SIT1602BC-11-28E-33.300000E

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Oscillators are electronic circuits used to generate electrical signals of various frequencies. A SIT1602BC-11-28E-33.300000E oscillator is a single-chip oscillator that can be used in applications like clock oscillators, voltage-controlled oscillators, resonators, low jitter oscillators, and negative resistance oscillators. It is an economical and highly integrated solution for clock oscillator applications.

The SIT1602BC-11-28E-33.300000E has an integrated 16-bit register circuit, voltage controlled oscillator (VCO), crystal oscillator, phase-locked loop (PLL) circuit, and dual-output logic. It has a high current driver design for providing simultaneous output of both high logic and VCO signal. The VCO has a wide range of settings between 5FS and 33.300000FS, with a highly regulated VCO frequency for paper crisp signals. The CMOS output stage also allows for precise output timing control with minimal propagation delay and jitter.

In terms of applications, the SIT1602BC-11-28E-33.300000E oscillator is commonly used in PC mainboards and global positioning systems (GPS) for the purpose of providing a stable clock source. It can also be used in ADC/DAC and industrial control applications. With its precise frequency control and excellent timing characteristics, the SIT1602BC-11-28E-33.300000E oscillator is also suitable for use in mobile devices such as tablets and smartphones. In addition, it has a wide range of applications in industrial measurement instruments such as oscilloscopes, frequency meters, signal generators, and communication devices.

The working principle of a SIT1602BC-11-28E-33.300000E oscillator is based on the electronic feedback loop principle. It involves the use of the PLL circuit which is the main component of the oscillator. This PLL circuit consists of a phase comparator, a low-pass filter, and an amplifier. The phase comparator is used to compare the phase of the reference signal with the phase of the feedback signal and generate an error signal. This error signal is then filtered by the low-pass filter to remove high-frequency components and amplify the remaining error signal. This amplified error signal is then applied to the amplifier which generates an output signal which is the oscillator signal. Thus, this PLL based oscillator can be used to generate stable and precise clock signals for a variety of electronic applications.

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