XLH730026.666700X

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Oscillators

Oscillators are circuits which produce a periodic output signal, usually with a sine, square, triangular or sawtooth waveform. These devices are extremely useful, since many kinds of practical electronic circuits require an input signal with an exact certain frequency and with a reasonably accurate shape. As such, oscillators are widely employed in many kinds of electronic systems, for obtaining a precise and stable input signal.

The XLH730026.666700X is a frequency-controlled voltage controlled oscillator (VCO) with a wide-range frequency control voltage of 0 to 10 V. It has an oscillation output voltage of up to 7.3 Vpp for up to 6mV of control voltage. The device is ideal for applications such as frequency modulation and Phase-Locked Loop (PLL) generation.

Application Field

The application field for XLH730026.666700X oscillators is wide in scope. These devices are most commonly used in radio and telecommunications, broadcasting, marine navigation systems, GPS systems, avionics, satellite communications, air traffic control and unmanned aircraft. They are also useful for frequency stabilization of signals used in medical imaging.

In radio and telecommunications, oscillators are used for the generation of short wave radio signals, such as FM and AM, for transmitting voice data over long distances. In broadcasting, oscillators can be used to generate eitherAudio Frequency (AF) or Very Low Frequency (VLF) signals. They can also be used in the generation of satellite downlink and uplink signals, for long range communications.

Oscillators are also important components of marine navigation systems. Signals from these systems, such as the Global Positioning System (GPS), utilize frequency-stabilized oscillators to generate accurately timed radio signals, which can be received and processed by receivers on board ships and other vessels. Similarly, oscillators are also essential components of avionics systems, allowing accurate guidance of aircraft over long distances.

The controlled oscillators offer excellent frequency control and stability when used in communication systems, allowing precise synchronization and phase control of signals. As such, they are used widely in PLL systems, for frequency conversion and modulation. Oscillators are also important components of medical imaging systems, as they can provide stable and accurate phase control signals for imaging with ultrasound, MRI or CT scanners.

Working Principle

The XLH730026.666700X is a voltage-controlled oscillator which operates on the basic principle of frequency control. In this circuit, a capacitor and an inductor are connected in series between two terminals. When a voltage, known as a control voltage, is applied across the terminals, the oscillator will produce a frequency-dependent output signal.

Variations in the applied control voltage will cause the oscillator to operate at a different frequency. The frequency of the output signal is determined by the values of the inductor and capacitor, and by the amplitude of the control voltage. If the control voltage is zero, the oscillator will be prevented from oscillating, while higher values will cause it to oscillate at a higher frequency.

The frequency-dependent output signal produced by the XLH730026.666700X is then used to generate a steady and precise frequency for the desired application. The frequency of the oscillator can be precisely and accurately determined by the value of the control voltage, allowing for a large range of possible output frequencies.

In conclusion, the XLH730026.666700X is a frequency-controlled voltage-controlled oscillator. This device is capable of generating a wide range of frequencies, with high accuracy and stability for use in radio and telecommunication, GPS systems, avionics and medical imaging. The device operates on the principle of frequency control, with variations in the applied control voltage causing the oscillator to operate at different frequencies.

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