SIT1602BC-12-28E-27.000000D

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Oscillators

The SIT1602BC-12-28E-27.000000D (referenced hereafter as the ’D’) is an oscillator that is used in various electronics applications. This oscillator is capable of generating a very narrow and accurate frequency and is trusted for its stability and robustness.The D is used for generating an accurate frequency needed for timing critical devices like RFID and Radar transceivers, semiconductor parametric test pulses, or for generating very stable internal clock sources for digital circuits.Since the D is a digital frequency source, it has the ability to adjust precision and stability on the fly. This helps make it very suitable for a variety of applications. It can be used to generate a continuous signal of accurate duration, to modulate a frequency for systems that require more accurate measurements, such as digital modulation for high speed communication systems, or for adjustable devices such as frequency synthesizers.

Working Principles:

The D works by using a selected crystal oscillator as its frequency reference. This crystal oscillator is powered by a stable voltage source and produces an accurate frequency output. This output is then adjusted by a control logic unit to get the desired frequency.The control logic is responsible for controlling the accuracy and stability of the output frequency. It also does this in a way that ensures a tight tolerances over temperature, power supply, and other environmental conditions.The D can be configured to generate the desired frequency range either at very specific frequencies or in a range. This allows it to be used for applications that require an adjustable frequency output.

Application field:

The D is used in applications where an accurate frequency needs to be generated, such as for RFID and radar transceivers, oscillators for advanced digital signal processing, and precision timing for general electrical and telecom systems. It is also used in systems that involve modulation and demodulation, such as in digital modulation for high-speed communication systems, biomedical devices, and smart antennas.It is also commonly used in semiconductor parametric test pulses, oscillators for navigation systems, and radio frequency circuits. The D can also be used to generate a precise and reliable internal clock source for digital circuits such as microcontrollers, digital signal processors, and microprocessors.The D provides a very accurate and stable output frequency and is an excellent choice for applications that require a very reliable frequency source.

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