SIT1602BC-83-18S-40.500000T

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Oscillators are components which rely on a resonant frequency to generate and maintain sinusoidal electrical signals. They are designed for repetitive, steady-state waveforms and can come in a variety of shapes and types depending on the application or purpose. One such type of oscillator is the SIT1602BC-83-18S-40.500000T.

The SIT1602BC-83-18S-40.500000T is a low-jitter, low-power oscillator with a frequency output of 40.500000 MHz. It is a CMOS IC type and has internal pull-up resistor, loop filter, and frequency adjustment pins. It is ideal for applications which require accurate, stable frequency signals which are relatively free of jitter.

The SIT1602BC-83-18S-40.500000T features excellent jitter and phase noise performance and is ideal for receivers and sensitive applications. Its output spectrum is well-suited for high speed data transmission as well as for clock generation which require large stability margins. Additionally, its low current consumption makes is desirable for use in portable device designs. Its operating temperature range is from - 40 to + 85C.

As far as the working principle is concerned, the SIT1602BC-83-18S-40.500000T operates on a ‘closed loop’ principle. In this type of oscillator, a feedback loop is created by feeding the oscillator output signal back into the input. This means that, when an oscillator is set to a specific frequency, it will inherently maintain that frequency through a variety of external disturbances. The SIT1602BC-83-18S-40.500000T is able to achieve this through its loop filter which is incorporated into its design.

In conclusion, the SIT1602BC-83-18S-40.500000T is a low-jitter, low-power CMOS oscillator with a frequency output of 40.500000 MHz and an operating temperature range of - 40 to + 85C. Its closed loop principle and internal loop filter provide for excellent jitter and phase noise performance and it is suitable for a wide range of applications which require accurate, stable signals, such as receivers or high speed data transmissions. It is also suitable for use in portable designs due to its relatively low power consumption.

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