SIT8008BCF3-30E

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Programmable Oscillators or Oscillator Generators are devices used to generate specific frequency outputs. They can be either digital or analog, and typically use quartz crystals or ceramic resonators as their frequency reference. The SIT8008BCF3-30E is one such programmable oscillator, and it’s widely used in various applications.

The SIT8008BCF3-30E is an ultra-precise, high-performance programmable oscillator that is based on a low-power, ultra-low-voltage CMOS technology. It has an adjustable operating frequency range of 200 KHz to 30 MHz, and its temperature stability specification is +/-100 ppm over a temperature range of 0C - 70C. It also features a low jitter of 0.1ps (typical) and a very low power consumption of 80mW (typical) at a supply voltage of 3.3V DC. The SIT8008BCF3-30E is available in either a standard plastic DIP package or a more robust ceramic SOIC package, depending on the application.

The SIT8008BCF3-30E is commonly used in a variety of applications such as radio applications, medical instrumentation, cellular phones, RFID tags, GPS applications, and many other communication systems. Its small size and low power consumption make it a great choice for these types of applications. Additionally, the SIT8008BCF3-30E is designed to meet the most stringent requirements of all these applications, making it ideal for these applications.

The SIT8008BCF3-30E utilizes a patented core that combines a medium-power oscillator and a low-power comparator. The oscillator section consists of a low-power, high-accuracy oscillator and a low-power, low-noise comparator. The output of the oscillator section is then amplified and shaped by the comparator section to provide a sinusoidal output with a low phase error. This allows the SIT8008BCF3-30E to achieve its ultra-low phase jitter, low power consumption and low-frequency spread.

The SIT8008BCF3-30E is a great option for applications needing precision frequency control with low power consumption and low-noise performance. Its patented core makes it an ideal choice for a variety of circuitry applications, providing reliable and precise frequency outputs for any number of systems and applications. In addition, its low power consumption and robust construction allow it to be used in a wide range of temperatures, making it a great choice for many applications.

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