NA-10M-6886

Oscillators

The NA-10M-6886 is an oscillator, a circuit designed to produce a stable frequency output over a wide range of environmental conditions. The designs of oscillators are varied and complex, but they all produce a specific, fixed frequency signal based on the input signals applied to them. Oscillators are most commonly used in measuring instrumentation and power supplies, as they are an integral part of stability control systems.

Application Field and Working Principle

The NA-10M-6886 oscillator is a device used in measuring and power supply applications, providing a stable frequency output over a wide range of environmental conditions. The circuit design of the NA-10M-6886 oscillator is based on the PLL principle, where an external reference signal is fed into the oscillator. The oscillator then amplifies and shapes the reference signal into a signal that can be used in the application.

The NA-10M-6886 oscillator uses a combination of PLL and voltage feedback to generate a stable frequency output. A voltage controlled oscillator (VCO) is connected to the PLL via a loop filter, and the PLL is used to maintain the frequency of the output signal. The frequency of the output signal is determined by the value of the loop filter, which is adjusted based on the input reference signal.

The loop filter is also used to provide the necessary stability to the output signal. With the proper selection of the loop filter, the output signal can be stabilized over a wide range of environmental conditions. The NA-10M-6886 oscillator also includes a built-in voltage reference, which ensures that the output signal is not affected by any changes in the input reference signal.

In addition to the PLL and loop filter, the NA-10M-6886 oscillator also includes an amplifier. The amplifier is used to boost the output signal to the desired level. The amplifier is also will help to compensate for any losses in the output signal due to the filtering of the loop filter.

The NA-10M-6886 oscillator is a device that provides a stable frequency output over a wide range of environmental conditions. The circuit design of the NA-10M-6886 oscillator is based on the PLL principle, where an external reference signal is fed into the oscillator. This reference signal is amplified and shaped into a signal that can be used in the application. The loop filter is used to provide the necessary stability to the output signal. The amplifier is then used to boost the signal to the desired level and to compensate for any losses due to the filtering of the loop filter.