4MA187500Z3AACUGI8

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Oscillators are basic electrical components used in numerous applications requiring precisely generated alternating current or voltage signals. The 4MA187500Z3AACUGI8 is a piezoelectric ceramic oscillator which, being one type of oscillator, uses the piezoelectric effect for its operation.

Application Field

The 4MA187500Z3AACUGI8 is primarily used for generating clock signals in digital circuits, allowing the components on a printed circuit board (PCB) to accurately synchronize information and data. This is one of the main cases in which the 4MA187500Z3AACUGI8 will be used.

The 4MA187500Z3AACUGI8 can also be used in a variety of applications such as data acquisition, embedded systems, telecommunications, consumer electronics, instrumentation, and automotive.

Working Principle

The working of the 4MA187500Z3AACUGI8 is based on the piezoelectric effect. Piezoelectric materials generate a voltage when subjected to mechanical stresses, and vice versa.

The 4MA187500Z3AACUGI8 consists of a ceramic plate layered with two metal electrodes, one of which is connected to a precise clock source. A constant electric field is then applied to the metal electrodes which causes the ceramic plate to expand and contract. This expansion and contraction is converted into an output signal by the electrodes and is subsequently used to control the timing of components on a PCB.

The 4MA187500Z3AACUGI8 is also highly resistant to temperature changes which helps it to keep frequency stability over time. This makes it a popular choice for applications where precise timing is required over extended periods of time, as it can maintain the specified timing parameters even in difficult environments.

Conclusion

The 4MA187500Z3AACUGI8 is a piezoelectric ceramic oscillator designed for use in various fields. It uses the piezoelectric effect to generate a precise clock signal which is then used to synchronize or control components on PCBs. Its high resistance to temperature change makes it a suitable choice for applications where precision timing is crucial over extended periods of time.

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