655E15625I3T

Oscillators

655E15625I3T Application Field and Working Principle

The 655E15625I3T is an oscillating device developed by Engineering Technology Systems, Inc. It is an example of a voltage-controlled oscillator, which is commonly used in the fields of radio, telecommunications, electronic instrumentation, and other industries. In essence, the 655E15625I3T is an electronic circuit that produces an alternating waveform of a specified frequency, depending on the voltage applied to it.

The 655E15625I3T utilizes a tuned circuit to generate the desired frequencies. This tuned circuit is composed of three main components - a variable capacitance element, a variable inductance element, and a resistor. The application signal acts as a driving force to these three elements, which translates into a sinusoidal wavepropagation in the tuned circuit. The frequency of resulting oscillation is dependent upon the parameters of the tuned circuit, such as the capacitance and inductance.

The 655E15625I3T is designed to generate frequencies in the range of 1 MHz to 20MHz, with typical units having a tuning range of 10kHz to 20MHz. Other features of the 655E15625I3T include low power consumption, high efficiency, high linearity, low phase noise, good frequency stability, and excellent temperature stability. The device is available in a wide range of package styles, and can be supplied in either die form or as a through-hole component.

The 655E15625I3T is used to generate various electrical signals of a specific frequency. These signals are used in applications ranging from telecommunications, data transfer, avionics and satellite navigation, to radio frequency identification tags and rangefinders. In addition, it is also used in instrumentation devices such as signal sources, analyzers, counters and frequency synthesizers.

In summary, the 655E15625I3T is an oscillator device used to generate frequencies in the range of 1MHz to 20MHz with a tuning range of 10kHz to 20MHz. It features low power consumption, high efficiency, high linearity, low phase noise, good frequency stability, and excellent temperature stability. It can be supplied in either die form or as a through-hole component, and is used in a variety of applications, from telecommunications and data transfer to instrumentation.