DSC6331MI1BA-027.0000T

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Oscillators

DSC6331MI1BA-027.0000T is a crystal oscillator product produced by Fox Electronics. It is categorized under Oscillators and its application field and working principle will be further discussed in this section.

Application Field

DSC6331MI1BA-027.0000T is ideal for use in broadcast, consumer, and industrial electronics, computer systems, data processing equipment, motor control, communications systems, test equipment, instruments, avionics, navigation, and much more. Compared to other crystal oscillators, it is equipped with a Low Frequency Doubling feature, making it extremely suitable for muitiple application fields.

Working Principle

The oscillation frequency of the DSC6331MI1BA-027.0000T is determined by a quartz crystal and its circuit. The design principle is based on the piezoelectric effect which is the generation of a voltage when a crystal is subjected to mechanical strain. A quartz crystal consists of a thin quartz wafer with a small metal or other electrode pattern that is formed to a specific resonant frequency. A specific amount of RF energy produces an oscillator waveform that is applied to the quartz crystal. The vibrating crystal causes the oscillator frequencies to become periodic and consistent. This is due to the quartz crystal’s ability to convert impulsive mechanical stress into electrical energy, thus creating an oscillator. The crystal also tends to be self-correcting since any variation in the oscillator frequency results in an opposing force that tends to correct the oscillator frequency back to its design frequency.

The DSC6331MI1BA-027.0000T is a high stability low jitter oscillator. It is a fully automated error-correction system and a programmable frequency by using surface-mount MEMs technology and a precise digital temperature compensation circuit, greatly improving frequency stability.

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