SIT8256AI-82-28E-156.250000Y

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Oscillators are components that can convert power from one form to another and regulate the output frequency in a precise fashion. Sit8256AI-82-28E-156.250000Y is a type of oscillator used to create a signal with a particular frequency. It is a sine wave generator, and is part of a larger series that is designed for frequency accuracy and stability, along with temperature characteristics such as temperature coefficient, temperature range, and maximum shock without frequency deviation.

The most remarkable features of the Sit8256AI-82-28E-156.250000Y are its temperature stability features. It maintains accurate frequency control over temperatures ranging from -40°C to +100°C. This oscillator is optimized for use in a wide range of signal processing, communication, and wireless applications, and has been used in navigation, medical, and environmental monitoring.

Sit8256AI-82-28E-156.250000Y are mainly used in wireless products such as cell phones, GPS receivers, automatic radio systems, and digital audio systems. The oscillator\'s frequency accuracy allows for reliable operation in systems such as mobile radios, radio data systems, radio navigation, cellular communications, and expanders in digital audio and video systems. This product also has an improved phase noise performance which provides better reliability in pulse train system application.

The working principle of the Sit8256AI-82-28E-156.250000Y is based on the principle of a vibrating crystal. Its principle of operation is based on a piezoelectric element. This element is a quartz crystal that oscillates when voltage is applied. The crystal is cut in a specific orientation, called the “cut angle”, resulting in a particular frequency for the oscillator. The frequency can be adjusted by varying the angle or by applying various electrical signals. This oscillator has a very low frequency accuracy variation over temperature, and can control frequency over wide ranges of temperatures. This makes it ideal for use in applications that require precise frequency over wide ranges of temperatures.

The piezoelectric element is connected to a feedback circuit that is designed to generate a sine wave output signal. This signal is then filtered to remove undesirable frequencies and provide a clean signal with low phase noise and low harmonic distortion. To control the output frequency the crystal is matched with a voltage control oscillator. This oscillator can be adjusted by applying different voltage levels. The output frequency is then adjusted using this control voltage.

The Sit8256AI-82-28E-156.250000Y is an ideal choice for applications requiring accurate frequency control over a wide range of temperatures. With its impressive performance features, this oscillator is ideal for many signal processing, communication, and wireless applications. This oscillator is also ideal for use in applications such as radio data systems, radio navigation, and digital audio and video systems.

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