9C-3.579545MAAE-T

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Crystal oscillators are commonly used in electronic applications and are utilized in a variety of ways, such as in watch and clock timing, signal generation, and frequency control. 9C-3.579545MAAE-T oscillators are a specific type of crystal oscillator that are mainly used for timing in electronic circuits, as well as in more sophisticated applications, such as in kHz to GHz-frequency communication systems. In this article, we’ll discuss the application field and the working principle of 9C-3.579545MAAE-T oscillators and explore the reasons for their popularity.

The frequency at which 9C-3.579545MAAE-T oscillators operate is one of the primary features that make them an attractive choice. As such, these oscillators are typically specified at an operation frequency of 3.579545 MHz and have a ±50ppm of stability (±60ppm maximum). They are also quite small and compact with a dimension of 6.5 x 3.2mm. This combination of stability, size, and frequency makes 9C-3.579545MAAE-T oscillators highly suitable for use in a wide range of applications.

The application range of 9C-3.579545MAAE-T oscillators mainly include cellular telephones, WiFi communication modules, Bluetooth modules, PCs, laptops, and other electronic components and systems. These oscillators can also be used in more complex applications such as frequency synthesizers and clock generators, where stability and accuracy are crucial. The most common applications for these oscillators are in the field of AM/FM radios, television receivers, and other audio equipment.

The working principle of 9C-3.579545MAAE-T oscillators is based on a quartz-crystal resonator. This quartz resonator is composed of a crystalline quartz layer cut in the form of a tuning fork. The frequency at which the two ends of the tuning fork resonate is fixed and can be selected by cutting the quartz layer at a precise angle. This quartz resonator is mounted on a specially designed support and connected to electrical connections. Applying an appropriate electrical signal to the resonator causes its frequency to vibrate at a fixed frequency.

The 9C-3.579545MAAE-T oscillators are highly precise and reliable oscillators that are used in a variety of electronic devices, from laptops and cellular phones to WiFi and Bluetooth modules. Their small size and precise frequency makes them ideal for use in many different applications, while their robust construction ensures a long service life. The quartz-crystal resonator and precise cutting of the quartz layer give the oscillator its precise frequency, making it highly reliable and precise in almost any application.

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