CMX309FLC4.096M-UT Crystals, Oscillators, Resonators

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Oscillators are devices commonly used in circuits to generate electrical signals with a specific frequency. CMX309FLC4.096M-UT is an oscillator device that is designed to perform this task. This product is a quartz crystal controlled clock generator with a fixed oscillation frequency of 4.096MHz.

Application Field

The CMX309FLC4.096M-UT is used in a variety of applications, including telecommunications, industrial control, medical, and consumer products. It is capable of providing an accurate and stable clock signal to several ICs or digital circuits. Some common applications are digital to analog converters, time synchronization in distributed systems, frequency counters,industrial control panels, and embedded systems. It is also used in high speed digital systems to create the timing signals needed for data transfer and storage.

Working Principle

The CMX309FLC4.096M-UT utilizes a quartz crystal and an integrated circuit to generate a stable, frequency-controlled clock signal. The quartz crystal is connected to an amplifier which boosts the resonance frequency of the crystal. This amplified frequency is then passed to an oscillator which converts the signal into a stream of electrical pulses. The output from the oscillator is then amplified and sent to an output pin so that it can be used in other circuits.

The frequency of the output is determined by the cut and resonate frequency of the quartz crystal. Since these frequencies are fixed, the output from the oscillator will remain stable over a wide range of temperatures and is extremely accurate. This makes the CMX309FLC4.096M-UT ideal for applications where precise timing is required.

Conclusion

The CMX309FLC4.096M-UT is an oscillator designed to generate a stable, frequency-controlled clock signal with a fixed oscillation frequency of 4.096MHz. It is used in a variety of applications, including telecommunications, industrial control, medical, and consumer products. The device utilizes a quartz crystal and an integrated circuit to generate the output, making it highly accurate and stable even over a wide range of temperatures.

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