SIT8008BCF7-18N

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Programmable oscillators are pieces of equipment that are used in a wide range of applications and provide a level of accuracy in clock generation that was unheard of in the past. One such example is the SIT8008BCF7-18N programmable oscillator. In this article, we will discuss the application field and working principle of this device.

The SIT8008BCF7-18N is an advanced programmable oscillator that utilizes Silicon Laboratories\' SiT8008 quad-output CMOS programmable oscillator programmable oscillator chip. It operates in the frequency range of 0.01 MHz - 130 MHz with a voltage supply ranging from 1.4 V - 3.3 V and an operating temperature range of 0°C to 85°C. As a 1.5 mmx1.5 mm QFN package, this programmable oscillator is ideal for high-frequency applications such as frequency synthesisers and communication systems.

The SIT8008BCF7-18N programmable oscillator has four independently controlled oscillator outputs – two are LVCMOS outputs, one is High-speed Logic (HSL) output, and the fourth is HCMOS output. The device has integrated user-programmable frequency dividers/multipliers to reduce the frequency of the device\'s input frequency (reference clock) to generate the desired output frequency. The programmable features are realized with an on-chip EEPROM that stores the configuration settings such as PLL integrated digital filters, on-chip analog control voltage (VC) pad, and built-in PLL calibration.

In addition, the device utilizes Silicon Laboratories\' SiTime MEMs technology, which ensures stability of the device during environmental temperature changes and helps reduce temperature sensitivity when the device is used in high-temperature applications. The device also helps enhance system performance and reduce system noise by greatly reducing the output jitter of the oscillator, thus ensuring a smooth functioning power system.

The SIT8008BCF7-18N programmable oscillator offers a wide range of applications including clock synthesisers, DDS systems, high-speed communication systems, and medical systems. The device is capable of providing an accurate and stable clock output frequency with low jitter and minimal phase noise that can help improve system performance and reduce system noise. The device can also be used for powering multiple processors, generating clock frequencies for embedded clocks, and as clock sources for system synchronisation and smooth operation.

In conclusion, the SIT8008BCF7-18N programmable oscillator is a versatile device that can be used in a wide range of applications. With its advanced features and capabilities, the device is ideal for applications that require high-precision, stable, and accurate clock generation with low jitter and minimal phase noise. The device enables the user to control and select different output frequencies of a wide range without altering the accuracy and stability of the clock output. This makes it a suitable option for applications that require long-term stability and reliability.

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