CMX309FBC12.000M-UT Crystals, Oscillators, Resonators

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The CMX309FBC12.000M-UT is a type of oscillator that offers superior temperature stability and is an advanced member of the Multi-Range Temperature Compensated Crystal Oscillator (MTCXO) family. It is designed to operate at temperatures from -40°C to +85°C, with frequency aging of just 0.2ppm. It is commonly used in products that require very precise frequency accuracy and stability over temperature.

The CMX309FBC12.000M-UT oscillator operates by using a temperature compensated crystal resonator to create an electrical signal. The resonator is built using an AT-Cut crystal and along with the oscillator’s oscillator circuit, it produces a signal of a specific frequency. An amplifier is then used to amplify the signal and it is divided into the required output frequency after passing through an output divider. The oscillator has a VDD voltage of 3.3V, and an easy to use two-pad footprint suitable for surface mount applications.

The CMX309FBC12.000M-UT oscillator has many applications. It is used in cellular phone base stations and in the communication systems used in aircraft and spacecraft. It is also used in global positioning systems (GPS) and various other electronic devices that require precision timing. This oscillator is also suitable for radio systems, security systems, remote sensing and other audio/video applications.

In addition to its applications, the CMX309FBC12.000M-UT oscillator also has many advantages. It offers a very small form factor with a low-power user-friendly design. It also has a wide operating temperature range and a high temperature stability, which is up to 0.2 ppm/°C. This makes it ideal for use in applications where precision and accuracy over temperature is required. Further, the oscillator has a high cycle-to-cycle jitter performance and is available in a variety of different output formats.

Overall, the CMX309FBC12.000M-UT oscillator is an advanced temperature compensated crystal oscillator that offers exceptional temperature stability and accuracy. Its wide operating temperature range and high temperature stability make it suitable for a wide range of applications, including cellular base stations, remote sensing, GPS systems, audio/video applications and more. Its low-power user-friendly design, high cycle-to-cycle jitter performance and various output formats make it a favorite among design engineers.

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