SIT8208AC-G-33S

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Programmable Oscillators: the SIT8208AC-G-33S

Programmable Oscillators are designed to create a signal based on a predetermined frequency and phase. This type of oscillator is composed of an integrated circuit or IC, which contains the necessary elements to oscillate electrically. Programmable Oscillators can be used to generate a signal for a myriad of applications, from radio and TV frequency to cellular phone signals and more.

The SIT8208AC-G-33S Programmable Oscillator is a member of the SIT family of ICs from SITech. This IC gives users an optimal solution for generating an accurate, stable frequency with low phase noise. The SIT8208AC-G-33S also offers excellent data retention and immunity to shock and temperature changes.

Application Field: The SIT8208AC-G-33S is suitable for multiple types of wireless communication, such as Wi-Fi, Bluetooth, and mobile connection applications. It is also used in consumer electronics and computing systems. The oscillator provides a reliable, low-cost frequency synthesis solution.

Working Principle: The SIT8208AC-G-33S Programmable Oscillator is an IC that contains a voltage-controlled oscillator, an amplifier, an RC network and other components. The voltage-controlled oscillator is used to generate a fundamental frequency. The amplifier is used to adjust the amplitude of the signal and the RC network filters out any unwanted high frequencies. This creates a low-jitter signal that has a high frequency stability.

The SIT8208AC-G-33S Programmable Oscillator can be programmed by controlling the voltage that is applied to the input of the voltage-controlled oscillator. The oscillator is then tuned to the desired frequency and phase. The amplitude, phase noise, and stability of the signal can then be adjusted depending on the application of the circuit.

In summary, the SIT8208AC-G-33S Programmable Oscillator is a reliable, low-cost frequency synthesis solution for many wireless communication applications. Its voltage-controlled oscillator, amplifier, and RC network allow for accurate frequency compliance, phase control, and stability. The oscillator provides robust performance with excellent data retention and immunity from shock and temperature fluctuations.

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