590CA135M168DGR

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Oscillators - Application field and working principle of 590CA135M168DGR

Oscillators are electronic circuits that emit electronic signals at a given frequency. This type of circuit is widely used in many sectors, including telecommunications, audio systems, medical monitoring and measurement equipment, automotive, and military. The 590CA135M168DGR oscillator is a representative example among this group of components.

Overview of the 590CA135M168DGR

The 590CA135M168DGR is a quartz component with the most common oscillator circuit type, the Pierce oscillator. This oscillator is suitable for applications with supply voltages from 3.3 to 5.5 V. It has a frequency range of 1.71 MHz to 136.7 MHz, and it provides a horizontal (H) and vertical (V) crystal orientation type. It also contains a built-in load capacitor. This oscillator can operate at temperatures between −20°C and 70°C.

Applications of 590CA135M168DGR

The most important feature of the 590CA135M168DGR oscillator is its wide frequency range. This makes it suitable for many applications, from simple sound generation (in sound toys, musical instruments, etc.) to complex communication systems.The most common applications are in telecommunications, automotive, industrial control and medical equipment. The former include mobile communication systems, radio transmitters, Wi-Fi routers, and GSM receivers. In the automotive industry, 590CA135M168DGR oscillators are used in vehicle control systems, speedometers, and navigation systems. In industrial controls, these components are used to generate clock signals to control process automation and data acquisition systems. In the medical industry, 590CA135M168DGR oscillators can be used to generate clock signals for ultrasound machines, CAT scanners, and X-ray machines.

How Does the 590CA135M168DGR Work?

The 590CA135M168DGR oscillator operates using the typical Pierce oscillator circuit. The basic components are two transistors and a quartz crystal. The quartz crystal is cut in a vertical (H) or horizontal (V) direction, and it is connected to both transistors. The quartz crystal has a resonance frequency, which means that it vibrates at a certain frequency when the voltage across it changes.The transistors amplify the oscillations created by the quartz crystal and send them to the output terminal of the oscillator. The signal received is a sinusoidal signal with a frequency equal to the resonance frequency of the quartz crystal. This frequency can be fine-tuned by means of a load capacitor connected to the crystal.As mentioned earlier, the power supply voltage range for the 590CA135M168DGR oscillator is from 3.3 to 5.5 V, and it can operate in temperatures between -20°C and 70°C. This makes it suitable for many different applications both indoors and outdoors.

Conclusion

In summary, the 590CA135M168DGR oscillator is a quartz component specially designed for applications that require signals in the frequency range of 1.71 MHz to 136.7 MHz. This oscillator is most commonly used in telecommunications, automotive, industrial control, and medical equipment. It can operate at temperatures between -20°C and 70°C and its power supply voltage ranges from 3.3 to 5.5 V. Its basic working principle revolves around the use of the Pierce oscillator circuit, which consists of two transistors and a quartz crystal.

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