SIT5001AI-GE-33E0-39.000000Y

Oscillators

SIT5001AI-GE-33E0-39.000000Y is a typical oscillator for electronic devices. This oscillator is based on quartz crystals, which have high frequency stability and repeatability and are relatively inexpensive. Quartz crystals have the ability to produce an electrical output signal at a certain frequency by inducing an electrical current, which is fed back by the oscillator.

This oscillator provides an output frequency of 39 MHz and is suitable for different applications, such as embedded systems, instrumentation, and medical equipment. Its frequency is accurate, which makes it suitable for use in systems where precision is important. The device has low harmonics that make it suitable for use in sensitive environments. In addition, it has a low power consumption and a low cost of ownership.

The device is based on a quartz crystal resonator, which is composed of two pieces of quartz crystal plates with electrodes deposited on the surface. The resonator vibrates at a frequency determined by the size and shape of the crystal. The electrodes create an electrical field, which causes the crystal to vibrate. When the kHz excitation voltage is applied to the oscillator, it produces a sinusoidal wave, which is then amplified and passed through an output matching circuit that converts it into a corresponding output signal.

The oscillator is integrated with a digital voltage-controlled oscillator (DVCO), which is used to adjust the output frequency. This allows the frequency output to be adjusted with precision. The design also incorporates a phase-locked loop (PLL) to ensure that the frequency is accurate and stable. The PLL also helps reduce jitter, which is important for providing the accurate output frequency. Additionally, the device has an automatic gain control (AGC) feature, which allows the operating range to be adjusted.

The SIT5001AI-GE-33E0-39.000000Y oscillator is an excellent choice for many applications, due to its high frequency stability, low power consumption, and low cost. It is suitable for use in embedded systems, instrumentation, and medical equipment. Its use of a quartz crystal resonator ensures that the output frequency is accurate and stable and can be adjusted with precision, while its PLL and AGC features ensure that the frequency is stable and reliable.