511EAA156M250AAG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 511EAA156M250AAG is an oscillator in the family of electronic componentry designed to generate an oscillating electrical signal. When applied, this oscillator produces oscillatory electrical circuits used in most of today’s electronics. The 511EAA156M250AAG oscillator’s frequency of operation is denoted in megahertz (Mhz), while its voltage of operation (VDD) is denoted in volts.

The oscillator takes advantage of an oscillator core based in either an integrated circuit form or a suite of transistors. Depending on the type of oscillator core used, a number of electrical characteristics can be designed into the 511EAA156M250AAG and used for specific purposes. This includes the oscillator’s ability to produce a variety of waveforms, ensure stability over temperature changes, and determine a specific frequency of operation.

The 511EAA156M250AAG is primarily used for communication, audio and a wide range of other applications requiring a presence in the resonance frequency range. This oscillator is largely used in the production of radio broadcasting, WiFi networks, cordless phones, radio navigation systems, and other related electronic systems used throughout the world.

The oscillator’s operational range often focuses on a range of frequencies between 2.2MHz to 4.6MHz, with voltages ranging from 3V to 5V across the oscillator’s power pins. As a simple oscillator, the 511EAA156M250AAG consists of a finite number of components, where each component performs a specific task in the signal’s generation.

At the heart of the oscillator is the power generator element, which is responsible for converting the supply voltage into a large enough current to drive the oscillator’s active components. The generator also houses various other active elements, including discrete transistors, integrated circuits, and other associated components. These components work together to shape and filter the generated signal, which ultimately forms the oscillator’s output.

The power generator is connected to an oscillator crystal, which defines the oscillator’s exact frequency of operation. The oscillator crystal, also known as the load oscillator crystal, typically comes in one of three forms: a resonant inductor, resonant capacitor, or a combination of both. The crystal provides the oscillator’s sound output, and is typically predetermined on the datasheet.

The output of the crystal is then amplified and connected to the active components, including the oscillator core used to filter and shape the signal as needed. The oscillator core and associated components work to accurately form and filter the output waveform, resulting in an oscillator with a determined frequency of operation and a stable output.

The 511EAA156M250AAG oscillator’s output waveforms vary depending on the application, but are typically designed to produce a waveform with a low distortion level. This waveform typically takes the form of a trapezoidal wave, which can be further fine-tuned and variably shaped via the addition of appropriately rated feedback resistors.

The output waveform’s output voltage is typically determined by the oscillator’s power supply voltage as rated on the oscillator’s datasheet, and can range from 3V to 5V depending on the application. The output waveform is also loaded and influenced by the oscillator core, which determines the overall accuracy and stability of the signal over temperature.

In conclusion, the 511EAA156M250AAG oscillator is an electronic component designed to generate an oscillating electrical signal useful for a variety of applications. Its operational frequency ranges from 2.2MHz to 4.6MHz, and its power supply voltage is typically rated in volts. The oscillator produces a trapezoidal waveform, which can be shaped and filtered using appropriately rated components. The oscillator is most often used for communication, audio and other related applications.

The specific data is subject to PDF, and the above content is for reference