501BCA16M0000DAFR

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Oscillators enable the generation of periodic signals and are widely used in the fields of instrumentation, control and communication. The 501BCA16M0000DAFR oscillator is a highly integrated, miniature quartz oscillator that provides a stable synchronous signal for both digital and analog circuits.

The 501BCA16M0000DAFR oscillator is a high-precision low-current oscillator with an operating voltage (VCC) of 1.8V to 3.6V. It is packaged in a very small 7-pad ball-grid array, measuring only 0.65mm x 0.85mm. It has excellent long-term frequency stability and low supply current, making it a perfect choice for low-power and low-noise applications.

The 501BCA16M0000DAFR oscillator is an SMD component, making it easily and quickly integrated into various circuits. It can be used in conjunction with a wide range of microcontrollers, FPGA devices and interface controllers. The device can generate frequencies from 16MHz to 0.7MHz which can be further extended to 20MHz.

The working principle of the 501BCA16M0000DAFR oscillator is based on a quartz crystal or AT-cut quartz crystal which is vibrated by an electric field. The quartz crystal acts as a resonator, enabling the generation of periodic signals. The frequency of the signal is determined by the shape and size of the crystal. The oscillator circuit then amplifies the signal and connects it to a load.

The 501BCA16M0000DAFR oscillator has excellent features such as a supply current of only 4mA, excellent long-term frequency stability, low phase noise, high dynamic range, and excellent jitter performance. In addition, it is RoHS compliant and is available in a range of frequency options.

Overall, the 501BCA16M0000DAFR oscillator is a perfect choice for applications that require precision, low-power and low-noise oscillation. It can handle a wide range of frequencies from 16MHz to 0.7MHz, and has excellent long-term frequency stability and low supply current. Moreover, it is available in a very small ball-grid array package, making it easy and quick to integrate into a wide range of circuits.

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