CMX309FLC12.000M-UT Crystals, Oscillators, Resonators

Oscillators are a type of electronic circuit used to generate an electrical signal with a particular frequency. The type of oscillator being discussed in this article is the CMX309FLC12.000M-UT oscillator. This oscillator is an inexpensive, high-performance, low-power, wideband frequency synthesizer.

The CMX309FLC12.000M-UT oscillator is designed to generate a precise frequency in the range of 12MHz. Its applications include spread spectrum radio, data transmission, and general purpose communications. The oscillator requires a low power supply, typically no higher than 1.8V. It operates at a temperature range of -40°C to +85°C, making it suitable for some industrial applications.

The CMX309FLC12.000M-UT has a very low power consumption rate of 3.3mW per MHz. It also boasts an extremely low reference frequency in the range of 1Hz, which allows for fractional frequency adjustments as small as 1mHz. This makes the oscillator ideal for applications requiring exact shifting of frequencies.

The CMX309FLC12.000M-UT is based on a ring resonator oscillator technology, which uses a combination of passive components to generate a series of electrostatically-coupled equal-sized rings, which then interact to form standing waves resulting in a sustained frequency signal.

The CMX309FLC12.000M-UT provides high frequency stability and flexibility in frequency generation. The combination of low power and large tuning range provides an attractive solution for wireless applications. Moreover, the oscillator is hermetically sealed for superior performance in harsh environments.

In conclusion, the CMX309FLC12.000M-UT oscillator is a versatile, low-cost, low-power, high-performance frequency synthesizer. It offers a low power supply, wide operating temperature range, a low reference frequency, and an extremely low power consumption rate. Its high frequency stability and flexibility make it attractive for a variety of applications, including spread spectrum radio, data transmission, and general purpose communications.