NA-10M-6895

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Oscillators

Oscillators are widely used in numerous applications, such as in telecommunications and other industries requiring an oscillatory signal. One example of an oscillator is the NA-10M-6895 oscillator, which is a microcontroller-based oscillator module designed for the communications industry.

The NA-10M-6895 oscillator provides a highly reliable frequency stability, temperature stability, and phase noise performance in a wide temperature range. It also features quick start-up times, low power consumption, long term ageing characteristics, and low jitter characteristics. This makes it ideal for communications applications where precise and reliable signal feedback is of the utmost importance.

At its core, the NA-10M-6895 oscillator uses three types of voltage-controlled oscillators (VCOs). These are the voltage-controlled crystal oscillator (VCXO), the voltage-controlled surface-acoustic wave oscillator (VCSW), and the voltage-controlled relaxation oscillator (VCRO). The VCOs are used to generate an oscillatory signal.

The oscillator utilizes a proprietary control circuit that enables it to generate frequencies from 26 MHz to 30 MHz, without compromising stability and accuracy. This circuit also provides an industry-leading phase noise performance of -135 dBc/Hz. It also offers the selectivity of 6-pole active low-pass filters for better signal-to-noise ratio. In addition, the NA-10M-6895 oscillator has support for multiple modulation techniques, such as AM, FM, FSK, PM, and PWM.

The NA-10M-6895 oscillator is designed to be used as an oscillator in the telecommunications industry, including in satellite communications systems, cellular phones, and land-mobile radio systems. It is also used in Wi-Fi, WiMax, and other wireless communication systems, as well as in military communications systems. The NA-10M-6895 oscillator is also used in various other industrial applications requiring an oscillator module.

The NA-10M-6895 oscillator offers several advantages over traditional crystal oscillators, including the ability to generate higher frequency signals, support for multiple modulation techniques, and improved phase noise and temperature stability. Additionally, the NA-10M-6895 oscillator is designed to be extremely reliable, and the high-grade components used in its construction ensure that it will provide years of trouble-free service.

In conclusion, the NA-10M-6895 oscillator is an ideal choice for applications requiring a reliable, stable, and accurate frequency source. Its multiple modulation capabilities, superior phase noise performance, high frequency range, and low power consumption make it an attractive option for many applications in the communications industry.

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