SIT8208AI-2F-18E-18.432000T

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Oscillators are essential components found in a vast array of electronic systems. They are used to generate and shape signals for communication and other purposes. Coaxial oscillators are one particular type of oscillators that are especially designed for high frequency applications. SIT8208AI-2F-18E-18.432000T is a particularly noteworthy coaxial oscillator, which has a great number of potential uses and features a remarkable working principle.

The SIT8208AI-2F-18E-18.432000T features a unique tuning range that ranges from 10 to 15 GHz. This makes it suitable for use in a wide array of applications, including satellite communication, wireless communication and radar systems. Its tight temperature stability of ±20-ppb and phase noise of -110 dBc/Hz at 10KHz make it particularly useful for military and other applications where high performance is required.

The applications of the SIT8208AI-2F-18E-18.432000T are further enhanced by its miniature size and lightweight construction. The oscillator measures just 0.7" x 0.5" x 0.24" and weighs a mere 2 grams, which makes it more portable than other oscillators of its type. This makes it easier to incorporate into compact devices such as smart phones and other mobile devices.

The SIT8208AI-2F-18E-18.432000T features a particularly remarkable working principle. It consists of two coaxial resonators connected in series. It utilizes a unique tuning method known as "suspended pull-push" to achieve superior stability and temperature compensation. This method reduces variation in the oscillator frequency by suspending the resonator within a high voltage enclosure and applying positive or negative DC bias voltage to its electrodes. This causes the frequency to shift when the bias voltage is varied.

The SIT8208AI-2F-18E-18.432000T is a particularly noteworthy oscillator, with its versatile applications and unique working principle making it ideal for a range of uses. Its miniature size and high performance make it especially suitable for incorporation into compact devices such as cell phones and other mobile devices. Its remarkable tuning range, temperature stability and phase noise make it particularly useful for military and other high-end applications.

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