SIT9120AC-2B3-XXE150.000000E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators play significant roles in many electronic circuits, as they are responsible for performing diverse tasks such as establishing synchronization and controlling pulse width. As such, many oscillators are specifically designed for particular applications. SIT9120AC-2B3-XXE150.000000E is an oscillator that falls within the category of Quartz Crystal Oscillators. In this article, we will discuss the application field and working principle of the SIT9120AC-2B3-XXE150.000000E.

The SIT9120AC-2B3-XXE150.000000E quartz crystal oscillator is typically employed in operating frequency circuits that use a DC voltage ranging from 1.6V-5.5V. It is designed primarily for space applications that require high-reliability and low-power operation. It is a miniature oscillator that is is capable of providing frequency stability of ±25ppm over an operating temperature performance between -45℃ and 125℃. Hence, this oscillator is suitable for applications such as navigation systems, terrestrial 4G-LTE and global navigation satellite systems (GNSS) that require stringent accuracy and stability requirements for precision timing applications.

As quartz crystal oscillators are based on the mechanical resonance of quartz crystal, the quartz crystal resonator that forms an integral part of the SIT9120AC-2B3-XXE150.000000E oscillator requires no special handling and may be soldered on a printed circuit board (PCB) without any safety precautions. The construction of the quartz crystal is simple and consists mainly of a quartz crystal and two metal plates attached to it.The quartz crystal acts as the dielectric material and the metal plates act as the electrodes that are necessary to produce the electrical signals.

In order to understand the working principle of the SIT9120AC-2B3-XXE150.000000E, it is important to understand the piezoelectric effect. A quartz crystal exhibits piezoelectricity, which is an interesting phenomenon that allows it to generate an electrical potential when mechanical forces are applied to it. The same also applies in the opposite direction, and a quartz crystal can generate mechanical vibrations when an electrical signal is applied to it.

During operation of the SIT9120AC-2B3-XXE150.000000E oscillator, an AC voltage is applied to the crystal and generates an electrical signal. The signal is transmitted into the crystal, which, in response, produces mechanical vibrations. The vibrations of the crystal are then amplified and transmitted back to the electrical circuit via the metal plates. As the amplitude and frequency of the signal are determined by the crystalline properties of the quartz, the SIT9120AC-2B3-XXE150.000000E oscillator is able to produce a highly stable frequency that can be used for a number of applications.

The high frequency stability of this oscillator makes it ideal for applications that require precision timing, such as synchronization for communications systems or signal transmission systems. In these applications, the SIT9120AC-2B3-XXE150.000000E oscillator is capable of providing the accuracy and stability needed for these applications. In addition, its low operating voltage, wide operating temperature range, small size and low power consumption make it an ideal choice for space applications.

In conclusion, the SIT9120AC-2B3-XXE150.000000E is an oscillator that is suitable for those applications that require precision timing of signals and for space applications that require reliable and low-power operation. Its working principle is based on the piezoelectric effect, whereby an applied voltage is converted into mechanical vibration that produces the stable, high-accuracy electrical output.

The specific data is subject to PDF, and the above content is for reference