens if the load capacitance is not correct?
A: Incorrect load capacitance can lead to frequency inaccuracies and unstable oscillation.
Q: Can I use this crystal oscillator in high-temperature environments?
A: While it is rated for specific temperature ranges, exceeding these may affect performance.
Q: What should I do if I experience frequency drift?
A: Ensure proper circuit design and verify that load capacitance values are matched to specifications for optimal stability.
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