LP061F35CET

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Crystals are important components in many radiofrequency and microwave systems. LP061F35CET is a ceramic frequency control crystal device, only of a quarter of the size of a regular crystal, yet providing the same frequency stability over the entire operating temperature range. It is widely applied in applications such as frequency synthesizers and spread-spectrum communication systems.

1. Applications
   • LP061F35CET utilizes a unique cut which vibrates at two stable frequencies eliminating the need for a second frequency reference or a separate clock oscillator.
   • It is ideal for applications where signal stability and accuracy are important, such as in television signal systems, signal processing, navigation systems, and communication systems.
   • LP061F35CET can be used in signal source equipment, test and measurement instruments, mobile base station equipment, mobile communication equipment, and more.
2. Working Principle
   • LP061F35CET is basically a quartz crystal oscillator contained in a single coil. It has a low equivalent series resistance (ESR) rate, enabling it to maintain a stable frequency and a low operating power.
   • The oscillator uses an external frequency reference such as a quartz crystal, a voltage-controlled oscillator (VCO), or an oscilator (OCXO), which helps it to maintain accuracy. This reference frequency can be changed by applying a voltage or frequency change to one or more of the components in the oscillator.
   • The oscillator can also be tuned to a different frequency using a tuning fork or a voltage-controlled oscillator (VCO), depending on the application.
   • It can also be used to generate stable sawtooth, triangle, and sine waves. The frequency accuracy is dependent on the oscillator components and the stability of the external reference frequency.

LP061F35CET is an excellent choice for applications that require accurate and stable frequency references, such as television signal systems, signal processing, navigation systems, and communication systems. The device has a small size, low ESR rate, and stable performance over the entire operating temperature range, making it ideal for such applications. The device can also be tuned to different frequencies using a tuning fork or a voltage-controlled oscillator, making it extremely flexible.

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