TFNC152K32K7680

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Crystals are an essential component in the production of electronic goods. The most commonly used type of crystal are piezoelectric crystals, which produce electrical signals when exposed to mechanical stress or pressure. Today, many companies produce piezoelectric crystal oscillators, which are commonly used in the manufacture of electronic devices, such as cell phones, computers, and other devices with digital or analog circuitry.

One such crystal oscillator, the TFNC152K32K7680, is a high-frequency oscillator with an operating frequency of 34.8256MHz. This type of oscillator is particularly useful for applications in computer systems and digital signal processing due to its low phase noise and fast rise/fall times. Additionally, it can be used in devices such as modems, Global Positioning System (GPS) receivers, wireless communication equipment, and frequency-hopping radios.

The TFNC152K32K7680 is composed of several components. At the heart of the oscillator is a quartz crystal enclosed in a metal can. This crystal vibrates at a specific frequency when exposed to an alternating electrical current. This current is supplied by an amplifier, as well as a buffer, which helps to regulate the frequency. A temperature control circuit maintains the temperature of the crystal, allowing it to vibrate accurately, and a resonator is used to amplify and refine the frequency.

The working principle behind this type of oscillator involves the principle of piezoelectricity. As the quartz crystal is exposed to an alternating electric current, it begins to vibrate. This vibration produces an electric charge, which is then amplified and used to generate an oscillating signal of a fixed frequency. The frequency is determined by the physical characteristics of the quartz crystal, such as its size and shape.

The TFNC152K32K7680 is an excellent choice for applications that require high frequency and low phase noise, as well as fast rise/fall times. It is especially useful for wireless communication applications, as it can efficiently transmit signals in a wide range of frequencies. Additionally, it is reliable and cost-effective, making it ideal for a variety of applications.

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