347LB3C2000T

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Oscillators are electronic circuits that produce regular, repetitive signals which have a precise frequency usually determined by its components. 347LB3C2000T is a typical example of a cylindrical oscillator. They have the capability to generate a stable, repeatable signal at a certain frequency over a pre-selected range of voltages and temperatures outputting a sinusoidal waveform in the range of 10 to 2000 MHz.

The unique characteristic of this 347LB3C2000T oscillator is that it is packaged in a cylindrical configuration with an outside diameter of approximately 3mm and a profile height of 1.8mm. The metal alloy and ceramic construction provide a high level of environmental protection and make it light weight and easy to install. This offers an ideal solution for applications where space is at a premium.

Applications for 347LB3C2000T oscillators range from telecommunication systems such as mobile phones and satellite systems to microwave transponders. The level of integration in this type of oscillator means it is also widely used within industrial control systems, GPS navigation and data acquisition systems.

The working principle of the 347LB3C2000T oscillator is based around a voltage controlled oscillator (VCO). The oscillator has a fixed operating frequency, but allows for the adjustment of that frequency over a certain range, depending on the type of oscillator used. A voltage input is then used to adjust the operating frequency, with a certain amount of change in the voltageproducing a corresponding change in the oscillator’s frequency.

The VCO is then buffered, amplified and synchronized to ensure that the frequency remains constant. The output of this stage is then fed into a phase comparator which compares the reference and the buffered output. The output of the comparator is then fed back to the VCO to maintain it at the desired frequency.

The 347LB3C2000T has a wide variety of parameters that need to be taken into consideration when used. Phase noise and accuracy of the clock vs frequency range must be considered, as the accuracy will change depending on the type of application the oscillator is being used for. Temperature stability and power supply rejection are also important factors, due to the sensitive nature of the oscillator.

To ensure the smooth running of a system using the 347LB3C2000T, it is important to ensure that these parameters are within their desired ranges. If any of these values are outside of their desired parameters, the performance of the oscillator may be affected and cause instability or failure of the system.

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