511BCB100M000AAG

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Oscillators

Oscillators are electronic circuits or systems that produce a repetitive, periodic waveform for the purpose of generating, stabilizing, controlling or synchronizing signals. The 511BCB100M000AAG Oscillator is one of the most versatile and widely used oscillator modules available. This article will discuss the application field and working principle of the 511BCB100M000AAG.

Typical Applications

The 511BCB100M000AAG is most often used in telecom, data/database storage, industrial manufacturing, motor drives, audio test and measurement, radar, satellite communications, ultrasonic welding, signal processing, medical electronics, automotive and avionics applications. It can be used in synchronizing clocks, providing an accurate reference frequency in digital systems, providing synchronization for television broadcasts, transmitting and receiving audio/video signals from home entertainment systems, synchronizing multiple microprocessors and more.

Features & Benefits

The 511BCB100M000AAG offers many distinct benefits and features. It has a low cost monolithic crystal oscillator in a surface-mount package that can be used easily in a variety of applications. It also has outstanding design features like the ability to tolerate a wide temperature range and extreme precision timing stability even over a wide variety of environments. Its wide frequency range and high accuracy specification makes the 511BCB100M000AAG an ideal choice for high-end demanding applications.

Working principle

The 511BCB100M000AAG is an LC-oscillator circuit design consisting of a quartz crystal weaver, capacitors, series resistors and an inductor. The quartz crystal is the primary component in the circuit and provides accurate and stable frequency. The capacitors are connected to the crystal and provide a stable output impedance. The inductor and resistor components act as oscillator feedback components, providing the correct amount of current feed back to maintain stable oscillation. The result is a clean, consistent and accurate signal output that is ideal for many different applications.

Conclusion

The 511BCB100M000AAG is an excellent choice for many different application fields with its low cost, wide temperature range, high accuracy output and excellent design features. Its working principle is based on an LC-oscillator circuit design that generates a consistently clean and accurate signal. It is an ideal choice for many industries including telecom, industrial manufacturing, motor drives and other demanding applications.

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