KC7050A100.000C20E00

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Oscillators: KC7050A100.000C20E00 Application Field and Working Principle

Oscillators are devices that use the principles of electrical physics to generate steady, periodic electric signals of fixed frequencies. Breck Electronics’ oscillator, the KC7050A100.000C20E00, is a great example of a circuit designed to produce a clock signal.

The KC7050A100.000C20E00 is a crystal oscillator, capable of producing a reliable frequency source consistently within a tight tolerance. It is a hermetically sealed device with a 3-pin dual in-line package which can be set up easily on a circuit board.

It produces a low power clock signal by using an inverted amplifier and a quartz crystal to control the frequency of the circuit. The crystal operates as the resonant element for the oscillator circuit. When the crystal is excited by the input signal, it vibrates in an oscillatory pattern producing a frequency that is proportional to the applied voltage. The frequency of the oscillator is controlled by adjusting the frequency of the voltage applied to the crystal.

The KC7050A100.000C20E00 provides an excellent frequency stability within a wide temperature range and has low power consumption. It has excellent long term stability along with excellent shock and vibration immunity. It is suitable for applications such as cellular systems, radio communication systems, medical equipment, testing equipment, automotive applications and many other applications that require reliable, low power, stable frequency sources.

This oscillator is suitable for a wide range of applications, providing a frequency stability up to +/-0.25ppm. It is capable of operating from -55 to 125°C with a storage temperature of -65 to 150°C. It also has excellent shock and vibration resistance as well as low power consumption, at 0.26 to 0.4V DC.

The working principle of this oscillator can be better understood by looking at its basic components – oscillator core, amplifier, regulator, and frequency control. The oscillator core is the actual quartz crystal that resonates and produces the desired clock frequency when voltage is applied to it. The amplifier then amplifies the signal and regulates its amplitude and shape. Finally, the frequency control is used to adjust the oscillation frequency. The oscillator is usually programmed using a microcontroller.

The KC7050A100.000C20E00 is a versatile, reliable, and high-performance oscillator with excellent frequency stability and low power consumption. It is suitable for numerous applications such as radio communication, cellular systems, medical equipment, testing equipment, and automotive applications, and is an excellent choice for projects requiring reliable, low-power frequency sources.

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