MX554EBG20M0000-TR

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Oscillators are electronic circuits that create an output periodic waveform, typically a sine wave or square wave, without any external input. The MX554EBG20M0000-TR is a crystal oscillator device that can be used in a wide variety of applications requiring frequency stability, including finite state machines, modems, computers, communication transceivers, and position equipment. Its applications also extend to crystal oscillators for power supply, frequency counters, electronic measuring instruments, and radio transmitters. In this section, we will discuss its main application field and how it works.

Application field

The MX554EBG20M0000-TR crystal oscillator is ideal for applications requiring very high frequency stability. It is designed to be used over the frequency range of 10 to 50 MHz, with stabilities of ±1.0 ppm over the entire range as its basic accuracy. The frequency stability is achieved by doubling the frequency of the quartz crystal oscillator and utilizing the combination of frequency multiplication and adjustable crystal cut-off. This ensures high stability and allows the MX554EBG20M0000-TR to provide a frequency accuracy of 10 ppb (parts-per-billion) over a temperature range of -40 to 85°C.

The MX554EBG20M0000-TR crystal oscillator is designed for applications that require very high frequency stability. It is typically used in an oscillator circuit, either connected to a circuit or driven directly by a logic signal, to provide an exact frequency for the circuit to run on. The oscillator is also commonly used in radio frequency applications such as communications transceivers and broadcasting equipment for transmission of signals over long distances.

Another application field for the MX554EBG20M0000-TR is the generation of a high frequency reference signal for digital systems such as computers and control systems. The MX554EBG20M0000-TR is used to generate and control the clock signals used to synchronize the bus and transfer data between different components. The MX554EBG20M0000-TR is also used in frequency counters, electronic measuring instruments, and various types of test and measurement equipment.

Working principle

The MX554EBG20M0000-TR crystal oscillator is based on a resonant electronic circuit that uses a quartz crystal. The oscillator contains a quartz crystal that is cut to specific dimensions and then sandwiched between two metal electrodes. This crystal has the property of changing its resonant frequency when a voltage is applied across it. When a voltage is applied, the crystal will vibrate at its resonant frequency.

The MX554EBG20M0000-TR utilizes the frequency multiplication technique to produce a stable and accurate frequency. The frequency of the output is double that of the fundamental resonant frequency of the quartz crystal. This is achieved by passing the output voltage of the crystal through a frequency doubler circuit. The output frequency is then adjusted and adjusted using the crystal cut-off frequency.

The MX554EBG20M0000-TR also uses temperature compensation techniques to maintain accuracy over a wide temperature range. The frequency of the output is dependent on the temperature of the crystal. To minimize the effects of temperature drift the oscillator is designed to utilize a temperature compensation circuit. This assures stability and accuracy over a wide temperature range.

The MX554EBG20M0000-TR crystal oscillator is a reliable, high performance oscillator that is designed to provide stable and accurate frequencies for a variety of applications. Its wide frequency range makes it suitable for a variety of applications including communications transceivers, frequency counters, electronic measuring instruments, and radio transmitters. The frequency stability is maintained by frequency multiplication and adjustable crystal cut-off, while the frequency accuracy is maintained through temperature compensation techniques. overall, the MX554EBG20M0000-TR is an ideal choice for applications requiring very high frequency stability.

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