416F3841XCAT

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416F3841XCAT is a product of crystal (materials) technology. It is a highly reliable and demanding timing component. Crystals are used in a wide range of applications, including clocks, frequency reference oscillators, receiver local oscillators, signal generators, timers and microcontroller clock circuits. It can also be used in communication, military, medical and aerospace components.

Simply stated, a crystal is a solid material with a specific reverse piezoelectric frequency. When piezoelectricity is applied to a crystal material, it will vibrate at a specific, predetermined frequency. As such, a crystal can be used to generate or measure a specific frequency signal.

In the case of the 416F3841XCAT, the piezoelectric material used is quartz. Quartz crystals behave in a predictable manner and exhibit a very low temperature coefficient of frequency (TCF). This means that their frequency remains stable under normal temperature variations, which is a critical feature for timing circuits.

The 416F3841XCAT crystal is used to generate a constant frequency signal for clocks and frequency reference oscillators. By making use of the piezoelectric effect in its quartz material, it can generate a frequency signal of 32.768kHz, which is the standard for timing and measurement calculations. It also features a low power consumption of less than 0.1uA, which makes it ideal for use in many battery-powered applications.

The 416F3841XCAT has a wide range of uses, including in household electronics, computers, digital watches, handheld devices, GPS and other navigation systems, and automotive electronics. It is also used in vibration sensors, thermostats, and many other industrial control applications.

The 416F3841XCAT crystal is manufactured with a variety of features, including small x-axis quartz wafers, surface-mount thin packages, high frequency loading, and temperature stability. This makes it ideal for applications where size and power consumption are constraints.

Its working principle is based on the vibration of the piezoelectric material in response to the electric field applied to it. When an alternating voltage is applied to the crystal, it oscillates at a frequency that is determined by its intrinsic electrical and mechanical properties. Because quartz has a very good frequency stability over temperature variations, it is ideal for clock and frequency reference applications. The oscillating field created by the crystal is then used to drive the circuitry of the device.

The 416F3841XCAT crystal is an excellent choice for a variety of frequency reference and timing applications. Its robust design, low power consumption, and exceptional frequency stability make it an ideal choice for a variety of devices. It is suitable for use in a wide range of applications, from consumer electronics to automotive and aerospace.

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