353TB3A163R

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Oscillators are widely used in a variety of fields, ranging from radio transmission to automatic control technology. 353TB3A163R oscillators, developed by Top Micronics of Taiwan, are a form of these oscillators with great potentials. This article will discuss the application field and working principle of this oscillator.

Application field

353TB3A163R offers excellent precision and stability, making them ideal for use in frequency control systems. They are widely used in radio communication, such as broadcast receivers and satellite receivers, clocks, measuring equipment, digital networks and even aircraft navigation systems. They are also widely used in radar systems and remote control systems, as their precise oscillations can maintain a stable transmission signal over long distances. Due to its miniaturized design and its ability to operate under high temperatures, it is also suitable for use in medical instruments.

Working principle

353TB3A163R oscillators- as with other oscillators- work on the basic principle of resonance. It contains an energy storage element and a feedback element that work together to generate oscillations. The energy storage element of this oscillator comprises of a quartz crystal, which acts like a type of capacitor and stores energy in the form of an electric field. When the crystal is charged, the electric field releases the energy in the form of vibrations which are converted to an electric signal. The feedback element of the oscillator regulates the output frequency of the electric signal. It comprises of an Amplifier and a phase locked loop. The phase locked loop tracks the incoming input frequency and amplifies the signal. The output frequency is then regulated by the amplifier, which ensures that the signal oscillates at a precise frequency.

In summary, the 353TB3A163R oscillator is an excellent choice for use in various frequency control systems, due to its high precision and stability. This oscillator works on the basic principle of resonance, with an energy storage element comprising of a quartz crystal and a feedback loop regulating the output frequency.

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