SIT8209AI-83-33E-166.666600X

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Oscillators are important components for electronic circuits in numerous types of devices. SIT8209AI-83-33E-166.666600X oscillator is one kind of specialty oscillator developed in recent years, which is used in many modern applications. This section will explore the SIT8209AI-83-33E-166.666600X application fields and working principles as outlined below.

SIT8209AI-83-33E-166.666600X Application Fields

SIT8209AI-83-33E-166.666600X oscillator is suitable for a wide range of applications. It makes use of low power dissipation rates and features an extremely low holding current. It can be variously used in clock signal, communication systems, and receiver applications. As a clock signal specialist, this oscillator is mainly used for frequency synthesis, digital signal processing (DSP) applications, sampling, data acquisition, frequency counter, and supervision of multichannel transmission systems. In the communication system, this type of oscillator can be used in PLC transceivers, cellular network transceivers, and in IEEE 802.11x. It also can be used for different long distance communication networks and in receiver systems.

SIT8209AI-83-33E-166.666600X Working Principle

The SIT8209AI-83-33E-166.666600X oscillator contains power control microcircuits with an integrated temperature sensor, two power supply pins, one temperature compensation pin, and a transistor. The power control microcircuit is composed of an N-MOSFET, a P33 voltage regulator, temperature sensor, and current regulator. This type of oscillator is designed to operate with three different modes Input, Hold, and Standby. In Input mode, the oscillator performs normal operations and the signal from the power control microcircuit is transferred to the output pin for applying the correct logic levels on the output pins. In Hold mode, the oscillator is held in fixed state and is clocked from the microcircuit’s output. In Standby mode, the clock takes over and supplies the microcircuit’s output supply.

When the temperature is increasing, the voltage regulator automatically reduces the voltage in order to maintain the microcircuit’s temperature and output stability. This ensures that the oscillator operates with a constant frequency over changes of temperature and other external conditions. The current regulator also automatically adjusts the current over a wide range to keep constant the temperature and output level. The output transistors have a high operating temperature range, providing better performance in a wide variety of power applications.

Conclusion

In conclusion, the SIT8209AI-83-33E-166.666600X oscillator is a highly specialized oscillator with a wide range of applications. Its integrated temperature sensors and power control microcircuits provide stability and reliability with a wide temperature range for different applications. This type of oscillator is suitable for clock signal, communication systems, and receiver applications.

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