AT16077001

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Crystals are the physical foundation upon which the technological world is built. They are commonly used in electrical, electronic and optical circuits. This article will discuss in detail the application field and working principle of AT16077001 crystal.

AT16077001 is an oscillator frequency tuning crystal, which can be used in oscillator circuits where frequency and temperaturecoefficientstuning is required in both static and dynamic modes. The static mode of operation is when the crystal is tuned to the frequency required for the circuit at its rated temperature, which is generally 25°C. The dynamic mode of operation is when the crystal’s frequency is adjusted over a wide temperature range to maintain a constant frequency even when the temperature of the crystal fluctuates. In its application as an oscillator frequency tuning crystal, it has the advantages of high frequency stability, low power consumption, low temperature dependence and high accuracy.

AT16077001 crystal is made from a quartz crystal, which is made up of a piezoelectric material with a piezoelectric effect, meaning that it is able to convert mechanical energy into electrical energy. The resonator portion of the quartz crystal is cut in a specific way so that it vibrates at its resonant frequency, which is determined by the shape of the cut and the larger physical size of the crystal. This resonant frequency is also affected by the temperature of the crystal, increasing as the temperature increases and decreasing as it decreases. This can cause a discrepancy in the frequency of the oscillator and the desired frequency of the circuit, leading to circuit malfunction.

Crystals such as the AT16077001 are designed to counteract the effect of temperature fluctuations on the frequency of the oscillator. In order to do this, the properties of the quartz crystal have been modified by adding an external inductive element to the crystal. By modulating the inductance of the inductive element, the frequency of the quartz crystal can be altered in such a way that it maintains a constant frequency over a wide temperature range. This unique design of AT16077001 ensures that the oscillator can produce the desired frequency even as the temperature changes.

The AT16077001 crystal can be used in a variety of oscillator circuits, including crystal oscillators, analog oscillators, digitally controlled oscillators, and so on. In crystal oscillators, the AT16077001 can be used to provide the calibration voltage needed to achieve the optimal frequency. In analog oscillators, it can be used to maintain a steady frequency over a wide range of temperatures. In digitally controlled oscillators, it can be used to tune an oscillator’s frequency according to the user’s requirements.

In conclusion, AT16077001 is a highly versatile oscillator frequency tuning crystal with the advantages of high frequency stability, low power consumption, low temperature dependence and high accuracy. The quartz crystal resonator is modified by adding an external element, which allows for tuning of the frequency over a wide temperature range. This makes AT16077001 crystal a reliable and cost efficient solution for many oscillator circuit applications.

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