SIT1602AIE8-XXE

Programmable oscillators are electronic components that provide a variety of adjustable frequencies. The SIT1602AIE8-XXE is one of them and it has a wide range of applications in various industries and research fields. In this article, we will discuss the applications of SIT1602AIE8-XXE as well as its working principle.

The SIT1602AIE8-XXE is a programmable oscillator designed with high precision and stability to meet the demands of multiple applications. It is characterized by a wide frequency range (from 19.8MHz to 96.2MHz) and an extended frequency range of up to 170MHz. The SIT1602AIE8-XXE has a low phase noise of -158 dBc/Hz, which makes it suitable for use in the automotive, aerospace and defense industries. In addition, it has low power consumption and high frequency stability over temperature range, making it ideal for medical, consumer and industrial applications.

The SIT1602AIE8-XXE provides a significant amount of flexibility in design. It supports multiple programmable modes including divider, divisor, and spread spectrum. With these modes, the design engineer can easily adjust the frequency of the oscillator to meet the desired output frequency. The spread spectrum mode is especially useful for EMI reduction, which is necessary for many medical and automotive applications.

In terms of its working principle, the SIT1602AIE8-XXE utilizes an oscillator core to generate an oscillating signal. It is then passed through a high precision frequency divider which is programmed to output a specific frequency. The divider is also capable of reducing jitter, eliminating noise, and providing a low phase noise signal. Finally, the output frequency is adjusted according to the desired setting by programming the divider.

In conclusion, the SIT1602AIE8-XXE is a programmable oscillator designed to meet the demands of the automotive, aerospace and defense industries. It has a wide frequency range and low phase noise, making it suitable for medical, consumer and industrial applications. Moreover, it offers different programmable modes for frequency adjustment, which is essential for many applications. Finally, its working principle relies on an oscillator core which is then passed through a high precision frequency divider.