SIT9005ACL1G-28SN

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Programmable oscillators are electronic components that are used to generate rhythmic signals at specific frequency. They are commonly used in telecommunications and computing to send or receive data. The Sitronix SIT9005ACL1G-28SN is one such component and is developed for various computing applications. The application field and working principle of the component are discussed further in this article.

Application Field

The Sitronix SIT9005ACL1G-28SN is a type of programmable oscillator specifically designed for use in digital telecommunication applications. This component is capable of generating rhythmic signals at any frequency ranging from 100 to 2800 MHz, with the cycle times ranging from 3.43 to 40ns. Because of its wide range of frequency outputs and accurate timing, it is suitable for use in wireless frequency hopping, wireless LAN, short-range wireless data transmission, frequency division multiple access (FDMA), and multiple input multiple output (MIMO). The component’s low power consumption also makes it ideal for use in handheld devices such as mobile phones and tablets.

Working Principle

On a basic level, the Sitronix SIT9005ACL1G-28SN operates using a simple principle. The component is based on the concept of an oscillator and the component’s frequency is controlled by an onboard reference quartz crystal. This crystal is used to create a stable frequency output that is adjustable via an external resistor and capacitance. The component’s frequency range and timing accuracy is determined by the accuracy of the quartz crystal. Additionally, this component also contains a phase-locked loop (PLL) which is used to create a high-stability output. The PLL module incorporates the reference quartz crystal and uses it to control the component’s output frequency.

Conclusion

The Sitronix SIT9005ACL1G-28SN is a type of programmable oscillator which is developed specifically for digital telecommunication applications. This component is capable of generating rhythmic signals at any frequency ranging from 100 to 2800 MHz, with cycle times ranging from 3.43 to 40ns. Additionally, the component also has a low power consumption which makes it ideal for use in handheld devices. The component’s working principle is based on a quartz crystal, which is used to provide a stable frequency output that can be adjusted via an external resistor and capacitance. Additionally, the component also contains a phase-locked loop (PLL) which is used to ensure a high-stability output.

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