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Oscillators

Oscillators refer to a type of electronic circuit or device used to generate a continuous or periodic signal, or waveform of a specified frequency. Oscillators are important components in many electronic products, such as radio and television receivers, test equipment, computers, amplifiers, and audio systems.

KC7050P156.250L20E00 is an example of a low profile surface mount oscillator. It is constructed using high-grade components, including a high- quality crystal and state-of-the-art integrated circuits. The RC-series low-profile oscillators are designed to provide excellent performance over a wide range of temperature, humidity, and electrical conditions.

Application Field

KC7050P156.250L20E00 oscillators are typically used in communications equipment, measuring instruments, computer systems, and other electronic products. They can also be used for clock signal generation and time keeping in microcontroller and real-time embedded systems. This component is mainly used in TV and radio broadcast systems and general communications applications.

Working Principle

An oscillator is an electronic circuit regarded as being able to maintain an output signal with a specified frequency for an indefinite period of time without any external input. This is achieved by using an electronic amplifying device to convert a relatively small input signal to a larger output signal. The amplified output signal is then fed back to the input side of the amplifier, creating a feedback loop. This feedback loop is then given a frequency offset, creating a resonant feedback loop. The resonant frequency of this feedback loop is determined by the parameters of the electronic components used. Today, oscillators comprise an integrated circuit that is used to maintain the frequency of the output signal.

KC7050P156.250L20E00 oscillators maintain their output frequency by using a quartz crystal resonator. This crystal resonator receives an input signal from an external source and multiplies it. This multiplied signal is then fed back to the input side of the oscillator and compared to the original input signal. If the two signals do not match, the frequency of the multiplied signal is adjusted until they match. The multiplied signal is then used to generate the output signal of the oscillator and maintain a precise frequency.

This oscillator is capable of providing precise and stable performance under a wide range of conditions. It is cost-effective and can be used in a variety of applications, such as consumer electronics, telecommunications, and automotives. The KC7050P156.250L20E00 oscillator integrates a crystal oscillator and a frequency-modulating circuit in a single tiny package, offering excellent and reliable performance.

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