SIT1602AC-71-18S-38.400000D

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Oscillators are devices that generate persistent alternating current signals, emitting cyclic sounds, pulses, or waves, or many other forms of electronic signals. They are found in a variety of applications, from industrial to consumer products, and are essential components in many electronic circuits. The SIT1602AC-71-18S-38.400000D is one such example of an oscillator designed to provide a high-frequency signal for a range of applications.

This oscillator was developed primarily for switching and signal supply applications such as driving power electronics circuits, automating industrial processes, controlling frequency ranges, and providing a reliable source of low noise, low jitter signals. Its low power consumption and fast response time make it an ideal solution for various industries, including electrical engineering, automotive, aerospace, and telecommunications. Its built-in frequency stability and temperature range further contribute to its versatility and applicability.

In terms of its basic operation, the SIT1602AC-71-18S-38.400000D works by generating a square wave signal within a frequency range from 48 kHz to 72 MHz. This is done by utilizing two cascaded gates or switches to generate a pair of square wave signals with 180° phase difference. This is then combined with an analog to digital converter that provides the output frequency signal by modulating the signal with a digital counter. This counter is controlled by an external capacitor, allowing the user to control the oscillation frequency precisely. This provides high accuracy of the signal even in temperature variation or when exposed to EMI interference.

Ultimately, the SIT1602AC-71-18S-38.400000D is an ideal choice for a wide variety of oscillator applications. Its low power consumption, fast response time, and high frequency stability make it suitable for a range of industries, providing a reliable source of reliable signals for a range of processes and products. Additionally, its built-in digital counter allows the user to precisely control the oscillation frequency, providing accuracy and stability for even the most demanding applications.

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