511FCB160M000AAGR

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Oscillators

An oscillator is an electronic circuit that creates an alternating or oscillating signal, usually sine wave or square wave. In electronics, an oscillator is a device that produces a series of oscillating current or voltage signals and is fundamental in the operation of many electronic systems.

The 511FCB160M000AAGR oscillator is a miniature high-performance crystal oscillator that combines the frequency and temperature characteristics of a crystal oscillator with the advanced CMOS ASIC technology. It is only 5x3.2x1.6 mm, making it ideal for applications where size is a major limitation. It provides a variety of output waveforms, low supply voltage, low frequency, and high stability.

Application Field

The 511FCB160M000AAGR is ideal for use in portable, medical, industrial, and commercial applications. It is particularly well-suited for products that require tight tolerance and superior long-term stability. Additionally, the superior temperature characteristics of the 511FCB160M000AAGR makes it suitable for industrial and medical applications.

Working Principle

The 511FCB160M000AAGR works by converting a constant current or voltage input signal to an alternating current/voltage output signal with precise frequency and amplitude characteristics. The oscillator consists of an oscillator circuit with an electronic circuit (or loop) containing two active components (transistors, diodes or FETs) and capacitors. In this way, the loop regulates the oscillation frequency by means of feedback from the output to the input.

The frequency is determined by the elements of the loop, such as the size of the components, the feedback method, and the type of mode employed, which can be RC (resistor/capacitor), LC (inductor/capacitor) or crystal lattice. Additionally, the phase shift of the oscillations can be adjusted by inserting RC networks or varactor diodes in the feedback circuit.

The 511FCB160M000AAGR uses the superior temperature characteristics of a crystal to ensure stability over a wide temperature range. Additionally, it is designed with a low-noise amplifier to enhance the signal-to-noise ratio of the output. It also features a TTL or CMOS compatible output and low phase jitter, making it an ideal choice for applications that require high frequency, stability and accuracy.

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