CE3390-8.000

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Oscillators form the backbone of many modern electronic circuits and have a wide range of applications in modern day electronics. The CE3390-8.000 is an oscillator which has found great acceptance as a popular and useful choice of oscillator and here we look in depth at this integrated circuit, its many uses, and the principles which guide its working.

CE3390-8.000 Overview

The CE3390-8.000 from National Semiconductor is a CMOS oscillator that has a center frequency of 8.000MHz and features a fundamental oscillator with temperature stability and fast frequency settling time. It is capable of forming part of a broad range of oscillator applications due to its high-performance features, including a wide operating voltage range of 2.0V to 5.5V. In addition, it also features a wide range of frequency modes that include direct, differential, and heptagonal outputs. This means that it is very versatile and can be used in different stages of the design of oscillator circuits.

CE3390-8.000 Application

The CE3390-8.000 finds a wide range of application in electronic circuits. It is useful for the generation of a stable signal at a specific frequency that is required for the proper functioning of the circuit. It can be used as the basis for signal oscilloscope sweeping, testing of RF circuits, and synchronization of digital circuits. The oscillator may be used for radio communication systems as it is able to deliver high-performance signals at 8.000MHz.

In addition, the oscillator can be used to build low-power embedded systems that require a stable frequency signal as their main clock signal. It is suitable for battery-powered applications and provides a low-power frequency signal that can be used in many types of embedded systems. The integrated circuit is also suitable for the generation of a low-noise signal for precision applications that require a stable clock signal for providing accurate timing information.

Working Principle of CE3390- 8.000

The working principle of the CE3390–8.000 oscillator is based on the generation of a signal at a specific frequency that can be used as a clock signal for a wide variety of electronic circuits. The signal is generated using an oscillating circuit, in which an active component, usually a transistor, is used to generate the clock signal at a specific frequency. The frequency of the signal is determined by the type of active component used, together with its parameters, such as its capacitance and resistance.

The signal is then amplified using the current amplification feature of the circuit, which is provided by the oscillator itself. The current amplification is followed by the voltage amplification stage, which uses a voltage amplifying circuit to increase the amplitude of the signal. The amplified signal is then sent to the output of the oscillator, where it is used as the clock signal for various electronic circuits.

The oscillator features a built-in, temperature-compensating feedback circuit which is used to stabilize the generated signal even under extreme temperature conditions. This provides greater consistency in the generated signal, which is important for precision applications.

Conclusion

The CE3390–8.000 oscillator is a popular and useful choice due to its versatile features. Its wide voltage range and temperature stability makes it suitable for a variety of applications, while its precise frequency output allows for accuracy in timing. Its working principle is based on the generation of a signal at a specific frequency using an oscillating circuit, which is then amplified and output as the clock signal for various electronic circuits.

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