AX7DCF4-161.132812C

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Oscillators are among the most versatile and important devices found in electronic circuits. They can be used to generate a continuous radio frequency signal, stabilize the frequency of a radio transmitter, produce an alarm sound, convert digital signals into an analog signal, or even to generate a pulse signal that triggers other circuits. As such, the application of oscillators in the field of electronics is a very diverse one. One of the most common types of oscillators used in the field of electronics is the AX7DCF4-161.132812C oscillator. In this article, we will examine the application field of the AX7DCF4-161.132812C oscillator and its working principle.

The AX7DCF4-161.132812C oscillator is a type of Pierce oscillator circuit which consists of one amplifier, one capacitive divider, one resistor and one quartz crystal. This oscillator is designed to generate precise frequencies accurately and reliably and is therefore used in many different types of applications. It is commonly used in the industrial, automotive and medical spaces for a variety of tasks ranging from test and measurement to medical imaging. It has also been used for various military and aerospace applications, including guidance systems and radar systems.

The AX7DCF4-161.132812C oscillator is capable of producing frequencies from 107MHz to 480MHz and can generate frequencies with an accuracy of 1MHz. It is designed to operate at a max supply voltage of 3.3V and a max supply current of 8mA. The oscillator also has an external AT-cut quartz crystal with a 20pF load capacitance and a maximum operating temperature of 85°C.

The working principle of this oscillator is based on the Pierce oscillator circuit which utilizes the interaction between the amplifier and the quartz crystal to generate a precise and stable frequency output. The amplifier amplifies the signal created by the quartz crystal based on the electrical properties of the crystal. The capacitive divider then divides the signal into two parts, and the signal is then sent back to the crystal. The oscillator then uses the behavior of the crystal to continuously adjust the frequency of the signal so that it remains stable and accurate.

In conclusion, the AX7DCF4-161.132812C oscillator is a type of Pierce oscillator circuit used in many different types of industrial, automotive, medical, military and aerospace applications. It is able to produce accurate frequencies from 107MHz to 480MHz and has an accuracy of 1MHz. The oscillator utilizes the interaction between an amplifier and a quartz crystal to produce a stable signal with a frequency that can be adjusted via the behavior of the crystal.

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