353SB5I015R

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An oscillator is a device that produces a repetitive signal, such as sine waves. Oscillators are used in numerous applications, including digital and analog circuits, clock and timing circuits, radio receivers and transmitters, and musical instrument systems. The oscillator family of components can be divided into two sub-categories: voltage-controlled and temperature-compensated. The 353SB5I015R is a temperature compensated crystal oscillator, also known as a TCXO, which provides high frequency stability in extreme temperature environments.

The 353SB5I015R is designed to provide high-suite-precision frequency standards for telecommunications, aerospace, and other industries requiring precise timing and synchronization. The oscillator operates at 15.000MHz, and features a tight frequency tolerance of +/- 0.02ppm. The device is also low power, drawing only 6.2mA from a 3.3V supply.

The 353SB5I015R is a temperature-compensated crystal oscillator, which means it incorporates a thermistor that senses changes in ambient temperature and adjusts the frequency output accordingly. This type of oscillator is especially suited for a number of applications where extreme temperatures have a strong impact on frequencies stability, such as Global Positioning System (GPS) receivers.

The 353SB5I015R combines a 5.0mm x 7.0mm ceramic package and a low current CMOS output to provide reliability and an economical solution for a variety of timing applications. The oscillator features a wide frequency stability range of -20 PPM to +75 PPM, excellent phase noise, and a wide temperature range of -40°C to +105°C.

The working principle of the 353SB5I015R is based on a quartz crystal resonator oscillating circuit. Quartz crystals are very precise and consistent, because they have a resonant frequency that is determined by their exact dimensions and electrical properties, and they produce a very stable frequency response with little variation over a wide range of temperatures. This allows the oscillator to maintain a very constant frequency output, despite changes in the ambient temperature.

The 353SB5I015R is an ideal solution for applications such as spread spectrum radios, and any application where high frequency stability and low power consumption are required, such as in portable electronics. The oscillator also has applications in the automotive industry, mainly for use in visual and audio sensing systems.

In summary, the 353SB5I015R is a temperature-compensated crystal oscillator designed to provide reliable frequency standards in extreme temperature environments. Its stability and low-power consumption make it an ideal choice for a variety of timing and synchronization applications.

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