AX7DAF4-77.7600T

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Oscillators are widely used in electronic circuits for the signals they generate. The AX7DAF4-77.7600T is an oscillator for generating a specific frequency signal. It has been developed for the automotive and consumer remote control markets, and is widely used in wireless devices where a stable frequency signal is essential.

The AX7DAF4-77.7600T has a high frequency stability and accuracy. The oscillator operates on a base frequency of 7.7 Megahertz, and can be programmed to operate on any frequency between 72.6 and 77.6 MHz. The frequency of the oscillator is accurately controlled by a voltage controlled crystal oscillator (VCXO) circuit.

The VCXO circuit is made up of a quartz crystal which acts as an elements that will vibrate at a precise frequency when connected to an electrical oscillator. The circuit is then adjusted for accuracy by varying the voltage applied to the crystal. The amount of voltage applied to the crystal will determine the frequency of the oscillator, which makes it an ideal device for precise frequency control.

The AX7DAF4-77.7600T works by using a voltage controlled crystal oscillator to accurately control the frequency signal. As the voltage is increased, the frequency of the oscillator increases. This allows for precise frequency control, allowing the device to generate a very stable signal that can be used for remote control applications. In addition, the device is equipped with RF shielding, so that it can be used in environments with high levels of RF interference.

The AX7DAF4-77.7600T is an excellent choice for applications that require a highly stable and accurate frequency signal. It is ideal for use in wireless applications, such as remote control devices, as it is able to generate a consistently precise frequency signal. The device is also able to withstand high levels of RF interference, making it suitable for use in environments that require strong RF shielding. The device is relatively simple to use and can be integrated into circuits with minimal effort.

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