ASE-13.500MHZ-ET

Oscillators play an integral role in most communications and computing system designs. The ASE-13.500MHZ-ET oscillator is an important type of oscillator for use in communications and computing system designs, both in terms of performance and cost. This article will explore the application fields and working principle of the ASE-13.500MHZ-ET oscillator.

Application Fields

The ASE-13.500MHZ-ET oscillator is especially suitable for use in high-frequency and dual-frequency communication applications in radio communication and television broadcasting systems, as the oscillator provides a stable and accurate frequency. In addition, it can also be used in digital signal transmission systems, such as cable TV, encoded transmission, etc. The oscillator is also suitable for digital signal processing, computer control systems, and other applications where a stable and accurate frequency is required.

Working Principle

The ASE-13.500MHZ-ET oscillator is a voltage-controlled oscillator (VCO), which means that it uses an applied electric voltage to control the frequency of the oscillation. The oscillator consists of an oscillator chip, two capacitors, a resistor, and an inductor. Here is a basic schematic of the oscillator:

The basic principle of operation is as follows. The voltage applied to the input of the oscillator determines the frequency of oscillation. The applied voltage is passed through the inductor, which helps to smooth out any noise. From there, it is passed through one of the capacitors, to the oscillator chip, and then back through the other capacitor. Together, these components form an oscillator circuit. The capacitor and resistor act to stabilize the frequency of the oscillation, while the inductor helps to reduce any noise in the output signal. The oscillator chip then outputs the resulting oscillations at a frequency that is determined by the applied voltage.

Conclusion

The ASE-13.500MHZ-ET oscillator is a voltage-controlled oscillator that is suited for use in a wide range of communication and computing applications. The oscillator consists of an oscillator chip, two capacitors, a resistor, and an inductor, and when a voltage is applied to its input, the components of the oscillator control the resultant frequency of oscillation. The ASE-13.500MHZ-ET oscillator is important for reliable and accurate frequency generation in a variety of application fields.