C3390-3.686400

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Oscillators have been used extensively in numerous applications to provide accurate frequency reference sources and stable clock signals. The C3390-3.686400 Oscillator is a hybrid quartz oscillator technology device, coupling a quartz crystal with an advanced integrated circuit based signal design. This oscillator provides higher levels of stability, accuracy, flexibility, and cost effectiveness than previous oscillator technologies.

Application Field
The C3390-3.686400 oscillator is suitable for a variety of applications where a stable and accurate frequency source is required. It is ideal for use in systems such as frequency synthesizers, digital-to-analog converters (DAC), analog-to-digital converters (ADC), communication systems, and navigation systems. It is also suitable for use in time and frequency-domain measuring instruments, as well as some industrial process control equipment.

Working Principle
The C3390-3.686400 oscillator consists of an integrated circuit chip and a quartz crystal resonator that are both mounted onto a common substrate. The integrated circuit chip implements a phase-locked loop control algorithm to drive the quartz crystal resonator. The chip is connected to a 3.6V supply voltage and the quartz crystal resonator is connected to the in-phase and out-of-phase output pins.

When a frequency reference is applied to the oscillator circuit, the reference clock frequency is converted to a voltage, which is then compared to a voltage controlled oscillator (VCO) whose output frequency is maintained at the same frequency as the reference. The comparison of the reference frequency and the VCO frequency is performed continuously and any variance is adjusted instantly by the voltage controlled oscillator. This instant comparison and control loop is what keeps the frequency output of the oscillator tight and stable.

The quartz crystal resonator is the key factor in the oscillator’s stability and accuracy. Quartz crystal has piezoelectric properties, which aids in providing a reliable output frequency, even when subjected to external environmental and mechanical stresses. The quartz crystal resonator also provides excellent frequency selection accuracy and temperature stability.

In addition, the C3390-3.686400 oscillator has many advanced features such as fast startup, frequency adjustment, and programmability. These features make it suitable for a variety of applications and enable it to provide upper level of flexibility and performance in applications that require precise and reliable frequency source.

Overall, the C3390-3.686400 oscillator is a high performance device with advanced features and excellent stability. With its efficient use of quartz crystal and the implementation of a phase-locked loop, the oscillator provides stable and accurate frequency source for a variety of applications.

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