MX555ABA150M000-TR

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Oscillators are electronic components that generate a regular, repetitive waveform of precisely controlled frequency and amplitude. They are essential analog components used in many areas of mechanical and electrical engineering and are used in applications such as timing, triggering, and modulation.

MX555ABA150M000-TR is an example of an oscillator. It\'s a 12 x 12 x 5.1 mm surface mount crystalline oscillator module designed for applications from DC to 150 MHz. It operates on 5 VDC supply, consumes a maximum of 13 mW of power, and offers excellent clock jitter performance. The device is well suited for various applications including digital signal processing, radio frequency (RF), microwave, and wideband applications.

The core of the MX555ABA150M000-TR oscillator is a quartz crystal. Quartz is an extremely stable material, meaning it is able to maintain its resonant frequency over a long period of time. This makes it ideal for generating stable periodic signals for timing and frequency reference applications. The quartz crystal is connected to two electrodes which are kept at a specific voltage. An alternating voltage at the resonant frequency is applied to the crystal, and the crystal produces a periodic signal in response. This signal is then amplified and a buffered CMOS output is provided.

The MX555ABA150M000-TR has an excellent temperature stability, low power consumption, low phase noise, and good jitter performance. It supports frequencies up to 150MHz and is suitable for high speed communication, instrumentation, and telecommunication systems. It is also well suited for various consumer electronics, industrial, automotive, medical and test equipment. The device helps enable more accurate data transmission and tracking as well as more reliable and precise timing and signal quality.

In summary, the MX555ABA150M000-TR oscillator is a quartz crystal module designed for applications up to 150MHz. It offers excellent oscillator performance, low power consumption, and good jitter characteristics. It is well suited for a variety of applications including high speed communication, instrumentation, and telecommunication systems.

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