NI-10M-2800

As a type of electronic oscillator, the NI-10M-2800 is designed to supply a reference signal with accurate frequency and low phase noise. It is an engineered solution targeted primarily for Time and Frequency applications, such as frequency synthesizers, microwave receivers, phase-locked loops, and signal generators. This oscillator is fitted with a frequency stability of up to 1 x 10-10 over the frequency range of 10 MHz to 2800 MHz.

The design of NI-10M-2800 oscillator utilizes an inductor-diode-resistor resonant network, which is attached to the cavity-type quartz crystal resonator. When power is applied to the oscillator, an oscillatory output waveform is generated and nurtured inside the cavity-type quartz crystal resonator. This output waveform passes through an amplitude limiter that limits the amplitude of the signal according to the set reference level, and it is then fed to a buffer amplifier to buffer and amplify the signal. Then, the signal is fed to an output pin.

The NI-10M-2800 oscillator consists of three parts: oscillator circuit, buffer amplifier and limiter circuit. The function of oscillator circuit is to generate a sine wave output at a certain frequency. The limiter circuit is responsible for trimming the amplitude of the sine wave so that it conforms to the set reference level. The buffer amplifier amplifies the signal so that it reaches the output level required for a particular application. Other components in the circuit include a quartz crystal resonator, inductor-diode-resistor network, phase-shift network, filter, amplifier, power supply, and output pin.

The NI-10M-2800 oscillator is suitable for a wide range of applications such as telecommunication, medical equipment, avionics, and navigation. It is often used in frequency synthesizers, microwave receivers, phase-locked loops, and signal generators for its excellent frequency and phase stability and low phase noise. The oscillator is also designed to work over a wide range of input voltages and temperatures. This makes it suitable for operation in harsh environments.

In conclusion, the NI-10M-2800 oscillator is a highly accurate and stable oscillator for Time and Frequency applications. It is designed to generate accurate frequency reference signals with low phase noise, excellent frequency and phase stability, and wide input voltage and temperature range. The oscillator is suitable for a variety of applications, and its design simplifies the manufacturing process.