ASTMHTA-10.000MHZ-AJ-E

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Oscillators are electrical circuits that produce a periodic waveform, typically a sine wave. The ASTMHTA-10.000MHZ-AJ-E is a ceramic resonator oscillator specifically cut for use in broadband applications. It is designed to provide long-term stability and reliability while operating at a 10.000MHz frequency.

A ceramic resonator is a component composed of two elements: a ceramic disk and two electrodes. The ceramic disk is a piece of material that is engraved with a pattern of conductive lines that form two antiparallel resonators. The electrodes act as the source and sink of electrical energy, allowing current to flow from the top to the bottom of the disk. When an electrical current is applied to the ceramic layer, it creates a magnetic field that interacts with the resonators and produces a voltage signal.

The ASTMHTA-10.000MHZ-AJ-E uses the ceramic resonator as a frequency source to provide long-term stability and reliability. It has a maximum operating temperature of 85°C and a low phase noise performance, allowing for high signal to noise ratio. In addition, the oscillator offers low noise voltage, low power consumption and fast switching speeds.

The oscillator can be used for both broadband applications as well as narrowband applications. In broadband applications, the oscillator generates a continuous signal of a certain frequency, while in narrowband applications it produces a signal of a somewhat wider frequency range. It can also be used for small signal purposes such as IF filters, frequency synthesizers, and frequency shifters.

In terms of working principle, the ASTMHTA-10.000MHZA-J-E is designed to oscillate at a specific frequency. To do this, an electrical charge is applied to the ceramic layer which then creates a magnetic field that induces a voltage on the electrodes. This voltage builds up over time until it reaches a specific threshold, at which point the oscillator starts to operate at the desired frequency output.

The use of the ASTMHTA-10.000MHZ-AJ-E oscillator provides many benefits as compared to other oscillator types. It offers long-term stability and reliability with a low phase noise performance and fast switching speed. Moreover, the oscillator needs low power consumption while providing a stable frequency output. This makes it perfect for applications that require accurate and reliable frequency control.

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