534FB000585DG

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Pin Configurable/Selectable Oscillators are built using custom integrated circuits and are packaged in small, easy-to-use packages. They feature a programmable external oscillator frequency, an adjustable output waveform accuracy, a wide operating temperature range, high stability and low power consumption while still delivering maximum performance. The 534FB000585DG is one such oscillator, specifically designed to meet the industry-leading space and power requirements of modern lower-power and low-frequency signals.

The 534FB000585DG is applied in a wide range of different applications, such as wireless power, alarms, and medical instrumentation. The oscillator’s signal-processing abilities make it ideal for converting and transferring low-frequency signal data in the most sensitive, tightest-tolerance requirements. Its frequency range extends from 0.05 MHz to 5 MHz, with an accuracy of ± 0.5%.

Its key feature is the programmable output wave form accuracy. Using internal 3-state logic cells and an external programmable reference wave, the user can control the accuracy of the output signal waveform to within 1%, significantly reducing unwanted harmonics and broadband noise. Other features include power consumption as low as 1mW, and a wide temperature range for operation from -40oC to +85oC.

The working principle of the 534FB000585DG is based on the combination of pulse extender technology and proprietary noise cancellation algorithms. The oscillator works by sampling data at particular points, with short pulses of current generated at each sample; the extra pulses then create a cycle with a longer duration than the initial sample. This method effectively removes noise, allowing for a higher precision output waveform with less interference.

The main benefits of using the 534FB000585DG include its small form-factor, low power consumption, wide operating temperature range and its high frequency output accuracy. The oscillator can provide precise signals in a wide variety of scenarios, making it an ideal choice for a wide range of applications.

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