SIT3907AC-22-33NH-65.536000Y

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Oscillators are frequently used in all kinds of electronic equipment, due to their ability to generate clean and stable signals at a certain frequency. SIT3907AC-22-33NH-65.536000Y is a high-performance voltage-controlled crystal oscillator (VCXO) designed for applications where high stability, repeatability and reliability are essential.

Uses for the SIT3907AC-22-33NH-65.536000Y oscillator range from communications devices such as GSM phones and other radio frequency (RF) equipment, digital television (DTV) and satellite broadcast systems, internet routers, modems and wireless local area networks (WLANs). It is also widely used in precision timing and measurement applications, such as clock generators, accounting and financial systems, industrial controllers, test and measurement instrumentation and digital video and audio equipment.

The SIT3907AC-22-33NH-65.536000Y oscillator uses a quartz crystal resonator as its frequency stabilization element, operating over a frequency range of 65.536MHz. The device offers reliable, repeatable performance over a temperature range from -40°C to +85°C, and utilizes CMOS circuitry to ensure a low power consumption of 15mA.

The oscillator’s high stability is provided by a combination of a quartz crystal resonator and a Volterra™ voltage-control circuit, while its low jitter characteristic ensures excellent phase noise performance. The device also features “pull-ability” of ±50 ppm on the frequency, which makes it ideal for use in applications that require precise and consistent frequency control over time. The SIT3907AC-22-33NH has an integrated tunable loop filter, allowing for frequency selection and adjustment without the need of external components.

In summary, the SIT390AC-22-33NH-65.536000Y oscillator is a reliable and cost-effective solution for a wide range of radio frequency applications, where stability, repeatability and low power consumption are important criteria. Its integrated filter and voltage-control circuit make it ideal for use in precision timing systems, wireless local area networks, communications devices and digital television systems.

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