SIT1602BC-83-33N-33.300000T

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Oscillators are an important part of most electronic systems, providing a regular and consistent signal for timing, synchronization, or control purposes. The SIT1602BC-83-33N-33.300000T is an example of a crystal oscillator that, due to its high stability, is useful for a wide range of applications. This article will look at the application field and working principle of this oscillator.

The SIT1602BC-83-33N-33.300000T is designed for use in a variety of applications, including microcontroller clocks, military, and aerospace. Its high frequency stability is achieved by using a crystal resonator, similar to those often found in quartz watches. The crystal is precision-cut to produce an resonate at the design frequency. The frequency of the resonating crystal can then be controlled by adjusting the capacitance around it.

The SIT1602BC-83-33N-33.300000T is also designed to be rugged and vibration-resistant. Its temperature range is from -55°C to +125°C, which allows it to operate in extreme environmental conditions, while its shock resistance to up to 4,000 G allows it to survive in environments where vibrations and impacts may occur. Additionally, the oscillator is designed to meet EMI, EMS, and FCC standards.

In terms of its working principle, the oscillator consists of an amplifier and a crystal resonator, which produces a stable resonance frequency. The crystal is tuned to the design frequency, then the amplifier is used to amplify the signal, producing the required output voltage and frequency. In order to ensure that the signal remains stable, the amplifier circuit is designed to be highly accurate and stable, with temperature compensation components to ensure that the signal remains stable over a wide temperature range.

The SIT1602BC-83-33N-33.300000T is a high-stability crystal oscillator that is capable of providing accurate and reliable timing signals for a variety of applications. Its wide operating temperature range, high vibration and shock resistance, and EMI, EMS, and FCC compatibility make it an excellent choice for applications that require reliable timing signals in harsh environments.

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