CE3392-75.000

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Oscillators can be used to produce or maintain an oscillating voltage or current, providing the necessary drive for various application fields such as radar, broadcasting, navigation systems and many more. One example of these oscillators is theCE3392-75.000.

The CE3392-75.000 is a compact single chip VCO (voltage controlled oscillator) that produces a frequency output up to 75MHz. It is fabricated in high quality CMOS (complementary metal-oxide semiconductor) technology and offers very low power consumption. Additionally, it features adjustable frequency, excellent temperature stability and low distortion.

CE3392-75.000 is off-chip adjustable and can be tailored to a specific application over a wide frequency range. It is ideal for mobile and wireless applications including cellular base station applications. The output frequency can be adjusted in the range of 25kHz to 75 MHz by a simple voltage control. The operating voltage is typically 1.8 volts with a range of 1.2 to 3.6 volts, and the supply current is typically 20mA.

The internal circuit design of the CE3392-75.000 comprises of a combination of three key elements: digital control, analog phase-locked loops, and digitally controlled ancillary circuits. The digital control element provides a programmable voltage regulator, while the analog PLLs ensure constant frequency accuracy and stability. The digitally controlled ancillary circuits control power consumption and output amplitudes.

The CE3392-75.000 has a typical phase noise of -120 dBc/Hz at 10KHz off-set. This indicates that it is capable of producing a very clean output signal enabling it to meet the stringent requirements of today’s digital communication systems. Furthermore, its high tuning range offers improved system efficiency, enabling precise frequency selection with a low voltage step size.

In summary, the CE3392-75.000 can be used in various applications needing low noise and low distortion oscillators, such as radar, broadcasting, navigation systems, cellular base station applications, and many others. Its adjustable frequency range combined with its low power consumption and excellent temperature stability make it an excellent choice for system designers.

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