SIT8008BCU3-28E

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Programmable Oscillators are circuits that generate periodic rectangular signals with selected frequency and accuracy. The most popular oscillators are clock oscillators, VCXO and TCXO types. Their main application is to provide synchronous clock signals to digital devices.

The SIT8008BCU3-28E is a type of Programmable Oscillator that is an alternative to the typical off-the-shelf types. This device has the advantages of both low cost and easy programming of the frequency and tolerance. It is capable of sustaining an operating frequency range of 8MHz to 25MHz and works on a supply voltage of 2.97V ± 10%. It boasts a temperature tolerance range of ± 10°C to ± 75°C.

The SIT8008BCU3-28E operates on a unique programming technique called Overlay Tuning Method. This method enables the users to have a wide range of frequency variation and high resolution in a small size. It makes use of an interesting mix of components such as a frequency sensitivity derived from RTD and the use of coil and capacitor overlay. This technique has been mastered in an efficient way to secure a programmable frequency range of up to 4ppm.

In addition, the SIT8008BCU3-28E has a few more unique features that make it stand out against other Programmable Oscillators in the market. These include low EMI (Electromagnetic Interference) levels, a short stroking time of 1ms, and high stability of the start time.

The application area for SIT8008BCU3-28E is ever increasing, as the demand for better oscillators increases. One of the most common areas for its usage is for clock solutions used in mobile devices such as smartphones and tablets. To get the most out of the device, a specialized software is also available which helps realize a wide range of advanced features with added functionalities like sinusoidal distortion and overvoltage protection.

Overall, the SIT8008BCU3-28E is suitable for applications requiring high accuracy and reliability despite its small size. It is an ideal choice for any design that utilizes high precision oscillators and needs to be cost-effective. Because of its thermally stable characteristics and excellent performance, this device has the capability to create microprocessors, system buses, and other circuit systems with precision and efficiency.

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