SIT1602AIF3-33E

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Programmable oscillators have become a critical component for radio and signal processing applications in modern computing, communications, and control systems. The SIT1602AIF3-33E programmable oscillator is among the most versatile and widely applicable oscillator components available today. It provides a wide range of frequency and control options, allowing for flexibility and ease in implementations for a number of applications and phases of development.

Most significantly, the SIT1602AIF3-33E is a fully integrated and smart oscillator that utilizes phase-locked loop (PLL) and phase-shift (PSO) technologies. This combination of technologies gives the device the capability to synthesize a wide range of frequencies and phases, allowing for highly precise frequency measurements and control. It is a complete oscillator package with a base crystal oscillator circuit, input frequency selection filter, and several PLLs and PSOs which determines the output frequency. In addition, its output is fully adjustable with a high accuracy of ± 0.25% or better.

In terms of application fields, the SIT1602AIF3-33E is suitable for any environment or application where exact and accurate frequency control is required. For example, it can be used in military applications for radar, avionics, and communication systems. It can also be utilized in space exploration missions where precise frequency measurements are critical for orbital navigation of spacecraft. And in commercial or consumer applications, the SIT1602AIF3-33E has proven its value in precise radio and signal processing for receivers, cellular phones, and Global Positioning System (GPS) applications.

The working principle of the SIT1602AIF3-33E is based on the use of the PLL and PSO techniques. A crystal oscillator is the first step in the process, providing a precise and stable frequency to which all other components of the oscillator can be synchronized. The PLLs and PSOs are then used to synthesize the output frequency, which is determined by the reference frequency and the input command signals. These signals are typically digital words that provide the device with the data needed to produce a precise output frequency according to the desired specifications.

In summary, the SIT1602AIF3-33E is a highly versatile and reliable programmable oscillator capable of meeting the accuracy requirements of a wide range of applications. Its use of phase-locked loop and phase-shift technologies make it suitable for precise frequency control in precision radio and signal processing applications, as well as military, space exploration, and consumer applications.

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