CE3390-35.000

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Oscillators are a complex topic to explore and understand and the CE3390-35.000 oscillator is no exception. With its low power consumption, tight frequency stability and advanced features, the CE3390-35.000 oscillator is an ideal solution for a range of applications. In this article, we will explore the features of the CE3390-35.000 oscillator, the application fields it is suitable for and its working principle.

Overview of the CE3390-35.000 Oscillator

The CE3390-35.000 oscillator is a cost-effective, low-power solution for a range of applications. This oscillator has a small form factor and uses a low voltage of 2.7-3.3 V, making it suitable for portable applications. It also has a low power consumption of just 650 microwatts and a tight frequency stability of 0.05 ppm. It also has an array of features, such as an internally fixed frequency, a start-up time of 20 us, a temperature range of -40 to 127 C, and a frequency range of 10-200 MHz. All of these features make the CE3390-35.000 oscillator an ideal choice for a range of applications.

Fields of Application For the CE3390-35.000 Oscillator

Due to the cost-effective and low-power nature of the CE3390-35.000 oscillator, it is ideal for a range of applications. The tight frequency stability of 0.05 ppm makes it suitable for consumer electronics and communication technologies. The low voltage and low-power requirements mean that the CE3390-35.000 oscillator is perfect for portable applications, such as medical equipment or handheld devices. It also has uses in automotive and industrial usage, thanks to its high temperature range and wide frequency range, making it a great option for any application that requires a cost-effective, low-power oscillator.

Working Principle of the CE3390-35.000 Oscillator

While the CE3390-35.000 oscillator is a complex component, it is relatively simple to understand how it works. The oscillator consists of two main components, the oscillator circuit and the feedback loop. The oscillator circuit is responsible for generating an oscillation signal, while the feedback loop allows the signal to be continuous. The oscillator circuit is composed of transistors, capacitors and resistors that generate an alternating current. The transistors act as amplifiers, while the capacitors and resistors are used to adjust the frequency. The output from the oscillator circuit then enters the feedback loop. This loop is composed of an amplifier, a filter, and an output buffer. The amplifier is used to amplify the signal, while the filter removes any unwanted frequencies. The output buffer stabilizes the signal and outputs it to power the system.

In summary, the CE3390-35.000 oscillator is an ideal solution for a range of applications, due to its low power consumption, tight frequency stability and advanced features. It has a wide temperature range and frequency range, making it suitable for a variety of applications, from consumer electronics and communication technologies to automotive and industrial usage. The oscillator also has a relatively simple working principle, with its oscillator circuit responsible for generating an oscillation signal and the feedback loop allowing the signal to be continuous.

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