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Oscillators

The 4MA150000Z4BACUGI8 is a type of oscillator typically used for timing or frequency control applications. It is a quartz crystal oscillator that utilizes the piezoelectric effect of quartz and the other efficient frequency modulation techniques in generating stable, precise frequency output. It is capable of producing a high frequency stability of ±2 ppb over temperature variations from -40 to +85 °C, and its fast initial warm up time ensures a reliable and precise output even after loss of power.

Application Field

The 4MA150000Z4BACUGI8 finds application in a variety of electronics equipment including time pieces, frequency control equipment, measuring instruments, navigation systems, communication systems, and various industrial automation applications. For example, in watches, it is used to regulate the oscillation frequency of ICs which act as an electronic timer, providing the necessary time output. Additionally, the oscillator can be used in various types of portable electronics devices, where the low voltage operation can be implemented without suffering from significant frequency drift over temperature.

Working Principle

The 4MA150000Z4BACUGI8 oscillator operates on the principle of the piezoelectric effect. It works by driving an AC voltage across the quartz crystal, made from two plates of quartz material. Due to the piezoelectric effect, the crystal generates a resonating frequency which is then matched to the required output frequency by using a precision oscillator circuit. This circuit works by combining the crystal’s resonant frequency with the other elements of the oscillator such as the amplifier, filter, and buffer. By driving the current through the crystal, the resonating frequency is controlled. This provides the necessary stability to the output frequency which is then used to drive various electrical and electronic equipment.

The 4MA150000Z4BACUGI8 relies on a quartz crystal to provide its frequency stability. The quartz is cut in the shape of two plates, which together form a “tuning fork” type of structure. An AC voltage is applied across this structure, resulting in a resonating frequency which is determined by the thickness and cut of the quartz crystal. This frequency can then be adjusted based on the size, cut, and quality of the quartz crystal. In combination with the high accuracy oscillator circuit, the quartz crystal provides an exceptionally low frequency drift and high quality output.

Conclusion

The 4MA150000Z4BACUGI8 is a quartz crystal oscillator that is widely used for timing and/or frequency control applications. It is capable of providing a high frequency stability of ±2 ppb while maintaining a low frequency drift. Additionally, it has a fast initial warm-up time which ensures reliable and precise output even after loss of power. The working principle of this oscillator is based on the piezoelectric effect of quartz and other frequency control techniques. It can be used in a wide variety of electronic equipment including navigation systems, watches, measuring instruments, and communication systems.

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