7B48070001

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Crystals: 7B48070001 Application Field and Working Principle

Crystals, also known as piezoelectric crystals, are widely used in various application fields including consumer telecommunication, medical technology, robotics, automobiles, aerospace and more. Using the property of piezoelectricity, crystals can convert physical oscillations into an electrical signal for different purposes.

One of the most common types of crystals is 7B48070001. This type of crystal is made up of a small ceramic material doped with zinc oxide and a buffer quartz substrate. It is often used in consumer electronic products such as cell phones and television sets due to its excellent performance characteristics and low price.

The 7B48070001 crystal operates on the principle of piezoelectricity. This phenomenon occurs when a mechanical force is applied to a crystalline material, resulting in an electric charge being generated. This charge can then be used for a variety of applications, such as powering a device or triggering an electromechanical switch. Crystals are also used in oscillators to create specific frequencies.

When used in devices, 7B48070001 crystals will act as a frequency-determining element. This means that they will control the frequency of the device’s outputs and inputs. The crystal will determine the frequency based on its physical parameters as well as the type of load that is connected to it. This allows devices to operate at specific frequencies such as FM radio or mobile communications.

Crystals are also necessary components of capacitive touchscreens found in devices like modern smartphones. Neither the display nor the processor can work without an oscillator, and in a capacitive touch screen, the oscillator is provided by a crystal. The crystal initiates an electrical oscillation that passes through the touch sensors and is converted into an electrical signal when the finger touches the display. The crystal is then set to a specific frequency that allows the processor to detect and interpret the touch signal.

Crystals play a major role in medical technology as well, as they are used to generate ultrasound waves and can be used to measure bodily functions such as glucose levels and heart rate. When this type of crystal is put in contact with the body, it will generate ultrasound pulses which can then be used to measure the physical characteristic of the body such as blood pressure, oxygen levels and more.

In addition to these fields, 7B48070001 crystals are also used in robotics, automobile, and aerospace applications. In robotics, they are used to control an array of values and to detect the position or motion of objects being manipulated. Automobiles commonly use them for modern convenience features such as automatic door locks and windows. In aerospace, they are used in satellite systems as quartz clock oscillators as they are highly immune to temperature and humidity and can generate a reliable timing signal.

7B48070001 crystals are a versatile and effective component that has many uses in applications ranging from consumer electronics to medical technology and beyond. Their ability to generate electrical signals, power devices and control frequencies makes them essential components in modern technology.

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