SIT1602BI-13-18N-4.096000G

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Oscillators are components used as frequency generators in the majority of systems and circuits. They are also highly relevant in the field of digital signal processing. SIT1602BI-13-18N-4.096000G is an example of an oscillator that exploits digital signal processing for a wide range of applications. In this article, we will discuss its application field and its working principle.

This oscillator is designed to generate a clock frequency of 4.096 GHz from a reference frequency of 32 MHz. Its main application is in high-speed systems, where accuracy of frequency required is tight. Additionally, the low power consumption of this oscillator makes it ideal for portable electronics. Many applications, such as modern wireless communications systems and digital television processors, take advantage of this oscillator for their timing.

In terms of working principles, SIT1602BI-13-18N-4.096000G is equipped with various components, such as a divide-by-6 module, an external crystal and an external capacitor. It allows users to configure the approximate frequency through on-chip digital circuitry. The frequency of operation is defined regarding a reference frequency of 32MHz, and the output frequency can also be divided by two in order to achieve 2.048GHz.

The divide-by module of the oscillator is a 6-input level shifter implemented as a 40nm CMOS in-house developed circuit, and works in a self-timed mode. It is this highly accurate 6-level-shifter that provides the accuracy of this oscillator. The external crystal also important because it alleviates thermal drift, and the external capacitor, in turn, helps the oscillator to start up faster.

The oscillator is controlled by a 6-input CMOS divide-by-6 module that is pre-calibrated with the reference frequency. In order to begin operation, the oscillator must be reset. To achieve this, the physical interface must be correctly chosen according to the system needs. This involves selecting the mode signals (6-input CMOS divide-by-6) and the clock frequency of the system.

In addition to its accuracy and low power consumption, SIT1602BI-13-18N-4.096000G is also highly reliable and can operate in a wide supply voltage range. The oscillator is built on a substrate that was designed to achieve optimal performance. This ensures that the oscillator is able to perform accurately across a broad range of environmental conditions.

To conclude, SIT1602BI-13-18N-4.096000G is an ideal oscillator for a variety of applications in the area of high speed systems. Many of its components, such as the divide-by-6 module, the external crystal and the external capacitor, enable the oscillator to work accurately and reliably. It is also suitable for low power portable electronics. All these features make it a great choice for many digital signal processing systems.

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