SIT3809AI-C-28NX

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Programmable oscillators have become increasingly important for a variety of applications in modern day electronics. The SIT3809AI-C-28NX is a programmable oscillator with unprecedented features and capabilities. This oscillator offers excellent stability, accuracy, and noise levels, allowing for highly precise and reliable oscillator operation.

The SIT3809AI-C-28NX programmable oscillator is designed to give designers the flexibility to generate a broad range of frequencies to meet the needs of their application. It features a wide frequency range of 1MHz to 117MHz and a wide voltage range of 0.9V to 5.25V. The frequency and amplitude of the SIT3809AI-C-28NX can be controlled via an internal or external digital interface.

The SIT3809AI-C-28NX uses a CMOS process to ensure higher accuracy and stability. The oscillator is also designed to meet JITC and MIL-STD requirements. The frequency of the oscillator can be programmed using a serial command. It also features an automatic power regulation module which can save up to 50% of power.

The working principle of the SIT3809AI-C-28NX is based on the modulation of the frequency using a phase locked loop (PLL) technique. The PLL is implemented in a digital signal processor (DSP) to provide better control over the frequency, power, and phase. This helps to ensure that the output frequency is within the required frequency range.

The SIT3809AI-C-28NX is an excellent choice for applications in the fields of test instrumentation, wireless and satellite communication systems, automotive systems, medical equipment, and defence and aerospace applications. It is also suitable for use in GPS receivers, radar systems, digital telephony systems and machine tools.

In summary, the SIT3809AI-C-28NX is a highly customizable, reliable, and versatile programmable oscillator that offers excellent stability, accuracy, and noise levels. It can be used for a variety of applications in the fields of test instrumentation, wireless and satellite communication systems, automotive systems, medical equipment, and defence and aerospace applications. Its CMOS process, PLL technique and digital signal processor provide precision control over the frequency, power, and phase, allowing it to accurately generate any frequency within the required range.

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