655P16115I2T

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Introduction

The 655P16115I2T oscillator is a low noise, low phase noise, wide frequency of operation, easy to integrate high power device in specific applications. It is an advanced and reliable design that was developed to meet highly demanding requirements.

Application Field

655P16115I2T oscillators are used in a wide range of applications which require low phase noise, wide frequency range, low power consumption and low EMI. They can be used in various areas where high frequency stability and tight control is needed, such as telecom, military, automotive, medical, scientific and aerospace.

In cellular base stations and wireless personal communication systems, 655P16115I2T oscillators are widely used in phase locked loop (PLL) circuits which require precise and accurate frequency generation. They are also used in signal modulation and coding applications to synthesize and maintain the carrier frequency, as well as in synchronous networks for frequency hopping.

655P16115I2T oscillators are also found in wireless physical media access control (MAC) protocols, data/voice communication systems, radio frequency (RF) chips, digital receivers, television receivers, telemetry, industrial control systems and ground-based radar systems.

Working Principle

655P16115I2T oscillators work using the same principles as all other oscillators, using a capacitor and inductor to generate an alternating voltage and current. The oscillation frequency is determined by the components used and the amount of energy put into the circuit. The oscillator circuit is also tuned to a certain frequency, so that it will produce a stable waveform at the desired frequency.

The 655P16115I2T oscillator has a unique design that includes an integrated low noise voltage-controlled oscillator (VCO) that works together with an analog multiplier. This particular combination provides a fast frequency response due to the fact that the multiplier can respond to the minor changes that happen somewhere in the system. It also provides a highly accurate frequency variation and control over the operating frequency range.

The 655P16115I2T oscillator also has an integrated temperature compensation circuit. This ensures that the frequency and phase response remain unaffected by the external environment, providing high stability in different conditions. The temperature compensation circuit allows the oscillator to be solid and reliable even in high temperature environments.

Conclusion

The 655P16115I2T oscillator is an advanced and reliable oscillator designed to meet the demanding requirements of various applications. It has a wide frequency range, low power consumption, and low noise and phase noise, making it suitable for use in many industries. Its integrated VCO and multiplier provide a fast frequency response and a highly accurate frequency variation and control. It is also highly stable, thanks to the integrated temperature compensation circuit.

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