7L-16.369MBG-T

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Oscillators are electrical circuits that generate cyclic signals at certain frequencies. These cyclic signals are essential for various applications such as providing a time reference in radio broadcast or for frequency division or multiplication of input signals. Oscillators are classified by their operating principles; amplitude- and phase-shift oscillators, relaxation or linear ramp oscillators, Walsh functions, sinusoidal, and other types. This paper will focus on the 7L-16.369MBG-T application field and working principle, specifically on its role in frequency multiplication.

The 7L-16.369MBG-T oscillator is a frequency multiplier designed to generate increased frequency signals from a base frequency. It is manufactured in the form of a micro-sized dielectric resonator and provides very stable operating frequencies. Aside from providing greater frequency stability, the 7L-16.369MBG-T also has low noise and temperature coefficients for ease of implementation. This makes the 7L-16.369MBG-T an ideal choice for applications requiring small form factor size, such as mobile base stations, satellite communications, and other telecom systems.

The 7L-16.369MBG-T operates on the principle of frequency multiplication, whereby the input signal is modulated at higher and lower frequencies. The modulation mechanism is based on energy transfer between the input and the output of the oscillator. This modulated signal then passes through a pass band filter, which amplifies the input signals frequencies. As the frequency multiplies, so does the amplitude, producing the desired higher frequency output signals.

The 7L-16.369MBG-T also provides superior phase noise performance. It has a noise floor of -120dBc/Hz, allowing it to provide improved quality signal. In addition, the oscillator has a wide dynamic range covering the range from -50 dB to -90 dBc. This allows for variable gain adjustment to optimize the output signal for different systems, where the surrounding environment could affect the signal quality.

The 7L-16.369MBG-T is designed for use in applications with demanding frequency stability and noise performance. It provides stable frequency output, allowing systems to achieve better performance and reliability. This makes it ideal for applications such as communications, broadcasting, satellite navigation, and remote sensing. In addition, the 7L-16.369MBG-T is extremely small in size, making it ideal for applications where weight and space are constraints.

In summary, the 7L-16.369MBG-T is an ideal choice for applications requiring small form factor size and superior frequency stability. Its ability to provide high-quality signal in challenging environments makes it perfect for applications such as broadcasting, communications, and satellite navigation. The 7L-16.369MBG-T operates on the principle of frequency multiplication, leveraging energy transfer between the input and the output of the oscillator to amplify input signals. This makes the 7L-16.369MBG-T the perfect choice for applications with demanding frequency stability and noise performance requirements.

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