SG3225VAN 148.3516M-KJGAB

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Oscillators

The SG3225VAN 148.3516M-KJGAB oscillator is an advanced and versatile oscillator module designed to meet the high performance and wide application field requirements of modern industry, engineering, and science.

The design of the oscillator module offers many different benefits for different applications, including frequency accuracy, stability, low noise, temperature compensation, and lower power consumption than traditional oscillators. Due to its versatile design, it can be used in multi-discipline application fields, such as communications, instrumentation, microwave, automotive, scientific, and aerospace applications.

Working Principle

The working principle of the SG3225VAN 148.3516M-KJGAB oscillator is based on a stable and continuous sinusoidal output signal, generated by the oscillator itself. This signal is generated by the oscillator\'s internal circuitry and is used as a reference for all timing operations in the system.

The oscillator module consists of a signal generator, amplifier, and frequency control circuitry. The frequency control circuitry comprises an adjustable frequency, temperature-compensated crystal oscillator and a voltage-controlled oscillator. The oscillator module also includes an oscillator divider, which allows the signal to be divided into different frequencies that can then be used for various applications.

The frequency of the oscillator is determined by the oscillator\'s internal circuitry, as well as the external components such as the frequency set resistors, potentiometer, and capacitors. The frequental adjustment can be made either manually or through a digital control system. The output of the oscillator module is also adjustable by adjusting the voltage, which can be used to vary the frequency or amplitude.

Application Field

The SG3225VAN 148.3516M-KJGAB oscillator is most often used in circuit design for telecommunications, as it provides signal integrity and an excellent signal to noise ratio. It can also be used in high-speed computing and signal processing applications, where its excellent timing accuracy and low power consumption are desirable. Other applications of the oscillator include its use in motor control, frequency modulation, and data conversion.

The range of applications for this oscillator is further expanded by its multi-discipline design, as it can easily be adapted to different requirements, such as military and aerospace applications, as well as consumer products. This makes the SG3225VAN 148.3516M-KJGAB oscillator a very versatile and cost effective solution for a wide range of applications.

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