SIT8008BCT3-33S

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Programmable oscillators are used in various applications including clocks, timing systems, frequency synthesizers and sequencers. The SIT8008BCT3-33S is a high-performance programmable oscillator which is ideal for clock generation, frequency synthesizers and timing applications in various industries. It is offered in an industry-standard, cost-effective 14-pin package.

The SIT8008BCT3-33S is a voltage controlled crystal oscillator (VCXO)and is designed to be used in circuits where fast settling performance and low phase noise are required. It is optimized for phase noise and utilizes a wide frequency range of 13 to 160 MHz. The VCXO has a pitch range of ±2 mV, allowing it to be powered by a single 5 V supply and allowing the frequency to be finely tuned.

The working principle of the SIT8008BCT3-33S is based on the variable capacitance mechanism which is accomplished by changing the voltage to the internal variable capacitance diodes (VCDDs). This VCDD capacitance is electrically combined with the external parallel plate capacitance to control the oscillation frequency for a wide range of frequencies. The VCXO provides both good phase noise and low jitter.

The SIT8008BCT3-33S is suitable for use in applications such as time-keeping and frequency reference systems, frequency synthesizers, and all other precision applications involving tight frequency control. It is also ideal for applications where fast settling and high frequency accuracy is required. The SIT8008BCT3-33S is available in a variety of package options, making it suitable for a wide range of applications.

The SIT8008BCT3-33S is a reliable and cost-effective programmable oscillator that is ideal for clocking and frequency synthesizer applications in many industries. It offers good phase noise and low jitter in a flexible and highly configurable 14-pin package. The programmable oscillator is suitable for applications such as time-keeping and frequency reference systems, frequency synthesizers and all other precision applications requiring tight frequency control.

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