SIT8208AC-G2-33E-32.768000X

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Oscillators are electrical and mechanical devices that generate periodic and accurate signals for various operations. They come in various types and sizes to serve applications in numerous industries such as telecommunications, computing, healthcare and automotive. The SIT8208AC-G2-33E-32.768000X is one such oscillator, and it has remarkable abilities when it comes to providing very accurate and reliable frequency signals.

The SIT8208AC-G2-33E-32.768000X is a temperature-compensated athermal voltage-controlled crystal oscillator (VCXO). It is designed with an exclusive CMOS structure and is able to provide an output signal with a frequency accuracy of ≤ ± 0.2 PPM or better over a wide temperature range. It is available in two different operating temperature ranges, -40°C to +85°C for industrial applications and -40°C to +105°C for automotive and other outdoor applications. Its frequency output is also adjustable by 16 or 32.768 kHz voltage control.

The SIT8208AC-G2-33E-32.768000X is suitable for many applications where the frequency stability and accuracy is of top priority. It is ideal for data synchronization, clock & frequency synthesizers, frequency hopping systems, generic and telecom clock sources, Ethernet, IEEE 1588 and SDH/SONET systems, and various other applications.

In terms of its working principle, the SIT8208AC-G2-33E-32.768000X uses a quartz crystal to generate the frequency signal. The crystal is made up of two electrodes and a quartz resonator that is in the form of a plate or a bar. When an alternating current is applied to the electrodes, the quartz begins to vibrate in a very precise frequency. The frequency of the crystal is locked to the external voltage control and is then amplified and released from the oscillator as an output signal.

Due to its impressive range of features and abilities, the SIT8208AC-G2-33E-32.768000X is one of the most popular VCXOs used for various industrial and automotive applications. It offers remarkable frequency stability and accuracy in both warm and cold environments, making it an ideal choice for systems that rely on accurate and reliable frequency signals.

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