ASGTX-C-150.000MHZ-2-T

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Oscillators

An oscillator is an electronic circuit which produces a regularly repeating waveform. Oscillators come in many different shapes and sizes, and operate in a wide variety of different applications. One such oscillator is the ASGTX-C-150.000MHZ-2-T, which utilizes a specific combination of components and technology to produce its own unique waveform.

Application Field and Working Principle

The ASGTX-C-150.000MHZ-2-T is most commonly employed in applications requiring high-frequency signals with low phase noise. It is particularly well-suited to use in high-dynamic-range transmitters, communications systems, and radio systems.The ASGTX-C-150.000MHZ-2-T oscillator works by combining a quartz crystal oscillator with a transistor-based amplifier stage. The quartz crystal oscillator produces a fundamental oscillation at a frequency of 150.000MHz. The amplifier stage then adds a higher-order harmonic to the signal, increasing its total frequency range.This new oscillator signal is then output at a power of up to 14mW. This output signal is rich with harmonics, making it well-suited to use in a variety of radio systems, including cellular and satellite communication. The same signal can also be used for spectrum analysis, where it is analyzed for its frequency components and any artifacts in its phase noise.

The ASGTX-C-150.000MHZ-2-T oscillator has several advantages over similar oscillators. The oscillator operates at a very low voltage, making it energy-efficient, and its low phase noise makes it ideal for use in systems which require high-precision timing. Additionally, the oscillator is able to operate in temperature ranges from -40° to +85°C, making it well-suited for use in both indoor and outdoor applications.

The ASGTX-C-150.000MHZ-2-T oscillator is a reliable and robust oscillator that can be employed in a variety of systems requiring high frequency, low phase noise, and wide temperature range operation. It is ideal for use in radio systems, cellular and satellite communications, and even for spectrum analysis. Its reliability and energy-efficiency make it a versatile choice for any system in need of a robust oscillator solution.

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