534AB000511DG

Pin Configurable/Selectable Oscillators

Pin configurable/selectable oscillators are oscillator circuits designed to provide long term, reliable performance with the ability to be configured via pin selection. These oscillators are engineered to provide an oscillation frequency that is stable over temperature and allow users to adjust or select the frequency of an oscillation circuit through pins on the component package.

534AB000511DG Application Field

The 534AB000511DG oscillator, manufactured by Simpson Electric Company, is a pin configurable and selectable oscillator with a wide range of applications. It is a low cost, single and multi-frequency oscillator with a periodic output suitable for frequency synthesizers, medical instrumentation, telemetry systems, television receivers, RF applications, USB Hubs, and many other related applications.

534AB000511DG Working Principle

The 534AB000511DG oscillator is designed to be programmed via its selectable control pins. The controller portion of the oscillator contains a low-power CMOS high-speed logic design capable of oscillating at frequencies ranging from kHz to MHz. A simple input logic circuit is used to select the desired frequency by adjusting the control voltage sent to the oscillator output circuit. This allows the oscillator frequency to be adjusted or changed over time to meet changing requirements or to implement new features.

The 534AB000511DG oscillator features a temperature range of -40°C to 85°C, a maximum frequency of 200MHz, an output amplitude of 4V (max.), and a cycle-to-cycle accuracy of +/- 5%. It also utilizes an integrated driver circuit to achieve an output current of 10mA (max.) and impedance of 10 ohms (max.). The integrated driver circuit helps minimize power consumption of the device. Additionally, the device can be easily programmed via its selectable control pins.

Conclusion

The 534AB000511DG pin configurable/selectable oscillator is an economically priced, reliable, and versatile oscillator ideal for numerous applications. Its frequency can be easily adjusted or changed over time, and its integrated driver circuit helps minimize power consumption. It is engineered to provide a periodic output, stable over temperature and other environmental conditions, enabling it to be the perfect solution for a variety of products and applications.