LP060F33CET

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Crystals play a very important role in modern electronic products, especially quartz crystals, which are widely used in radio frequency communication equipment and computer information systems. LP060F33CET is one kind of quartz crystal, which has a wide range of applications and uses. This article will discuss the application field and working principle of the LP060F33CET quartz crystal.

Most of the basic parameters and characteristics of the LP060F33CET quartz crystal are related to its oscillation frequency. Its resonant frequency is close to 60MHz, with a tolerance of +/-0.3 ppm and a loading capacitance of 18pF. Its DC resistance is about 70KOhm, with a maximum dissipation of 0.6mW, and its drive level is 0.5 to 6uW cm2. The cut angle tolerance of LP060F33CET is +/-20 minutes, whose temperature coefficient of frequency is about 0.01 ppm/degree. The size of this crystal measures 5.0 X 3.2 X 1.2 mm.

LP060F33CET quartz crystal has a wide range of applications due to its good performance. These crystals are used in a variety of communication and information systems, such as mobile phone systems, base stations, 2G/3G/4G/5G high frequency systems, satellite communication systems, navigation and positioning systems, radio relay equipment and television communication systems. In addition, they are also used in radio and TV signals, medical equipment, GPS, electronic watches, and other electronic products or equipment.

The working principle of the LP060F33CET quartz crystal is based on the vibrator effect of the crystal. The quartz crystal is cut at a specific angle, usually 45 degrees or 90 degrees, and then two metal electrodes are added along the surface of the crystal. When current flows through the crystal, a certain amount of electric energy is converted into mechanical energy, causing the crystal to vibrate. That is, the crystal oscillates at its resonant frequency. The frequency of this oscillation can be measured and is proportional to the applied electric field.

The high frequency oscillation of the quartz crystal is determined by its oscillate mode and its particular crystalline structure. When high frequency signals are applied to the LP060F33CET crystal, the signals are oscillated and filtered to provide a output signal with a stable and accurate frequency of 60MHz. This is the core working principle of the LP060F33CET quartz crystal.

In conclusion, LP060F33CET quartz crystal has a wide range of applications in various electronic and communication systems due to its good performance. The working principle is based on the oscillator effect of the crystal, which oscillates at a stable frequency of 60MHz and is used as a frequency reference or a local oscillator in various communication and information systems.

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