SIT8008BI-21-18E-27.000000D

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Oscillators are electronic circuits that generate a periodic, often complex, waveform at an output terminal. The SIT8008BI-21-18E-27.000000D is an oscillator that is used in many different applications and comes with varying specifications. It features an outstanding frequency-temperature coefficient performance, making it ideal for applications in industrial and consumer electronic systems where precise timing and frequency stability are essential.

The SIT8008BI-21-18E-27.000000D oscillator is a low power clock generator with ultra-low-jitter performance, making it suitable for a wide range of power-sensitive and high frequency applications, such as broadband communications, networking systems, computing platforms, graphics, and other digital system interface applications. This oscillator is built with a low frequency spacer and output clock and allows for a programmable output frequency that can be as low as 38KHz. It also includes a low output power voltage down to 1.8V and consumes below 3.3mW under room temperature environment.

When it comes to the application field of the SIT8008BI-21-18E-27.000000D oscillator, it can be used in digital frequency synthesis, VHF signal generation, clock synthesis circuits, clock and data recovery, PLLs, microprocessor systems, as well as in frequency control systems. Its main working principle is based on the principle of timer, and it integrates a timing circuit and a control circuit. The timing circuit is made up of a crystal oscillator and a frequency divider, which controls the overall frequency output. It also includes a control circuit, which is responsible for controlling the power output. With the help of this circuit, the user can adjust the output voltage, frequency, and other settings easily and conveniently.

Due to its advanced features and wide application field, the SIT8008BI-21-18E-27.000000D oscillator has become popularly used in numerous fields, including communication, automotive, industrial, consumer electronics, medical, and military. Its low power consuming, ultra-low-jitter performance, and outstanding frequency-temperature coefficient performance make it a reliable choice for those who need a device with superior stability over temperature changes.

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