533BB000929DG

Pin Configurable/Selectable Oscillators have proven to be one of the most versatile and convenient tools for clock signal generation in modern applications. The 533BB000929DG has been designed as a general purpose oscillator package with a range of specifications across different families to provide increased flexibility and application figure. This particular type of oscillator is ideal where an extra measure of control of the generated clock signal is needed, such as frequencies ranging from 1kHz to 25MHz, outputs up to 3Vpp and an accuracy of +/- 50ppm. It features a wide range of temperature stability options ranging from +/-50ppm up to +/-1000ppm and a Jitter + phase noise at 0.1Hz in the 1kHz to 25MHz range.

Beyond this flexibility, the 533BB000929DG also offers a variety of optional functions for further customisation such as; adjustable frequency, trickle current and drive strength, MOSFET switching and ESD protection. Furthermore, it comes with single, dual and quad outputs with the option for CMOS to TTL conversions, which can be adjusted to suit the specific needs of the application.

The 533BB000929DG utilises a hybrid quantity progression oscillator (HyQP) circuit to induce oscillatory oscillations in the resonant circuit. This circuit is based upon the proven and reliable Pierce oscillator topology and features an integrated Schmitt trigger, further enhancing the signal level precision and stability. Additionally, the oscillator is capable of being programmed using a two pin serial interface. This provides a variety of features, such as; allowing users to adjust the frequency and temperature stability, as well as enable/ disable the MOSFET switching, ESD protection and power down modes. Programming can be accomplished in-situ, without the need to remove the unit from the circuit.

In summary, the 533BB000929DG is an ideal choice for a variety of applications as it can provide a wide range of frequencies, outputs, and accuracy. Its optional features provide further customisation, allowing users to tailor it to the specific requirements of their application. From a working principle standpoint, the HyQP circuit based Pierce oscillator ensures a stable, precise and reliable output while the two-pin interface programming enables customisation in-situ.