ASET-31.250MHZ-Y-T

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Oscillators

An oscillator is an integrated circuit (IC) device used to generate electrical signals with precise frequency and amplitude. Many oscillator circuits are based on the principle of resonating electric components, such as capacitors, coils and resistors. Oscillators can be used in a variety of applications, such as clock generators, radio frequency (RF) and wireless communication systems, frequency-division multiplexers, signal processing systems and audio and video signal-processing systems. The ASET-31.250MHZ-Y-T oscillator is one particular type used in these applications.

Application Field

The ASET-31.250MHZ-Y-T oscillator is a device used for generating a signal at precisely 31.250MHz. It is used in various applications where precise frequency controls are required, such as in in radio frequency (RF) and wireless communication systems, frequency-division multiplexers, signal processing systems and audio and video signal-processing systems.

For example, the ASET-31.250MHZ-Y-T oscillator is used in wireless networks such as Wi-Fi and Bluetooth. It is also used in RF-based signal processing systems, where it is necessary to accurately convert an electronic signal to a 31.250MHz signal. In a frequency-division multiplexer, it is used to separate the different frequencies of signals in order to transfer them over a single line. It is also used in audio and video signal processing systems as a precision timing source.

Working Principle

The ASET-31.250MHZ-Y-T oscillator generates a sinusoidal waveform at a precise frequency of 31.250MHz. It consists of three main components – an amplifier, a feedback loop and an output transducer. The amplifier amplifies the input signal from a small voltage to a larger voltage. The feedback loop uses this large voltage to produce a current. This current is then passed through an output transducer, which converts it into a 31.250MHz sine wave signal.

The feedback loop includes a capacitive element, such as a capacitor, to determine the resonating frequency of the circuit. The feedback loop is also adjustable, changing the amount of current that is passed to the output transducer and the frequency of the output signal. This allows the frequency to be precisely controlled, making the ASET-31.250MHZ-Y-T oscillator an ideal device for applications requiring accuracy.

In addition, the device also includes a temperature compensation technology, which ensures that the output frequency remains stable over a wide range of temperatures. This allows the device to be used in extreme environmental conditions without any errors in the output signal.

The ASET-31.250MHZ-Y-T oscillator is an extremely accurate and reliable device for applications requiring precise frequency control. Its ability to produce a sinusoidal waveform at precisely 31.250MHz makes it an ideal choice for a wide range of applications such as wireless networks, signal processing systems, and audio and video signal processing systems.

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