SIT1602BI-12-33E-54.000000D

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As a type of electronic designs, oscillators are used widely in many applications. SIT1602BI-12-33E-54.000000D (hereinafter referred to as "the oscillator") is a high-performance oscillator based on CMOS technology. It is designed for low-power applications and provides optimal performance with highly stable output frequency.

The oscillator is applicable in consumer, medical, industrial and automotive applications, such as networking, computers, wireless communications, telecommunications, voice recognition, cameras, avionics and imaging. It is designed to deliver outstanding performance to meet the demanding requirements of different applications.

The oscillator contains an oscillator core circuit with a high precision reference frequency. The core circuit is composed of two transistors, one resistor, one capacitor, one oscillator and one indicator. The transistors works as a linear voltage regulator. They regulate the supply voltage to the oscillator and the reference frequency. The oscillator\'s frequency is then determined by the precise value of the resistor and capacitor. The indicator provides feedback for controlling the oscillator frequency, and the oscillator\'s output frequency can be changed by adjusting the indicator.

The frequency of the oscillator can be set within a range of 16.3MHz to 200MHz. The oscillator also features a low power consumption of 4.1mW and a typical current consumption of 3.7μA, which makes it suitable for battery powered applications. Furthermore, it offers excellent power-supply rejection with a typical PSRR of -115dB and a long-term frequency stability in the range of 0.01MHz/hr to 0.003MHz/hr.

The oscillator is provided with a robust design and an easy-to-use package. It is well suited for applications that need excellent frequency stability, high reliability and low power consumption. It also provides superior accuracy and jitter performance over a wide temperature range.

In summary, the oscillator provides a high-performance, low-power solution for many applications. Its low power consumption, excellent power-supply rejection, and long-term frequency stability make it a suitable choice for battery-powered portable applications. It is also well suited for telecommunications, avionics, and imaging, as well as consumer, medical and industrial applications.

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