CE3292-15.360

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An oscillator is a device or system that produces a continual periodic signal without any input. Oscillators form the basis for an immense variety of applications. Any electronic device that requires a precise frequency or timing signal, such as a radio, television or computer, could be categorized as relying on an oscillator for its operation.

In this document we explore the application field and working principle of CESSLER MODEL CE3292-15.360 precision oscillator. This specific oscillator has a broad range of uses in many industries. It is a highly accurate electronic component that is designed to sustain frequencies in a stable and reliable manner.

The CE3292-15.360 has an oscillation frequency range of 10 MHz to 100 MHz and an excellent temperature stability of ±2 ppm. It also has an excellent long-term aging rate of ±2 ppm/year. The signal parameters can be fine-tuned by locking the frequency and adjusting its parameters. It has a working voltage of 5V and an operating temperature range from -25°C to 85°C.

The CE3292-15.360 oscillator works by converting an electrical signal, fed by an external power source, into a sinusoidal output consisting of a series of high frequency oscillations. The frequency of the oscillations is determined by the resistor-capacitor (RC) network that is built into the oscillator. In the oscillator, the RC network modulates the electrical energy input and a voltage amplification stage amplifies the signal. The amplified signal then travels through a transformer, which further amplifies the signal and adjusts the pulse width while maintaining the pulse shape and frequency of the original input signal. Finally, the signal is converted back to a sinusoidal waveform. This oscillation is known as Feedback Oscillation.

The uses of the CE3292-15. 360 oscillator are manifold. Its accuracy and stability makes it suitable for use in frequency, phase and timing control processes. It can be used to provide a constant sample rate in communication systems, to synchronise the digital feed of data across multiple platforms, to drive stepping motors used in robots and automated industrial systems, and to generate waveforms for use in tunes such as those used in radios. It is widely used in automotive systems as it can provide precise frequency control over a wide range of temperatures.

The CE3292-15. 360 oscillator is also used in computers and other electronics. In computers, oscillators are used to control the timing of the device, such as the speed of communication between components and processor clock speed. Oscillators are also used to generate a color signal in a computer monitor, to generate a signal that can identify where the mouse cursor is on the screen, and to create audio signals for sound cards.

In conclusion, the CE3292-15.360 oscillator is an accurate and reliable component. It is used in a variety of industries and is an important device in many of the modern technologies that we use in our day to day lives. Its ability to provide accuracy and reliability combined with its wide range of uses make it an invaluable part of many electronics applications.

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