SIT1602AC-32-18E-26.000000T

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Oscillators

An oscillator is a type of electronic circuit or electromagnetic resonator that, when given a DC voltage supply, can be made to generate voltage and current to form periodic electronic oscillations, at a specific or user-defined frequency.The SIT1602AC-32-18E-26.000000T is an oscillator device typically used in radio communications, Wi-Fi, and other applications that require signal transmission.

Application Field

The Sitronix SIT1602AC-32-18E-26.000000T is an important and often-used device in radio, Wi-Fi, and other fields that require signal transmission. The device is designed to reduce EMI and RFI interference by code changing, allowing for high-efficiency, stable, and reliable signal transmission. The Sitronix oscillator is also designed with a wide frequency range of up to 3GHz, making it applicable for high frequency applications such as radio communications, wireless LAN, video broadcasting, mobile communications, and instrumentation. The output of the device can be tailored to meet a wide variety of requirements. It also features features low jitter and a high frequency stability, allowing it to be used as a master clock in many embedded systems.The SIT1602AC-32-18E-26.000000T is also known for its low power consumption. This means it can be used in a variety of power-sensitive systems, such as IoT devices, while still providing a reliable signal transmission rate.In addition, this device features three types of synchronization technology, which allows the device to stay in sync with other signals and prevent signal drops.

Working Principle

The working principle of the Sitronix SIT1602AC-32-18E-26.000000T is quite simple. The device consists of an oscillator circuit, which is powered by a DC voltage supply and generates a periodic signal at its output terminals. The frequency of the signal is determined by the resonant frequency of the oscillator. The oscillator circuit consists of a quartz crystal and two feedback capacitors. When the DC voltage supply is applied to the circuit, a voltage is induced across the quartz crystal, resulting in an AC signal. This signal is then amplified by the feedback capacitors, resulting in an oscillating electric current at the output terminals. The frequency of the output signal is determined by the resonant frequency of the oscillator, which is determined by the value of the quartz crystal. The frequency of the SIT1602AC-32-18E-26.000000T can be changed by changing the value of the quartz crystal, thus allowing for a wide range of applications and frequencies.In addition, the SIT1602AC-32-18E-26.000000T can also be programmed with a number of other features, such as output delay, frequency stability, temperature compensated accuracy, and output load adjust. These features are particularly useful for applications where a precise frequency is required. Overall, the Sitronix SIT1602AC-32-18E-26.000000T is a versatile oscillator device that can be used for a variety of applications, ranging from radio communications to instrumentation.

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