520R10DA13M0000

Oscillators

The 520R10DA13M0000 is a frequency oscillator used universally in electronic circuits. It is commonly referred to as a ‘crystal oscillator’ and is used to create a fixed frequency signal, available in both passive and active configurations. This type of oscillator is used to create signals of very exact frequency, making them ideal for controlling other devices within electronic systems.

Application Field

The 520R10DA13M0000 oscillator is ideal for applications that need a precise frequency. This makes them ideal for use in precise signal timing applications such as timing controls, speed measurement, counter circuits, synchronizing circuits, and in signal generation. They can be found in a range of industries including communications, medical systems, automotive systems, process controls, defense and other industries needing very precise signal frequency.

Work Principle

The operation of the 520R10DA13M0000 oscillator can be broken down into three simple steps: generating an arbitrary electrical signal, modifying the signal, and dissipating the energy. The generating step involves generating an electrical signal of a very specific frequency. This can be done through the use of a quartz resonator which can create a vibration at the desired frequency. The signal is then modified by the inclusion of the transistor, which acts to modify and amplify the signal. Finally, the oscillator dissipates energy in the form of heat. This heat is produced by the capacitors and resistors that make up the oscillator, and is dissipated into the atmosphere.

Conclusion

The 520R10DA13M0000 oscillator is a universal frequency oscillator with a wide range of applications. It is a widely used device in electronic applications and can be used to create a frequency signal of high accuracy and stability. Its operation is based around the generating of an electrical signal from a quartz resonator, which is then modified and amplified by the inclusion of a transistor, and finally dissipated into the atmosphere.