552AC000063DGR

Pin Configurable/Selectable Oscillators

Application Field and Working Principle of 552AC000063DGR

The 552AC000063DGR pin configurable/selectable oscillator is a unique product specifically developed for digital systems that require high reliability, small size and stable operation. It is suitable for a wide range of digital systems from consumer electronics, medical devices, and embedded software applications.

The 552AC000063DGR features a wide frequency selection from 1MHz to 200MHz. It is extremely important for digital systems because it allows for the accurate control of clocking frequency required to execute tasks efficiently. The oscillator utilizes a unique variable frequency loop which is configured by a 3-pin Analog multiplexer (MUX). The MUX provides programmable control over the frequency of the oscillator by changing the capacitive or resistive loading of the oscillator. This allows users to quickly change the frequency of the oscillator without changing the hardware components.

The oscillator is also extremely energy efficient and offers very low power consumption. The high frequency operation of the oscillator is achieved by reducing the current consumption. The reduction in current consumption allows for increased stability as well as increased life expectancy due to the lower stress on the components. The low current consumption also means that the 552AC000063DGR is suitable for battery operated systems.

In addition to the superior performance of the oscillator, the 552AC000063DGR also features an advanced temperature compensation circuit. The temperature compensation circuit compensates for the temperature variations in the environment, ensuring that the oscillator operates at its optimal frequency even in harsh environments. This feature makes the 552AC000063DGR suitable for industrial and medical applications which require a reliable and stable frequency.

Overall, the 552AC000063DGR is a unique pin configurable/selectable oscillator that provides superior performance, reliability and energy-efficiency. It is ideal for applications that require a stable and reliable frequency, or applications which are subjected to harsh environments. The oscillator’s temperature compensation circuit ensures that the oscillator is always operated at its optimal frequency, while the low power consumption allows its use with battery operated systems.