SIT5001AI-2E-33VQ-12.552000Y

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An oscillator is defined as an electrical circuit or device which produces a repetitive signal or waveform. The SIT5001AI-2E-33VQ-12.552000Y oscillator is part of a family of low-cost oscillators housed in a miniature 5-pin plastic package. It is ideally suited for applications requiring very low leakage current and high noise suppression. The SIT5001AI-2E-33VQ-12.552000Y oscillator is widely used in wireless communication systems, navigation and GPS systems, medical equipment, automotive systems, industrial systems, and military applications.

The primary purpose of the SIT5001AI-2E-33VQ-12.552000Y oscillator is to provide a stable and reliable output signal. It operates in temperatures from -40°C to +125°C and is immune to environmental noise and electromagnetic interference. The oscillator features a built-in frequency stability of ±20ppm over temperature, and ±100ppm over 10 years. It also features a power supply rejection ratio of -90dB and an operating voltage range of 1.8V to 3.6V.

The working principle of the SIT5001AI-2E-33VQ-12.552000Y oscillator relies on two main components, the crystal resonator and the CMOS logic switch. The resonator produces an electrical signal with a precise frequency that is passed to the CMOS switch. The CMOS switch then passes the signal through a feedback loop, which results in a periodic output signal that is phase-locked with the input signal. Since the output frequency is a function of the resonator frequency, adjusting the resonator frequency allows for the output frequency to be changed, and vice versa.

The SIT5001AI-2E-33VQ-12.552000Y oscillator is ideal for applications requiring a stable and reliable output signal. Its low leakage current and high noise suppression make it an excellent choice for medical, automotive, and industrial applications. Its wide operational temperature range, frequency stability, and power supply rejection ration make it ideal for wireless communication systems, navigation and GPS systems, and military applications.

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