CMX309FBC2.000MTR Crystals, Oscillators, Resonators

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Oscillators are commonly used in a wide range of applications for generating a multitude of signals. There are various types of oscillators available today, one among them being CMX309FBC2.000MTR Oscillators. In this article, we discuss the application field and working principle of this particular oscillator.

CMX309FBC2.000MTR Oscillators is typically used in frequency synthesis applications in cellular communication systems, GPS receivers, industrial control systems, and RF transmitters. It can produce high-quality frequency multiplication up to 1GHz and offers wide tuning ranges up to 200MHz. Due to its wide tuning range and high accuracy, it is perfect for use in applications where precise and reliable frequency control is critical.

The working principle of CMX309FBC2.000MTR Oscillators involves the use of a crystal resonator as a frequency determining element. This crystal resonator is a quartz crystal cut in a specific angle. When an electrical signal is applied to the crystal, it causes the crystal to vibrate at its resonance frequency. This vibration is what produces the output frequency which is then filtered and amplified in order to produce the desired output frequency. The CMX309FBC2 breaks down the resonance frequency into several harmonics, and each harmonic is multiplied by a separate phase-locked loop (PLL). This allows the user to adjust the output frequency as needed.

The CMX309FBC2.000MTR Oscillator also includes a logic circuitry to provide control and synchronization. This circuitry ensures reliable frequency synthesis with low phase noise and low spurious signals. Additionally, the oscillator can provide an alarm output, which can be used to indicate an out-of-lock condition or a no-lock condition.

The features and benefits of CMX309FBC2.000MTR Oscillators make it ideal for a wide range of applications. It is cost-effective, highly accurate, and offers wide tuning ranges which make it perfect for frequency synthesis applications in cellular communication systems, GPS receivers, industrial control systems, and RF transmitters. It also has low phase noise and low spurious signals, plus a built-in alarm output for added protection. All of these features often make it the go-to oscillator in many modern applications.

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