SIT8208AC-G2-18S-74.176000Y

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Oscillators are electronic circuit components that are used to generate a periodic, oscillating waveform. The SIT8208AC-G2-18S-74.176000Y is a crystal series oscillator that has a wide range of applications in many industries and electronics products. This oscillator is ideal for powering microprocessor-based systems with low power consumption and high performance.

The SIT8208AC-G2-18S-74.176000Y is divided into two main categories – one that provides a frequency range of 0.8MHz to 18MHz and one that provides a frequency range of 0.8MHz to 74.176MHz. Each part has its own specific features that make it unique for its intended application. The 0.8MHz to 18MHz category has a maximum load capacitance of 8pF and a frequency stability of ±2.5PPM. The 0.8MHz to 74.176MHz category has a maximum load capacitance of 10pF and a frequency stability of ±3.5PPM.

The SIT8208AC-G2-18S-74.176000Y is characterized by high performance and low power consumption. Its wide frequency range makes it well-suited for applications in high-frequency digital logic, telecommunications, microprocessor-based systems, and a variety of consumer electronics products. The oscillator is made from reliable and durable materials to ensure lasting performance and reliability. It is also relatively easy to control, making it a suitable choice for embedded system designs.

The working principle of the SIT8208AC-G2-18S-74.176000Y can be described as a crystalline vibrator. The crystal excites a pulse that is then transformed into a useful output signal. This pulse is then amplified and conditioned by circuitry to provide an output at the desired frequency. This output can then be used to power any microprocessor-based system or digital electronics component requiring a stable oscillating signal.

The SIT8208AC-G2-18S-74.176000Y is a versatile crystal oscillator series that is suitable for a variety of applications in industry and consumer electronics products. Its wide frequency range and low-power consumption make it an ideal choice for powering microprocessor-based systems with high performance and reliability. The oscillator’s working principle is based on a crystalline vibrator, which allows the output signals to be conditioned for any application requiring a stable oscillating signal.

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