SIT8209AC-33-28E-133.330000Y

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Oscillators are electrical circuits that exhibit the property of oscillation over a spectrum of frequencies. They can be used in a variety of applications, ranging from communications technology to instrumentation and metrology.

SIT8209AC-33-28E-133.330000Y Application Field and Working Principle

The SIT8209AC-33-28E-133.330000Y is a precision general purpose crystal oscillator operating over a range of frequencies between 5 and 100MHz. It is specifically designed for use in a variety of time keeping, communications, and instrumentation applications.

The crystal oscillator employs a quartz crystal as its resonant element to generate a stable frequency within a specified temperature range. This is accomplished by using a combined frequency- and temperature-control circuit. The resonant frequency of the oscillator is obtained by applying electric signals to the quartz crystal.

In addition to the temperature-controlled circuit, the oscillator also includes a temperature compensation circuit. This circuit compensates for changes in temperature and ensures that the oscillator maintained a stable frequency output. The temperature compensation circuit also helps to increase accuracy and precision.

The oscillator is designed to operate in a wide range of environments, including extreme temperatures and harsh conditions. It is also built with robust components and is capable of withstanding high frequencies and transient shock.

The oscillator comes with an integrated crystal, which is sealed in a special casing, in order to ensure stability and long-term performance. The housing also protects the quartz crystal from any external electric signals or mechanical shocks.

The oscillator has a wide variety of applications, including in wireless communications, instrumentation, aerospace and automotive electronics, industrial control systems, and time pieces. It is also used in military and high-performance computing applications.

The working principle behind the SIT8209AC-33-28E-133.330000Y is the same as that of other crystal oscillators. It employs an electromechanical oscillator circuit that creates an alternating electric current that is supplied to the quartz crystal. This current oscillates between two frequencies, over a given period of time, producing a sine wave output. The oscillator can be adjusted to change the frequency and the output voltage.

The oscillator also utilizes a temperature compensation circuit, which senses the temperature and adjusts the output frequency to maintain stability and accuracy. This ensures that the oscillator remains accurate and precise, even in extreme temperature conditions.

The SIT8209AC-33-28E-133.330000Y is a precision crystal oscillator that is designed to meet all of the requirements of the many applications it is used in. It is reliable, accurate, and durable, and is capable of withstanding harsh environments and high temperatures. It is also easy to use and can be set up quickly. This makes it an ideal choice for a wide range of applications.

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