510CCB70M6560AAG

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Oscillators are a group of electronic devices that are widely used in electronic circuits to generate a regular waving output over a specified frequency range. 510CCB70M6560AAG oscillators are types of quartz crystal oscillators used in various electronics applications to provide a precise frequency output.

Overview

510CCB70M6560AAG oscillators have a maximum tolerance of ±20ppm and a temperature range from -20 °C to +70 °C. It features a quartz sensor integrated in an hermetically sealed 2-lead ceramic package, and is electrically stable over time for large range of operating conditions without adjustment. This greatly decreases the complexity and cost of oscillators. Being highly compatible and long lasting with multiple connections that enable easy installation, 510CCB70M6560AAG is becoming more and more popular and is widely used in electronics field.

Application Field

510CCB70M6560AAG oscillators can be applied in a variety of electronic applications. It has direct use in power supplies, where it is used to switch the load either from the mains or from a battery. It can also be used to produce accurate pulses in digital circuits, where it supplies precise timing needed for a register transfer memory. Furthermore, it is found in audio amplifiers, where frequencies in the range of few hertz to dozens of kilohertz are used. And it is important in communication systems and audio systems, where it helps to provide synchronization and clocking of signals. Last but not least, it can be used in medical and military devices, where precise frequency stability is essential for the functions of these devices.

Working Principle

510CCB70M6560AAG quartz crystal oscillators are designed to combine quartz\'s unique natural resonance properties to provide consistent frequency output. The oscillator consists of a quartz crystal, an electrical circuitry connected to the crystal, several capacitors, an amplifier and a buffer. By applying a voltage to the quartz element, it vibrates at its physical resonant frequency. The crystal is mounted between two thin metal plates, which serve as electrodes that allow a tiny electric current to pass through the quartz element. This electric current causes the quartz to vibrate in a unique fashion.

The vibration of the quartz crystal causes an oscillating electric current to be generated, which is then amplified by the amplifier and buffer. The capacitors and resistors in the circuit shape the pulses from the crystal to produce desired output waveforms, like sinusoids, clocks or pulses, depending on the type of oscillator. Finally, the two metal plates serve to control the frequency and stability of the oscillator.

Conclusion

510CCB70M6560AAG quartz crystal oscillators are widely used in electronic applications, where high precision and reliable performance is desired. It is highly compatible and long lasting with multiple connections, enabling easy installation and providing accurate frequency output. With its maximum tolerance of ±20ppm and a temperature range from -20 °C to +70 °C, it is particularly suitable for aerospace, medical and military devices where high frequency stability is essential. The working principle of the oscillator itself is based on a quartz crystal, which vibrates at its own physical resonance frequency when an electric current is applied to it.

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