NZ2520SHA-50M-END5301A Crystals, Oscillators, Resonators

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Oscillators: NZ2520SHA-50M-END5301A application field and working principle

Oscillators are widely used in electronic circuits and form the foundation of many electronic communication systems. They can generate signals that are either of constant frequency, amplitudes, and wave shape or of variable frequency, amplitudes, and wave shape. Due to their reliability and wide range of applications, oscillators have become popular components in the field of circuit design and engineering. One of the most common oscillator devices is the NZ2520SHA-50M-END5301A, which is specialized for use in ultra-low power applications.

NZ2520SHA-50M-END5301A Application Field

The NZ2520SHA-50M-END5301A is a compact, low power oscillator device constructed using CMOS technology. It is mainly used in telecommunication, military and aerospace applications, which require very low-power operation. Due to its size and power-saving characteristics, it is also suitable for embedded applications, such as wireless sensor nodes.

The device is designed to integrate several applications in a single package. Specifically, it can be used in ultra-low power timing, clock/data recovery, pulse width modulation, frequency division, phase-shift, and angle detection. It is available in many different output configurations, including sinusoidal, square wave, LVCMOS, and differential. The device is supplied in 20-pins QFN package and is rated at a supply voltage from 1.8V to 3.6V. The operating frequency range is from 10 MHz to 25 MHz.

NZ2520SHA-50M-END5301A Working Principle

The NZ2520SHA-50M-END5301A utilizes a passive LC oscillator circuit to generate a constant frequency output. The circuit consists of a capacitor (C) and an inductor (L) connected in parallel, which together form a basic LC tank circuit. The output frequency of the oscillator is dependent on the value and quality of the components used in the circuit.

The basic operation of the oscillator is as follows. When the circuit is first powered on, the energy stored by the capacitor is released, which in turn increases the current in the inductor. As the current in the inductor increases, it produces a magnetic field, which in turn induces a voltage into the capacitor. This voltage then charges up the capacitor, which results in the current decreasing again. This action is repeated over and over, producing an oscillation across the LC tank circuit at a given frequency determined by the capacitance and inductance of the components. This oscillation is then amplified and outputted in the form of the chosen waveform.

Conclusion

The NZ2520SHA-50M-END5301A is a compact, ultra-low power oscillator device. It utilizes a passive LC oscillator circuit to produce a constant frequency output over a range of 10 MHz to 25 MHz. With a wide range of output configurations and the ability to be used in demanding applications, the NZ2520SHA-50M-END5301A represents a reliable solution for many circuit design requirements.

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