C3390-155.520

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Oscillators are essential components of most communication circuits, because they allow the conversion of electric current into an oscillatory waveform of a desired frequency. The C3390-155.520 oscillator can be classified as a type of oscillator. This oscillator is widely used in production applications and has a few distinct advantages over traditional quartz oscillators, making it suitable for a variety of applications.

Design Characteristics

The C3390-155.520 oscillator utilizes a CSEM-based (Cascaded Synthesizer/Emitter) architecture and design. This allows for the reduction of noise and power dissipation when compared to quartz oscillator architectures, which prove to be expensive and slow to develop. This oscillator provides an ultra-wide output frequency range of 155.520 MHz with a low-jitter output of 25 ps. Its highly accurate temperature drift of 0.002 ppm/ oC and low power consumption of 7 mW maximizes the energy savings for a variety of electronic applications.

Applications

The C3390-155.520 provides low-jitter and accurate clock speed for various electronic applications, making it suitable for a wide range of industries. These applications include automotive, audio and video, networking and communication, medical equipment, industrial control, consumer electronics, automotive navigation, defense, and aerospace. In addition, the oscillator has been widely used in GPS applications, radio frequency (RF) applications, and pulse-width modulation (PWM) applications, making it an ideal choice for any production application.

Working Principle

The main working principle of the C3390-155.520 oscillator is based on the CSEM (Cascaded Synthesizer/Emitter) Architecture. Here, two signals with different frequencies are used in order to generate a fixed output frequency of 155.520 MHz. Firstly, a lower frequency reference signal is used to clock a synthesizer, which generates the higher frequency signal. This higher frequency signal is then fed to the emitter, where it is used to clock the output signal, which then assumes a fixed frequency of 155.520 MHz.

The oscillator also features a low-jitter output (less than 25 ps) and is designed to be highly energy-efficient with a power dissipation of only 7mW. This makes it ideal for applications where maximum energy efficiency is required. The oscillator also has a highly accurate temperature drift of 0.002 ppm/ oC and is capable of operating at different voltage ranges.

Conclusion

The C3390-155.520 is a reliable and highly accurate oscillator suitable for a variety of electronic production applications. With its CSEM-based architecture and design, this oscillator is able to deliver low-jitter and accurate clock speeds with low power dissipation, which makes it ideal for high-end productions. Additionally, its ultra-wide output frequency range and highly accurate temperature drift of 0.002 ppm/ oC make it an attractive choice for applications such as automotive, audio and video, networking and communication, medical equipment, industrial control, consumer electronics, automotive navigation, defense, and aerospace.

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