CE3290-12.352

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Oscillators are electronic components used to form electrical voltage oscillations in a wide range of frequency ranges. The CE3290-12.352 is one such device, and is a hybrid self-supporting high performance Crystal Oscillator (XO). This particular oscillator provides very stable frequency with low phase noise and wide frequency range to ensure the best performance in its application fields.

The CE3290-12.352 is primarily used in applications such as telecommunication systems, mobile radios, amateur radio, automotive and many more. Its working principle is based on a crystal and a frequency divider, providing low spurious signals and enhanced performance for any receiver application. The crystal oscillator is made up of a stable quartz crystal at its core, operating as an impedance matching device to create a precise oscillating frequency.

At the core of the CE3290-12.352 oscillator is a quartz crystal, which vibrates at a frequency determined by its physical properties. The crystal is composed of an electro-mechanical device with a resonating frequency determined by the combination of its physical dimensions and the frequency of applied voltage. This frequency is then divided using a frequency divider, providing an output frequency at much lower than that of the quartz crystal. The output signal from the divider is then fed to a frequency controlled oscillator (FCO), and from here, the output is provided at a controlled frequency.

The CE3290-12.352 comprises of a stable quartz crystal and a frequency divider to achieve its oscillation frequency and low phase noise design. In a typical application, the device has a standby current of around 0.5mW and an output voltage of up to 8V. It is usually mounted in an hermetically sealed package to ensure protection from harsh environmental elements. The crystal oscillator also has a temperature-compensated internal capacitance that optimizes its performance over a wide range of temperatures and dynamic environments.

One of the unique advantages of this device is its ability to operate over a wide frequency range. Its frequency range spans from 10Mhz to >40GHz, with a temperature range of -50ºC to +250ºC. It also offers a low phase noise design with an operating temperature range of -40ºC to +85ºC. The crystal oscillator has an internal output buffer with a typical gain of +25dB at 10Mhz making it suitable for demanding communication applications. Finally, its compact design enables it to be surface mounted directly onto an electronic device.

In conclusion, the CE3290-12.352 Crystal Oscillator is a cost effective and reliable electronic component with a wide range of features that make it suitable for various applications. Its low phase noise design and wide frequency range make it ideal for communication systems. Its temperature-compensated internal capacitance ensures optimum performance over a wide range of temperatures and dynamic environments while its compact design enables it to be easily surface mounted onto any electronic device. This makes the CE3290-12.352 an ideal choice for anyone looking for a cost-effective and reliable oscillator for their telecommunication and radio needs.

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