SIT8208AC-8F-33E-36.864000T

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Oscillators are electronic components that are designed to generate an alternating output signal with a fixed frequency. The SIT8208AC-8F-33E-36.864000T is a unique oscillator. It combines a quartz crystal oscillator with a four-transistor, adjustable frequency oscillator. This design allows for frequency adjustment over a wide range from 120 kHz to 123 MHz with a resolution of 819 Hz.

The SIT8208AC-8F-33E-36.864000T is primarily used in high-precision radio frequency applications. It is ideal for synthetic aperture radar (SAR) systems, satellite navigation systems, global positioning systems (GPS), cellular phones, digital audio broadcasting (DAB) systems, military applications. Because it offers precise frequency control and stabilization, it can also be used in other high-precision applications such as medical imaging, test and measurement equipment, precision timing measurement, and instrumentation.

The working principle of the SIT8208AC-8F-33E-36.864000T is based on the quartz crystal oscillator. The circuit consists of two transistors and a quartz crystal tuned to the desired resonance frequency. As an input voltage is applied to the circuit, the crystal oscillates at its natural frequency. This oscillation is amplified and buffered by the transistors to produce a stable, high quality output signal. The four-transistor configuration allows the oscillator to adjust its frequency over a wide range of frequencies.

The SIT8208AC-8F-33E-36.864000T offers several advantages over other oscillators. It has high stability and low phase noise, which results in improved system performance. It is small in size and lightweight, making it ideal for size-constrained applications. In addition, its adjustable frequency range and resolution provide accurate frequency control and precision timing systems.

The SIT8208AC-8F-33E-36.864000T is an ideal choice for applications requiring precise frequency control and stable output signals. It is highly suitable for high-precision radio frequency applications such as satellite navigation, synthetic aperture radar, and military applications. Its wide frequency range, resolution, and low phase noise make it an ideal choice for medical imaging, instrumentation, and other high-precision applications.

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