SIT9002AI-18N25EB

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Programmable oscillators are one subclass of oscillators that are used to generate periodic and stable signals with precise frequency and waveform. Such precision oscillators are widely used for applications in particle physics research and engineering, such as oscillator circuits, audio generators, and communication receivers. SIT9002AI-18N25EB, as one variety of programmable oscillators, packs its cutting-edge feature in a tiny package, enabling superior performance and high precision signal generation.

SIT9002AI-18N25EB is a highly integratable solution for precise oscillation signal generation. It integrates an oscillation circuit, logic circuit, and resonator into one single chip. The oscillator utilizes the principle of frequency control and voltage control to carry out precise frequency regulation and synchronization. With minimised size and maximised features, the SIT9002AI-18N25EB programmable oscillator can find applications in various industrial and commercial applications, such as fundamental and harmonic signal generation, signal testing, signal calibration, frequency analysis and frequency synthesis.

The high performance oscillator delivers impressive signals in a high-density form factor. The portable frequency standard allows direct frequency access over a wide frequency range, with high stability and accuracy enabled via frequency-stabilized crystal oscillator. The embedded pre-selection channel comes with a full frequency-computing function and provides accurate process deviation parameters. The two output prescaler has a division ratio of 1 to 16 that can be used for detecting frequency, pulse width, pulse modulation or pulse modulation with frequency during applications. The device also works with a wide range of operating temperature.

The working principle of SIT9002AI-18N25EB revolves around the dual-use frequency oscillator and voltage-controlled oscillator modules. The two oscillator modules work together to generate the desired waveform and frequency. The oscillator module utilizes the resonator’s main wave to generate the frequency wave, utilizing the principle of frequency control. The voltage-controlled oscillator module operates with voltage control to establish the oscillation frequency. With the frequency-dividing module, waveforms with different average frequencies can be generated from the waveforms coming from both the dual-use frequency and voltage-controlled oscillator modules, allowing for precise frequency regulation and synchronization.

SIT9002AI-18N25EB programmable oscillators have wide applications in diverse areas. They are commonly used in communication systems, such as mobile phones, satellite phones, and automatic telephone switches, for stable frequency generation and synchronization. They can be used in consumer electronics as audio generators, or as radar device emitters in aircraft and other military applications. They also find uses in particle physics research, with the device being able to generate precise, low-distortion waveforms free of jitter.

In short, SIT9002AI-18N25EB programmable oscillators are highly versatile and reliable devices that are widely used in a variety of applications, ranging from consumer electronics to military applications. Its frequency selection capability, wide frequency range, high stability and accuracy enabled via frequency-stabilized crystal oscillator, embedded pre-selection channel and two output prescaler make it ideal for designers looking for a powerhouse of a programmable oscillator.

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