534MC000612DG

Pin Configurable/Selectable Oscillators are a class of oscillators which allow certain parameters to be configured using pins on the oscillator package. The 534MC000612DG is one of these oscillators, and it allows the user to select an output frequency, an output type, and even an enable/disable mode, all through simple variations of the pin settings. Here, we will discuss the application fields and the working principles of the 534MC000612DG oscillator.

Application Fields

The 534MC000612DG oscillator is typically used in a variety of embedded applications, in which the output frequency and other parameters must be adjustable. This includes applications such as microcontroller clocking, portable instrument timing, low power CPU clocking, and more. Additionally, the 534MC000612DG has also found applications in pulse width modulation, clock syncing, and frequency modulation.

One advantage of the 534MC000612DG over other oscillators is its low power consumption. The typical current draw of the 534MC000612DG is less than 10 µA, which makes it suitable for use in battery-powered applications. Additionally, the 534MC000612DG is capable of withstanding a wide temperature range, meaning it is suitable for use in both warm and cold environments.

Working Principle

The 534MC000612DG oscillator uses a patented pin-selectable configuration process to control the output frequency. The user can select the desired frequency by selecting a specific combination of the available pins. These pins can be set to the following states: High (1), Low (0), or Hi-Z (Tri-State). By varying the states of the pins, the output frequency can be changed in a predictable and linear fashion.

The 534MC000612DG also allows the user to control its enable/disable mode. This can be done by controlling a control pin, labelled as "CE". When the CE pin is set to a High (1) state, it will act as an enable signal and the oscillator will start running. When the CE pin is set to a Low (0) state, it will act as a disable signal and the oscillator will stop running.

In addition to the pin-selectable frequency configuration, the 534MC000612DG oscillator is also capable of outputting a wide variety of signals. These include a sinusoidal waveform, a square waveform, a pulse width modulated waveform, and others. This versatility makes the 534MC000612DG suitable for a variety of different applications.

Conclusion

In conclusion, the 534MC000612DG oscillator is a versatile and low-power oscillator suitable for a variety of embedded applications. It is capable of being configured using the available pins, and is capable of outputting a wide range of waveforms. This makes it an ideal choice for applications such as microcontroller clocking and pulse width modulation.