TL602-020.0M

Oscillators

TL602-020.0M is a precision oscillator suitable for a wide range of electronic applications requiring higher levels of performance. It operates primarily as an oscillator, although its design is so closely intertwined with its functions of frequency stabilization that often both are considered together.

Application Field

TL602-020.0M precision oscillators are mainly used in applications which require high levels of frequency stability, accuracy and reliability. Such applications include: precision timing and frequency control in digital signal processing (DSP) systems, frequency division circuit for digital data transmission systems, protected oscillator networks for communications applications, frequency control in industrial machine control systems, digital TV synchronization circuits, and automotives.

Working Principle

The TL602-020.0M precision oscillator is based on a self-oscillating circuit, which is known as a crystal oscillator. The self-oscillating circuit will maintain an oscillation frequency when a certain voltage potential is applied between the input and output of the circuit. This is achieved by applying an alternating current (AC) voltage to the crystal, which then vibrates at its resonant frequency. The frequency of the oscillation is determined by the type and size of the crystal oscillator as well as the applied AC signal.

The frequency of the crystal oscillator is determined by the material properties of the crystal itself, as well as any external components it is connected to. For example, when a resistor is connected to the crystal, the resistance will influence the frequency of oscillation. It is also possible to adjust the frequency of oscillation by changing the capacitance of the crystal.

The output of the TL602-020.0M precision oscillator is a highly stable, accurate signal that is typically used to control other electronic devices or systems. As such, the oscillator is most commonly used in radio transmitters, communication systems and computers for synchronization between components of a system.

The TL602-020.0M precision oscillator is a highly robust device that is capable of maintaining its operating frequency for long periods of time. It is also able to withstand a wide range of temperature conditions and provides excellent frequency stability over a wide range of temperatures. This makes the device suitable for a variety of applications where stability and accuracy are required.

Conclusion

TL602-020.0M precision oscillators are widely used in applications that require a high level of frequency stability, accuracy and reliability. The device is based on a self-oscillating crystal oscillator circuit that is capable of providing a highly stable, accurate output signal. The device is also able to withstand extreme temperatures, which make it suitable for a variety of applications.