CFV206 32.000KDZSB

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Crystals

Crystals have a wide range of applications and are found in nearly every electronic system, used primarily as frequency control devices. The CFV206 32.000KDZSB crystal is an example of a compact, low-frequency device well-suited for applications such as power management and microcontroller-centered designs. Consequently, this article will discuss the application field and working principle for the CFV206 32.000KDZSB crystal.

Application field

The CFV206 32.000KDZSB crystal is commonly used in motor control, automotive, telecom, industrial and consumer applications. Its low-frequency coverage makes it ideal for precise control of motors, power conversion and communication interface timing. Additionally, its stability and compatibility with low-power systems make it perfect for wearables and other connected IoT devices that require precise timing.

Working principle

At the core of a quartz crystal is a microscopic structure with a crystalline lattice structure. When the crystal is excited by electricity, it vibrates at a frequency determined by the physical properties of the specific crystal. As the voltage to the crystal increases, the frequency of the vibrations also increases. The crystal is then able to act as a filter, allowing signals to pass only at the frequency which it is tuned for.

The CFV206 32.000KDZSB crystal is a miniature quartz crystal with a frequency of 32 MHz. Its low-frequency coverage and low power operating principles make it particularly suitable for low-voltage, low-frequency systems. It is also suitable for shielded and non-shielded versions, allowing for customization in semiconductor designs.

Conclusion

The CFV206 32.000KDZSB crystal is a compact, low-frequency device suitable for power management and microcontroller-centered designs. It is commonly used in motor control, automotive, telecom, industrial and consumer applications. At its core is a microscopic structure with a crystalline lattice structure which, when excited by electricity, vibrates at a frequency determined by the specific crystal. Thus, the CFV206 32.000KDZSB crystal is capable of providing precise timing information for a wide range of applications.

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