LP060F23IDT

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Crystals are a type of electrical component essential for the proper functioning of electronic systems or devices. The LP060F23IDT crystal from Murata is a low profile package option for optimizing board space. Its low profile design makes it ideal for space-constrained applications such as mobile telephones and multimedia products.

The LP060F23IDT is a full-size, cost-effective crystal that operates at 18.4MHz with a frequency tolerance of ±50ppm. It features a low profile package, with a height of 1.6mm and a diameter of 6.0mm. The operating temperature range is -10°C to 50°C, with a storage temperature range of -30°C to 70°C. The LP060F23IDT features a third overtone mode of operation. It also has a high thermal stability and outstanding shock resistance.

The LP060F23IDT offers a wide range of applications. It can be used in modems, computers, audio amplifiers, digital signal processors, cell phones, and other high frequency electronic equipment. Its low profile design makes it ideal for applications with limited space or where multiple components need to be placed close together. Its high frequency capabilities make it an excellent choice for applications such as GSM/PCS, LTE, CDMA2000, and WCDMA.

The working principle of the LP060F23IDT is relatively simple. The device consists of two quartz crystals, a pair of electrodes, and a base board. The crystals are connected using a substrate material and then assembled in a package. The package is then attached to the board with solder. When a signal is applied, the crystals vibrate at a certain frequency. The frequency of the crystals is determined by the size, shape and thickness of the crystals. The signal is then amplified and converted into an electric signal which can be used by the device.

The LP060F23IDT is a high-performance, full size crystal used in a variety of applications. It offers a wide temperature range, a frequency tolerance of ±50ppm and a low profile package for optimal board space utilization. It is an ideal choice for applications requiring low power consumption, high stability and high shock resistance. The simple working principle makes it easy to incorporate into existing designs.

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