PRQC14.74CR5010X000 Datasheet/PDFResonators
Resonators are specialized electronic components used to filter electric signals. The PRQC14.74CR5010X000 is one type of resonator offered by the electronics manufacturer Crystek Corporation. This particular device is designed to have a frequency of 14.7MHz, making it ideal for use in a wide range of applications like radio frequency, testing equipment, medical instruments, and more.
Application Field of PRQC14.74CR5010X000
The PRQC14.74CR5010X000 is a versatile component that can be utilized in a wide variety of applications. This type of resonator is suitable for use for radio frequency to stabilize radio waves, testing equipment for sustaining accuracy in measurement readings, medical instruments for precise frequency information, and more. The versatility of this component makes it ideal for many different types of applications.
Working Principle of PRQC14.74CR5010X000
Resonators work by using a combination of inductance and capacitance to filter and pass electrical signals. The PRQC14.74CR5010X000 resonator uses a ceramic body combined with a ferrite core to create a specific frequency response. The ceramic body helps to block out any outside interference and the ferrite core helps to solidify the resonant frequency. This combination of components allows for a precise and consistent frequency response.
The PRQC14.74CR5010X000 resonator is designed to be as precise and reliable as possible. The device has a small size and low power consumption, making it an ideal choice for applications that require precise, low-powered components. Additionally, the device is highly temperature stable and boasts excellent frequency stability, making it suitable for a wide range of operating temperatures.
Conclusion
The PRQC14.74CR5010X000 is a versatile and reliable resonator designed to provide precise and consistent frequency response. The small size and low power consumption of the device make it suitable for many applications, including radio frequency, testing equipment, medical instruments, and more. Additionally, the device is highly temperature stable and boasts excellent frequency stability, making it suitable for a wide range of operating temperatures.