4MA156250Z4BACUGI

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Oscillators are among the most important electronic components in the communications and controllogic systems, and they play a critical role in many medium- to high-frequency applications. 4MA156250Z4BACUGI oscillators can provide second-to-none stability and performance. They are widely used for high frequency synchronization systems, communications systems, and other time-critical applications.

The 4MA156250Z4BACUGI oscillator adopts the latest MEMS (micro electro-mechanical system) technology, by which the chip itself is produced as a tiny vibrating object and arranged inside an enclosed capsule. This design keeps the oscillator components extremely stable while providing high-accuracy signal frequency synthesis and resulting performance that is superior to other such solutions.

Unlike a quartz-based oscillator, which operates by bouncing electrons off of a quartz plate, 4MA156250Z4BACUGI chooses the MEMS path which involves the oscillator chip being suspended within a sealed chamber containing a gas such as air. The oscillator chip is subjected to a high-frequency and DC bias voltage which, when combined with the non-linearity of the gas, causes the oscillator to vibrate at a predetermined frequency — the frequency of the proof mass. This is known as electrostatic spring mass system.

The operating frequency of the 4MA156250Z4BACUGI oscillator is accurately determined by a combination of the size of the oscillator chip as well as its mass, spring constant and dampening coefficient. This combination of variables results in a system that is extremely stable and reliable.

The 4MA156250Z4BACUGI oscillator exhibits extremely low phase-noise under 0.5 ps RMS with no limitation on the frequency range. Operating temperatures range from -40 to 125 °C. It is also rated with low power consumption of 0.25 mA at 5 V.

The 4MA156250Z4BACUGI oscillator is incredibly reliable, robust and suitable for many high-stakes applications. It has been designed to meet the requirements of a wide range of commercial, industrial and other specialized applications, including communications, embedded medical products, automotive, consumer electronics and many others. This oscillator has become one of the most reliable and widely used components in the modern world.

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