SIT8009BIF81-30N

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Programmable oscillators are electronic device used to determine the frequency of a signal in the form of sound or light oscillations. They are used to facilitate the development of many different kinds of products, ranging from communication electronics to automotive systems. One example of a programmable oscillator is the SIT8009BIF81-30N.

This device is a programmable clock oscillator that utilizes a 32.768kHz temperature compensated crystal. It is designed to be specifically used in projects or applications that require minimal jitter when generating a frequency. Additionally, the SIT8009BIF81-30N can be programmed to operate at several different frequencies, from 2.048MHz to 70.000MHz. This wide range makes it highly versatile and ideal for a large range of applications.

When it comes to the working principle of SIT8009BIF81-30N, its operation is based on a 32.768kHz temperature compensated crystal (XO) Oscillator circuit. It works by utilizing Frequency Multiplier Array architecture that plays a role in the output of variable frequency and operational stability. Overall, the system is made up of a dual feedback loop configuration — the first loop compensates the oscillation square-wave and the second loop design is able to provide precise frequency and stabilities. This two-way configuration makes the device highly precise and reliable when it comes to frequency output.

As for its application field, the SIT8009BIF81-30N programmable oscillator is mainly used for synchronous communication in consumer electronics such as digital TVs, TVs with digital tuners, radios, headphones and smart phones. Furthermore, its temperature compensated crystal capability makes it a great choice for time-reference signal applications such as in consumer products, GSM basestations, automotive systems and industrial electronics. With a combination of versatile and precise performance, the SIT8009BIF81-30N can meet the requirements of a wide range of applications.

To summarize, the SIT8009BIF81-30N programmable oscillator is a highly versatile device that can offer precise and reliable frequency output, making it suitable for multiple applications and industries. Its working principle is based on a temperature compensated crystal Oscillator circuit, as well as a Frequency Multiplier Array architecture and two-way feedback loop configuration. As such, this device can be used in consumer electronics, GSM basestations, automotive systems and industrial electronics, among others. All in all, the SIT8009BIF81-30N is a reliable and precise programmable clock oscillator that continues to provide great performance across an increasing number of applications.

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