OH4610LF-012.8M

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An oscillator is a device that produces electrical energy in the form of a periodic wave, ranging from visible light to microwaves and radio waves. The OH4610LF-012.8M is an example of an oscillator. Its application field is robotics and the manufacture of materials requiring precise frequency signals.

The OH4610LF-012.8M oscillator does not require external components to generate a stable frequency signal in the range of 0.2-1.3GHz. It supports a wide input voltage range from 3.3 to 5 Volts and can function at temperatures up to -40 to +100°C. It also features a PLL locked analog to digitally modulated mode and peak-to-peak voltage control for accuracy during operation.

The working principle of the OH4610LF-012.8M oscillator is based on a patented process that uses a thermistor capacitor-resistor (TCR) network as the first element of a high frequency signal generator. The second element is a crystal oscillator, which is responsible for producing a highly accurate and stable frequency signal. The crystal oscillator then receives the signal produced by the thermistor-capacitor-resistor network and further amplifies it. The final output frequency is then determined by the resonance frequency of the crystal oscillator. Furthermore, the output voltage is adjusted with a peak-to-peak voltage control for further accuracy and stability.

In conclusion, the OH4610LF-012.8M oscillator is a great choice for applications requiring precise frequency signals in the range of 0.2 - 1.3GHz. It is well suited for robotics and the manufacture of materials demanding an accurate and stable frequency signal. Its working principle relies on a patented thermistor capacitor-resistor network coupled with a crystal oscillator, and it is adjusted by a peak-to-peak voltage control for further accuracy.

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