AV-12.288MAGV-T

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Crystals

Crystals are at the heart of electronics and telecommunications technology. A crystal is an electronic device that generates an electrical waveform at a specific frequency and is used as an oscillator, typically in components and modules. In particular, AV-12.288MAGV-T is a high precision quartz crystal that is widely used in the field of precision timing and circuit applications.

AV-12.288MAGV-T is a high accuracy crystal oscillator. This type of oscillator is mainly used in the field of frequency and time control and measurement, which helps to ensure a consistent operating frequency and creates precise timing intervals. It can accurately measure the frequency, period and timing of signals. As a result, it is found in many digital and analog circuits, such as clocks, timers, communication receivers, and computers.

In order to understand the working principle of the AV-12.288MAGV-T, it is important to know what a quartz crystal is. Quartz crystals are formed from the mineral quartz, which is made up of a combination of silicon and oxygen. When an electric field is applied to a quartz crystal, it begins to vibrate in a very precise and precise way. This vibration creates a series of electrical pulses, known as an oscillation, at very precise intervals.

The AV-12.288MAGV-T has a frequency of 12.288 MHz and offers excellent frequency stability across a wide range of temperatures. It is designed to provide precise and stable frequencies over a long period of time and is extremely accurate in measurement. The crystal is also known for having a low power consumption and minimal distortions due to external influences.

The AV-12.288MAGV-T is a resonator crystal designed to operate in an oscillator circuit as a source of a signal. It is generally used in circuits that require precise frequencies. These include radar systems, local area networks, Bluetooth devices, and Global Positioning System receivers. This crystal is also used in computers since it helps to ensure precise timing and synchronization of clock signals.

The oscillator circuit that drives the AV-12.288MAGV-T consists of an amplifier connected to a transistor that is connected to the crystal. The oscillator circuit can be bypassed by a “bypass line” which allows for the use of an external clock signal. In this case, the crystal acts as a buffer between the external oscillator and the circuit.

The AV-12.288MAGV-T is an example of a precision quartz crystal that can be used in electronic devices that must operate with high accuracy and stability. It is an incredibly accurate and reliable crystal and is well-suited for any application that requires precise timing and frequency control. As a result, it is used in a range of devices, including precision timing and circuitry, communications, radar systems, and computers.

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