SIT5000ACC2E-33N0-12.000000Y

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Oscillators are vital components in circuits performing timing and frequency control for electronic devices. Among various oscillators, SIT5000 series oscillators power an accepted performance and quality for highly reliable circuit design, and are often preferred in frequency control and timing components of digital and analog circuits. In this article, we will discuss the application field and working principle of SIT5000ACC2E-33N0-12.000000Y, one of the oscillators in the SIT5000 series.

The SIT5000ACC2E-33N0-12.000000Y oscillator integrates advanced frequency control and voltage regulation technologies in its design, making it an ideal selection for frequency control and timing in digital and analog systems requiring low phase noise and high accuracy. Its low current consumption of 3.3V makes it a perfect option for budget constraint systems. Additionally, it exhibits excellent environmental robustness and covers a large temperature range of -40°C to +85°C.

The SIT5000ACC2E-33N0-12.000000Y operates on the crystal oscillator principle, in which the device uses the quartz crystal as the timing element and can be controlled by external resonance conditions, hysteresis, and feedback circuits. When a certain frequency is selected, electric power is applied to the crystal and its RF waves are fed back to an amplifier. The device is then able to oscillate in a mains or sinusoidal wave form. With the aid of a negative feedback circuit and an RC network, the RF pulses are attenuated and outputted in a sinusoidal signal. With this principle, the oscillator is able to generate a highly stable output frequency.

The SIT5000ACC2E-33N0-12.000000Y is suitable for multiple scenarios and applications. As its fast equilibrium time ensures quick start-up and synchronization time, it is an excellent choice for telecom and broadcast systems, where quick response to frequency lock-in is essential. Additionally, the device’s high accuracy makes it suitable for instrumentation, UPS, and server applications. Furthermore, its flexibility of outputting signals from 1MHz to 150MHz makes it suitable for frequency response of all kinds of applications.

In conclusion, the SIT5000ACC2E-33N0-12.000000Y oscillator is a highly reliable frequency control component with versatile application and high accuracy. Its design utilizes advanced frequency control technology while maintaining a low current consumption. This oscillator is able to provide a sinusoidal signal of high quality and stability, while working in an extended temperature range, making it suitable for a variety of applications.

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