SIT1602BC-32-28E-20.000000Y

Oscillators are essential components to ensure a wide variety of digital and analog applications. They are responsible for providing incredibly precise timekeeping in a variety of radio communication and global navigation systems, and providing accurate timing signals for all kinds of data operation. SIT1602BC-32-28E-20.000000Y is an oscillator in this field. This article will discuss its application field and working principle.

SIT1602BC-32-28E-20.000000Y is a quartz crystal oscillator based on a different frequency, and a high performance rail-to-rail buffer output stage design. It is one of the most advanced models in the oscillator field. Its frequency range is from 30MHz to 175MHz, which makes it suitable for a wide range of applications in wireless communication, test and measurement, and medical equipment. It also has an enable/disable control feature, which can be used to increase power savings and efficiency. Additionally, the SIT1602BC-32-28E-20.000000Y has a maximum output frequency stability of ±20ppm (parts per million) over a wide temperature range of -40°C to 85°C, and is available in a 3.2mmx2.8mmx1mm QFN package.

SIT1602BC-32-28E-20.000000Y’s working principle includes both physical and electrical aspects. In the physical aspect, quartz crystal oscillators use the piezoelectric effect, which means that an electrical charge can cause a crystal to vibrate. When a quartz crystal is powered by a direct current source on two of its faces, it creates a pulse with a consistent frequency, due to the piezoelectric effect. In the electrical aspect, the frequency of the quartz crystal will be determined by its fundamental capacitance and inductance which can be affected by the size, shape and series resonance frequency of the crystal material. The frequency is also affected by the external capacitance and inductance that is connected to the crystal.

In conclusion, SIT1602BC-32-28E-20.000000Y is an oscillator from the field of quartz crystal oscillators. It has a wide frequency range which can be used for a variety of applications. It has a maximum output frequency stability of ±20ppm and an enable/disable control feature that increases efficiency and power savings. Its working principle includes both physical and electrical aspects, taking advantage of the piezoelectric effect generated by a direct current source on two of its faces and that its frequency is determined by its fundamental capacitance and inductance, as well as the external capacitance and inductance connected to the crystal.