KC7050K12.2880C10E00

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Oscillators play an important role in many electronic systems, ranging from simple time pieces to high-speed digital circuits. An oscillator is an electronic circuit that has the special ability to generate a periodic signal even when no input signal is applied. The absolute stability of any oscillator depends on several factors, such as frequency stabilization, temperature drift, noise, and aging.

KC7050K12.2880C10E00 oscillator (here after referred to as KC oscillator) is an oscillator used mainly in frequency control applications, due to its stability and accuracy. The main application of the KC oscillator is essentially as an electrical time keeper in an electronic system. It is capable of providing a reliable and accurate signal for time-based functions and applications. It is a high-end type of quartz crystal oscillator that is widely used in consumer electronics, automotive electronics, and communications systems.

The primary advantages of the KC oscillator are its high accuracy and frequency stability. It offers a wide frequency range from 8 KHz to 70 MHz. The small size makes it easy to include in small and densely populated circuit boards. Moreover, its robustness and shock-proof design make the KC oscillator ideal for operations in harsh environments. One of such robust designs is the hermetically sealed metallic package, which ensures improved resistance to environmental changes and improves the reliability of the oscillator.

The working of the KC oscillator is based on its ability to generate vibrations of a certain frequency. This is done through the use of a quartz crystal, which is an active component in the oscillator circuit. The quartz crystal acts as a resonator and produces vibrations when a certain electrical pulse is applied to it. The crystal is able to oscillate at a very definite frequency and is known to be highly stable due to this.

The quartz crystal resonator is connected to the electronic circuit, and electrical signals are applied to it to produce oscillations of a certain frequency. This frequency can be maintained over a long period of time, which gives the KC oscillator its high stability and accuracy. The quartz crystal is also good at rejecting external noise, improving the signal-to-noise ratio.

The frequency stability of the KC oscillator is ensured through the use of advanced internal electronics. This includes the use of an adjustable capacitor and a frequency-pulling resistor. These components are used to tune the oscillator circuit and to stabilize its frequency. The other components in the oscillator circuit, such as resistors and capacitors, are used to adjust the amplitude and phase of the output signal.

KC oscillators are widely used in various applications, such as frequency reference modules, communication systems, time keeping devices, and automotive electronics. They are also used in digital electronics, as they offer excellent frequency stability. The added benefit of their robust design makes them well suited for devices used in harsh environments.

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