CMX309FLC15.360M-UT Crystals, Oscillators, Resonators

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CMX309FLC15.360M-UT is a low cost crystal oscillator with a wide range of applications in high frequency fields. It is specifically designed to be used in high speed communication systems and is robust enough for most types of industrial control systems.

The oscillator uses a CMOS oscillator integrated circuit as the core, in combination with a 2 pins quartz crystal resonator to achieve a wide frequency range of 15 MHz to 360 MHz with a maximum output frequency of 3600MHz. The timer in the oscillator can be used to adjust the operation frequency and phase.

It has the ability to maintain frequency and phase stability when subjected to temperature changes. This is because of its temperature compensating circuit that adjusts the operating frequency as the temperature fluctuates. This is especially useful when used in high-temperature environments that require consistency in their oscillator operations.

The oscillator also features a low power consumption even when running at the highest frequencies. This feature helps to reduce overall power usage in power-hungry systems. It also has a high accuracy rate due to its low-noise design.

In terms of its application, CMX309FLC15.360M-UT is usually used in high speed communication systems such as Ethernet networks and high speed digital signal processors. It is also ideal for industrial control systems such as motor controllers and servo systems.

The working principle of the CMX309FLC15.360M-UT is based on the basic principle of resonant frequency oscillation. In a crystal oscillator, a circuit is created between the two quartz crystal and the CMOS oscillator IC. When the oscillator is powered, the electrical current applied to the crystal produces an electrical field, and this field interacts with the quartz crystal to produce a resonant frequency.

The resonant frequency is then fed back to the CMOS oscillator IC and this will cause the oscillator to generate a series of alternating pulses. The number of pulses generated and the period of each pulse depends on the frequency of the quartz crystal. As the frequency of the quartz crystal increases or decreases, it will cause the oscillator to vary its frequency in accordance. Similarly, when the temperature of the environment changes, it will also cause the oscillator to adjust its frequency as well.

In conclusion, the CMX309FLC15.360M-UT is a low cost crystal oscillator with a wide range of applications in high frequency fields. Its temperature compensating circuit allows it to maintain frequency and phase stability when subjected to temperature changes, while its low power consumption makes it suitable for power-hungry systems. Understanding its working principle is essential in order to appreciate its many uses in both communication and industrial engineering.

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