SIT8008AI-23-25S-20.000000E

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Oscillators are essential components for telecommunication, computers, machinery, robots, and other microelectronic systems. They provide an electromagnetic signal or waveform that produces periodic pulses. The SIT8008AI-23-25S-20.000000E is one such oscillator model used in applications such as frequency synthesizers and radio frequency circuits. In this article, we will discuss the application field and working principle of this model.

The SIT8008AI-23-25S-20.000000E oscillator is a dual in-line pin device with a frequency range of 20-25MHz. It operates at a temperature range of -40 to +85°C and ambient air. The oscillator is made of a metal oxide semiconductor voltage-controlled crystal (MOSVCX) that provides precise frequency control and low noise performance. It can be used in a variety of applications, such as frequency synthesizers, radio frequency circuits, and clock/timing circuits. The device is also ideal for applications where frequency stability over extended temperature range, low output jitter, and good noise immunity are required.

The working principle for this oscillator is based on the MOSVCX structure. This structure utilizes the piezoelectric effect of crystals to generate a strong, precise frequency signal. As an externally generated voltage is applied to the crystal, it produces an oscillating electric field across it and results in a stable frequency oscillation. This oscillation is then amplified by a high-frequency amplifier and is converted into a signal corresponding to the frequency set by the voltage. The oscillator can be tuned to its set frequency within a certain range of temperatures and needs to be adjusted or recalibrated when the operating conditions change.

The SIT8008AI-23-25S-20.000000E oscillator is an excellent choice for many microelectronic applications such as frequency synthesizers, radio frequency circuits, and clock/timing circuits. Its temperature range, high frequency accuracy, and low noise performance make it well suited for use in these applications. It provides highly dependable operation and excellent signal integrity for reliable operation. The MOSVCX structure provides excellent precision and reliability with minimal temperature drift and low jitter performance.

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