10MHz Crystal Oscillator
Overview:
The 10MHz Crystal Oscillator (Pack of 5) is a precision electronic component designed to provide accurate and stable frequency output for various applications. Operating at a frequency of 10 megahertz, these oscillators are crucial in maintaining precise timing in electronic circuits and systems.
Specifications:
- Frequency: 10 MHz
- Pack Size: 5 units
- Type: Crystal Oscillator
- Applications: Oscillators, clock generators, timing circuits, frequency synthesizers
Features:
- High Stability: Ensures minimal frequency drift, maintaining reliable timing.
- Low Phase Noise: Critical for high-quality signal processing and communication.
- Compact Size: Fits easily into various circuit designs without taking up much space.
- Durable Design: Robust construction suitable for diverse environmental conditions.
Applications:
- Microcontroller Systems: Provides stable clock signals for microcontrollers and processors.
- Communication Devices: Used in frequency synthesis and clock generation for data transmission.
- Signal Processing: Maintains precise timing for analog and digital signal processing.
How It Works: The 10MHz Crystal Oscillator operates based on the piezoelectric effect of quartz crystals. When subjected to an electric field, the quartz crystal vibrates at its resonant frequency of 10 MHz. This vibration is highly stable and accurate, making the oscillator an essential component for generating consistent clock signals in electronic circuits.
Advantages:
- Reliability: Offers dependable performance across a range of electronic applications.
- Precision: Provides a high degree of frequency accuracy and stability.
- Versatility: Suitable for use in various electronic devices and systems.
Package Contents:
- 5 x 10MHz Crystal Oscillators
Conclusion:
The 10MHz Crystal Oscillator (Pack of 5) is an essential component for applications requiring accurate and stable timing. Its reliability and precision make it a valuable addition to electronic projects and systems, ensuring consistent performance and functionality.
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