554CE000318DG

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Pin Configurable/Selectable Oscillators have become increasingly popular over recent years due to their ability to be configured, either during or after manufacturing, to meet specific user requirements and to provide different clock frequency and triggering options. The 554CE000318DG is a pin-configurable oscillator (PCO) from ICM, Inc. that provides high performance features in a tiny 1.4 mm x 0.8 mm package. This PCO is designed for applications that require customizable frequency and triggering options, making it for a wide range of applications.

The 554CE000318DG\'s application field lies in its ability to be pin-configured for frequencies from 0.35 to 125MHz, and can provide differential CMOS output. These features make it ideal for use within industrial, metering, and communication systems. The PCO can trigger on rising edges or on falling edges, allowing it to be selectively configured for the number of oscillations needed by the user. It is also designed to prevent false triggering, ensuring reliable and consistent performance even in extreme circumstances.

The 554CE000318DG\'s working principle is based around a simple capacitive oscillator. The oscillator is triggered and kept in a looping state as long as it is powered. When the oscillator is triggered, the output signal transitions between high and low states and causes a change in the internal capacitance. This process continues in a looping cycle until the oscillator is powered down. As the user configures the oscillator, the frequency of these transitions changes, allowing for customization of the output signal.

The 554CE000318DG is designed for applications requiring customizable frequency and triggering options. It is capable of oscillating from 0.35MHz to 125MHz and provides differential CMOS outputs. It has the ability to be triggered on rising or falling edges and features false triggering prevention, ensuring reliable performance. Its working principle is based upon a simple capacitive oscillator which is triggered and kept in a looping state as long as the oscillator is powered.

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