NI-10M-2551

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Oscillators

NI-10M-2551 is a type of oscillator used for precision timing applications. It is an ideal solution for precision timing in industrial automation, transportation, and communication applications. The NI-10M-2551 features high frequency and stability performance, a low jitter and minimal phase noise.

The main function of an oscillator is to generate a periodic signal. It is widely used for testing, tuning, and calibration in a variety of applications. The NI-10M-2551 utilizes voltage-control crystal oscillator (VCXO) technology to achieve precise performance. It uses the stability of the crystal to maintain a precise frequency. This allows for the oscillator to maintain an extremely precise and stable frequency over time.

The core of the NI-10M-2551 is a quartz crystal resonator. This is a small piece of quartz crystal sandwiched between two metal plates. When a voltage is applied to the crystal, it vibrates at a precise frequency depending on its size and shape. The frequency of vibration is determined by the crystal’s inherent properties and is unaffected by external factors such as temperature or humidity. This makes the quartz crystal a perfect choice for precise timing applications.

The NI-10M-2551 utilizes a VCXO architecture to control the oscillator\'s frequency. A voltage-controlled voltage source is used to drive the oscillator and adjust the frequency. This is accomplished by changing the amplitude of the driving voltage applied to the crystal. This allows for a wide range of frequencies and precise frequency control. The VCXO architecture also allows for the oscillator to maintain a frequency range of up to 10 MHz.

The NI-10M-2551 is a powerful oscillator suitable for a variety of applications. Its voltage-control crystal oscillator (VCXO) architecture allows for precise frequency control and stability over a wide range of frequencies. Its quartz crystal resonator ensures precision timing and makes it an ideal choice for industrial automation, transportation, and communication applications.

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