AX7MBF1-164.0625T

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Oscillators: AX7MBF1-164.0625T Application Field and Working Principle

Oscillator circuits are typically used in applications requiring periodic or frequency determined output signals. They have become an integral part of electronic systems employed in various industries including those related to public safety, transport, aerospace, medical, and industrial operations. The oscillator circuit plays a vital role in every communication as well as modulation scheme by providing a reference signal, which has to remain stable over a wide ambient temperature range.

AX7MBF1-164.0625T is one of the oscillator circuits that offer multiple features. It is configured to support several different applications, including frequency synthesis, time base frequency testing, high-speed data communication protocols, and radio communication. Moreover, it features low power dissipation, low phase jitter, and low phase noise. It can be applied to many cost-sensitive, general-purpose communication and navigation systems.

The AX7MBF1-164.0625T oscillator circuit is an integrated circuit typically built using 0.25 µm CMOS technology. It contains a supply voltage regulator, a reference oscillator, a frequency synthesizer, an amplitude limiter, and a frequency discriminator. All these components are integrated together to form a low-power and low-phase-jitter 12-bit oscillator with a frequency range of 10 MHz to 10 GHz.

The working principle of the AX7MBF1-164.0625T is based on the technique of frequency synthesis. It uses a high-speed digital-to-analog converter (DAC) that converts a digital signal into an analog waveform. The analog waveform is then fed to a frequency synthesizer, which further modulates the waveform to convert it into different frequencies. Finally, the resulting frequency is passed to the frequency discriminator, which helps to determine and maintain the exact frequency of the output signal.

The AX7MBF1-164.0625T oscillator circuit is well-suited for various cost-sensitive applications. It exhibits a wide parameter range with low-power consumption and high-accuracy control. The circuit can also be used in power-saving applications wherein the output frequency should remain stable over the temperature range. Furthermore, it can be used in applications requiring low-power and high-resolution signals for controlling the speed, position, and data rate in precision systems.

In conclusion, AX7MBF1-164.0625T is an efficient oscillator circuit designed for various applications including frequency synthesis, time base frequency testing, high-speed data communication protocols, and radio communication. It integrates various components onto one single integrated circuit in order to reduce the cost and size of the circuit. This oscillator circuit has a wide parameter range, low-power consumption and high-accuracy control, making it an ideal choice for various cost-sensitive applications.

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